Ubigate iBG series - Welcome to the EarthLink Customer ... · company will notify you in advance...

Ubigate iBG series Command Reference (VOL.2)

COPYRIGHT This manual is proprietary to SAMSUNG Electronics Co., Ltd. and is protected by copyright. No information contained herein may be copied, translated, transcribed or duplicated for any commercial purposes or disclosed to the third party in any form without the prior written consent of SAMSUNG Electronics Co., Ltd. TRADEMARKS

Ubigate iBG is a registered trademark of SAMSNUG Electronics. All other company and product names may be trademarks of the respective companies with which they are associated.

This manual should be read before the installation and operation, and the operator should correctly install and operate the product by using this manual.

This manual may be changed for the system improvement, standardization and other technical reasons without prior notice.

If you have a question for the content of manual or want to obtain further information on the updated manual, please contact the homepage below. Homepage: http://www.samsungdocs.com

©2007~2008 SAMSUNG Electronics Co., Ltd. All rights reserved.

Ubigate iBG series Command Reference

© SAMSUNG Electronics Co., Ltd. I

GENERAL USER INFORMATION

Radio Frequency Interference This equipment has been tested and found to comply with the limits for a Class A digital device, pursuant to Part 15 of the FCC Rules. These limits are designed to provide reasonable protection against harmful interference when the equipment is operated in a commercial environment. This equipment generates, uses, and can radiate radio frequency energy and, if not installed and used in accordance with the instruction manual, may cause harmful interference to radio communications. Operation of this equipment in a residential area is likely to cause harmful interference in which case the user will be required to correct the interference at his own expense.

FCC Requirements This equipment complies with Part 68 of the FCC rules and the requirements adopted by the ATCA. On the bottom or side of this equipment is a label that contains, among other information, a product identifier in the format US: A3LIS00BiBGxxxx. If requested, this number must be provided to the telephone company.

Unauthorized Modifications Any changes or modifications performed on this equipment that are not expressly approved in writing by SAMSUNG ELECTRONICS, CO., LTD. could cause non-compliance with the FCC rules and void the user’s authority to operate the equipment.


II © SAMSUNG Electronics Co., Ltd.

Allowing this equipment to be operated in such a manner as to not provide for proper answer supervision is a violation of Part 68 of the FCC’s rules.

Telephone Connection Requirement A plug and jack used to connect this equipment to the premises wiring and telephone network must comply with the applicable FCC Part 68 rules and requirements adopted by the ATCA. A compliant telephone cord and modular plug is provided with this product. It is designed to be connected to a compatible modular jack that is also compliant. See installation instructions for details.

FCC Part 68 This equipment complies with Part 68 of the FCC rules. The FCC Part 68 label is located on the bottom chassis panel. This label contains the FCC Registration Number and Ringer Equivalence Number (REN) for this equipment. If requested, this information must be provided to your telephone company. Connection to the telephone network should be made by using standard modular telephone jacks, type RJ-11C. The RJ-11C plug and/or jacks used must comply with the FCC Part 68 rules.

CIRCUIT TYPE MODULE TYPE FACILITY

INTERFACE CODENETWORK

JACK

LOOP START LINE

FXO-4M T1E1-2M T1E1-4

02LS2 04DU9.DN 04DU9.1KN 04DU9.1SN 04DU9.1SN (PRI) 04DU9.DN 04DU9.1KN 04DU9.1SN 04DU9.1SN (PRI)

RJ11C RJ48C RJ48C

DID LINE FXS-4M, FXS-24 T1E1-2M T1E1-4

02RV2.T 04DU9.BN 04DU9.BN

RJ11C RJ48C RJ48C

Ubigate iBG series Command Reference/Ed.03

© SAMSUNG Electronics Co., Ltd. III

(Continued)

CIRCUIT TYPE MODULE TYPE FACILITY

INTERFACE CODENETWORK

JACK

E & M TIE LINE E & M-2M T1E1-2M T1E1-4

TL11M 04DU9.BN 04DU9-BN

RJ45S RJ48C RJ48C

Ringer Equivalence Number The REN is used to determine the number of devices that may be connected to a telephone line. Excessive RENs on a telephone line may result in the devices not ringing in response to an incoming call. In most but not all areas, the sum of RENs should not exceed five (5.0). To be certain of the number of devices that may be connected to a line, as determined by the total RENs, contact the local telephone company. For earlier products, the REN is separately shown on the label.

Incidence of Harm If this equipment causes harm to the telephone network, the telephone company will notify you in advance that temporary discontinuance of service may be required. But if advance notice isn’t practical, the telephone company will notify the customer as soon as possible. Also, you will be advised of your right to file a complaint with the FCC if you believe it is necessary.

Changes to Telephone Company Equipment or Facilities The telephone company may make changes in its facilities, equipment, operations or procedures that could affect the operation of the equipment. If this happens, the telephone company will provide advance notice in order for you to make necessary modifications to maintain uninterrupted service.

Service Center If trouble is experienced with the Ubigate iBG system, please contact your local office of SAMSUNG ELECTRONICS, CO., LTD. for repair or warranty information. If the trouble is causing harm to the telephone network, the telephone company may request that you remove the equipment from the network until the problem is resolved.


IV © SAMSUNG Electronics Co., Ltd.

Field Repairs Only technicians certified on the Ubigate iBG system, are authorized by SAMSUNG ELECTRONICS, CO., LTD. to perform system repairs. Certified technicians may replace modular parts of a system to repair or diagnose trouble. Defective modular parts can be returned to SAMSUNG ELECTRONICS, CO., LTD. for repair.

General Connection to party line service is subject to state tariffs. Contact the state public utility commission, public service commission or corporation commission for information.

Equipment with Direct Inward Dialing (‘DID’) ALLOWING THIS EQUIPMENT TO BE OPERATED IN SUCH A MANNER AS TO NOT PROVIDE FOR PROPER ANSWER SUPERVISION IS A VIOLATION OF PART 68 OF THE FCC’S RULES PROPER ANSWER SUPERVISION IS WHEN: A) This equipment returns answer supervision to the Public Switched

Telephone Network (PSTN) when DID calls are:

Answered by the called station

Answered by the attendant

Routed to a recorded announcement that can be administered by the Customer Premises Equipment (CPE) user.

Routed to a dial prompt B) This equipment returns answer supervision on all DID calls forwarded to

the PSTN.

Permissible exceptions are:

A call is unanswered

A busy tone is received

A reorder tone is received


© SAMSUNG Electronics Co., Ltd. V

Equal Access Requirements This equipment is capable of providing users access to interstate providers of operator services through the use of access codes. Modification of this equipment by call aggregators to block access dialing codes is a violation of the Telephone Operator consumers Act of 1990.

Electrical Safety Advisory Parties responsible for equipment requiring AC power should consider including an advisory notice in their customer information suggesting the customer use a surge arrestor. Telephone companies report that electrical surges, typically lightning transients, are very destructive to customer terminal equipment connected to AC power sources. This has been identified as a major nationwide problem.

Music on Hold Warning

In accordance with US copyright laws, a license may be required from the American Society of Composers, Authors and Publishers (ASCAP) or other similar organizations if copyright music is transmitted through the Music on Hold feature. SAMSUNG ELECTRONICS, CO., LTD. hereby disclaims any liability arising out of failure to obtain such a license.

DISA Warning Lines that are used for the Direct Inward System Access feature must have the disconnect supervision options provided by the telephone company.

As it is impossible to control who may access your DISA line it is suggested that you do not turn this feature on unless you intend to use it. If you do use this feature, it is good practice to frequently change pass codes and periodically review your telephone records for unauthorized use.


VI © SAMSUNG Electronics Co., Ltd.

Safety Warning

High touch current earth connection essential before making telecommunication network connection.

Energy Hazard - careful treatment is needed.

Every wire for communication should be larger than 26 AWG.

Double pole/neutral fusing.

Underwriters Laboratories The system has been tested to comply with safety standards in the United States and Canada. This system is listed with Underwriters Laboratories. The cUL Mark is separately shown on the label. The following statement from Underwriters Labs applies to the Ubigate System: 1. Separation of TNV and SELV - Pluggable A:

INSTRUCTION: The separate protective earthing terminal provided on this product shall be permanently connected to earth.

2. Separation of TNV and SELV - Pluggable B:

INSTRUCTION: Disconnect TNV circuit connector (s) before disconnecting power.


© SAMSUNG Electronics Co., Ltd. VII

3. Warning to service personnel:

CAUTION: Double pole/neutral fusing 4. Telephone line cord:

CAUTION: To reduce the risk of fire, use only No. 26 AWG or larger (e.g., 24 AWG) UL Listed or CSA Certified Telecommunication Line Cord

5. Leakage currents due to ringing voltage - Earthing installation

instructions: ‘1.A supplementary equipment earthing conductor is to be installed between the product or system and earth, that is, in addition to the equipment earthing conductor in the power supply cord. 2.The supplementary equipment earthing conductor may not be smaller in size than the unearthed branch-circuit supply conductors. The equipment earthing conductor is to be connected to the product at the terminal provided, and connected to earth in a manner that ill retain the earth connection when the power supply cord is unplugged. The connection to earth of the supplementary earthing conductor shall be in compliance with the appropriate rules for terminating bonding jumpers in Part K of Article 250 of the National Electrical Code, ANSI/NFPA 70 and Article 10 of Part 1 of the Canadian Electrical Code, Part 1, C22.1. Termination of the supplementary earthing conductor is permitted to be made to building steel, to a metal electrical raceway system, or to any earthed item that is permanently and reliably connected to the electrical service equipment earthed. 3.Bare, covered, or insulated earthing conductors are acceptable. A covered or insulated conductor must have a continuous outer finish that is either green, or green with one or more yellow stripes.’

6. Safety Instructions - Rack Mount ‘Rack Mount Instructions - The following

or similar rack-mount instructions are included with the installation instructions:

A) Elevated Operating Ambient - If installed in a closed or multi-unitrack

assembly, the operating ambient temperature of the rack environment may be greater than room ambient. Therefore, consideration should be given to installing the equipment in an environment compatible with the maximum ambient temperature (Tma) specified by the manufacturer.


VIII © SAMSUNG Electronics Co., Ltd.

B) Reduced Air Flow - Installation of the equipment in a rack should be

such that the amount of air flow required for safe operation of the equipment is not compromised.

C) Mechanical Loading - Mounting of the equipment in the rack should be

such that a hazardous condition is not achieved due to uneven mechanical loading.

D) Circuit Overloading - Consideration should be given to the connection

of the equipment to the supply circuit and the effect that overloading of the circuits might have on overcurrent protection and supply wiring. Appropriate consideration of equipment nameplate ratings should be used when addressing this concern.

E) Reliable Earthing - Reliable earthing of rack-mounted equipment

should be maintained. Particular attention should be given to supply connections other than direct connections to the branch circuit (e.g., use of power strips)’.


© SAMSUNG Electronics Co., Ltd. IX

INTRODUCTION

Purpose Ubigate iBG™ Command Reference describes how to use the commands required for the operation system.

Document Content and Organization This manual contains the following command Description and information:

Volume. 1 CHAPTER 1. Command Line Interface

CHAPTER 2. Clear Commands

CHAPTER 3. Configure Command

Volume. 2 CHAPTER 4. Debug Commands

CHAPTER 5. Show Commands

CHAPTER 6. Voice Commands

CHAPTER 7. Exit Commands

CHAPTER 8. File Commands

INTRODUCTION

X © SAMSUNG Electronics Co., Ltd.

CHAPTER 9. Password Commands

CHAPTER 10. Ping Commands

CHAPTER 11. Reboot Commands

CHAPTER 12. Save Commands

CHAPTER 13. Telnet Commands

CHAPTER 14. Test Commands

CHAPTER 15. Trace Commands

CHAPTER 16. Boot Monitor Mode Commands

CHAPTER 17. Hot-Swap Commands

Conventions The following types of paragraphs contain special information that must be carefully read and thoroughly understood. Such information may or may not be enclosed in a rectangular box, separating it from the main text, but is always preceded by an icon and/or a bold title.

NOTE

Indicates additional information as a reference.

Console Screen Output The lined box with ‘Courier New’ font will be used to distinguish

between the main content and console output screen text.

‘Bold Courier New’ font will indicate the value entered by the operator on the console screen.


© SAMSUNG Electronics Co., Ltd. XI

Information for Product and Technical Support For questions regarding the product and technical supports: http://www.samsungnetwork.com

Revision History EDITION DATE OF ISSUE REMARKS

00 09. 2007. First draft

01 01. 2008. Modified application model/version information

02 05. 2008. Added ADSL commands (Chapter 3, 4, 5)

03 08. 2008. Added VPN-SSL commands

03.01 01. 2009. Added PPP over MLFR commands

INTRODUCTION

XII © SAMSUNG Electronics Co., Ltd.

This page is intentionally left blank.


© SAMSUNG Electronics Co., Ltd. XIII

TABLE OF CONTENTS

GENERAL USER INFORMATION I

Radio Frequency Interference ........................................................................................ I

FCC Requirements ......................................................................................................... I

Music on Hold Warning .................................................................................................. V

DISA Warning ................................................................................................................ V

Safety Warning ............................................................................................................. VI

Underwriters Laboratories ............................................................................................ VI

INTRODUCTION IX

Purpose ........................................................................................................................ IX

Document Content and Organization ............................................................................ IX

Conventions ................................................................................................................... X

Console Screen Output ................................................................................................. X

Information for Product and Technical Support ............................................................. XI

Revision History ............................................................................................................ XI

CHAPTER 4. Debug Commands 4-1

4.1 debug adsl display_adsl_table ....................................................................... 4-2

4.2 debug adsl enable_debug ............................................................................... 4-3

4.3 debug bgp ........................................................................................................ 4-4

4.4 debug crypto .................................................................................................... 4-5

4.5 debug crypto all ............................................................................................... 4-6

4.6 debug crypto ca ............................................................................................... 4-7

4.7 debug crypto ike .............................................................................................. 4-9

4.8 debug crypto ipsec ........................................................................................ 4-10

4.9 debug dhcp_relay .......................................................................................... 4-11

4.10 debug dhcp_relay display_dhcp_table ........................................................ 4-12

TABLE OF CONTENTS

XIV © SAMSUNG Electronics Co., Ltd.

4.11 debug dhcp_relay display_hash_statistics ........................................................... 4-13

4.12 debug dhcp_relay enable_debug ................................................................. 4-14

4.13 debug dot1x ................................................................................................... 4-15

4.14 debug dvmrp .................................................................................................. 4-16

4.15 debug dvmrp events ...................................................................................... 4-17

4.16 debug dvmrp mib ........................................................................................... 4-18

4.17 debug dvmrp packet ...................................................................................... 4-19

4.18 debug dvmrp timer ........................................................................................ 4-20

4.19 debug dvmrp timer probe ............................................................................. 4-21

4.20 debug dvmrp timer prune ............................................................................. 4-22

4.21 debug dvmrp timer route .............................................................................. 4-23

4.22 debug disable-firewall ................................................................................... 4-24

4.23 debug firewall all ............................................................................................ 4-25

4.24 debug firewall dos-protect ............................................................................ 4-26

4.25 debug firewall ip-reassembly ........................................................................ 4-27

4.26 debug firewall packet .................................................................................... 4-28

4.27 debug fr .......................................................................................................... 4-29

4.28 debug fr bundle-buffers ................................................................................ 4-30

4.29 debug fr bundle-info ...................................................................................... 4-31

4.30 debug fr frf20 .................................................................................................. 4-33

4.31 debug fr mfr state-machine ........................................................................... 4-34

4.32 debug fr mfr states ........................................................................................ 4-35

4.33 debug fr packet .............................................................................................. 4-36

4.34 debug fr packet inverse-arp .......................................................................... 4-37

4.35 debug fr packet lmi ........................................................................................ 4-38

4.36 debug fr packet mfr ....................................................................................... 4-39

4.37 debug fr pvc-info ............................................................................................ 4-40

4.38 debug gmrp .................................................................................................... 4-42

4.39 debug hdlc ...................................................................................................... 4-43

4.40 debug igmp .................................................................................................... 4-44

4.41 debug igmp snooping ................................................................................... 4-45

4.42 debug igmp snooping all .............................................................................. 4-46


© SAMSUNG Electronics Co., Ltd. XV

4.43 debug igmp snooping cli .............................................................................. 4-47

4.44 debug igmp snooping event ......................................................................... 4-48

4.45 debug igmp snooping ................................................................................... 4-49

4.46 debug igmp snooping timer ......................................................................... 4-50

4.47 debug ip .......................................................................................................... 4-51

4.48 debug ip arp ................................................................................................... 4-52

4.49 debug ip dhcps all ......................................................................................... 4-53

4.50 debug ip dhcps error ..................................................................................... 4-54

4.51 debug ip dhcps events .................................................................................. 4-55

4.52 debug ip dhcps packet .................................................................................. 4-56

4.53 debug ip dhcps state ..................................................................................... 4-57

4.54 debug ip http enable ...................................................................................... 4-58

4.55 debug ip statistics ......................................................................................... 4-59

4.56 debug ip statistics icmpshow ....................................................................... 4-60

4.57 debug ip statistics ipmuxclear ..................................................................... 4-61

4.58 debug ip statistics ipmuxshow ..................................................................... 4-62

4.59 debug ip statistics ipshow ............................................................................ 4-63

4.60 debug ip statistics rtshow ............................................................................. 4-64

4.61 debug ip statistics tcpshow .......................................................................... 4-65

4.62 debug ip statistics udpshow ......................................................................... 4-66

4.63 debug ip tunnel .............................................................................................. 4-67

4.64 debug ip vrrp .................................................................................................. 4-69

4.65 debug ip vrrp all ............................................................................................. 4-70

4.66 debug ip vrrp error ........................................................................................ 4-71

4.67 debug ip vrrp events ..................................................................................... 4-72

4.68 debug ip vrrp packet ..................................................................................... 4-73

4.69 debug ip vrrp state ........................................................................................ 4-74

4.70 debug ipv6 dad .............................................................................................. 4-75

4.71 debug ipv6 nd ................................................................................................ 4-76

4.72 debug ipv6 rtadv ............................................................................................ 4-77

4.73 debug ipv6 statistics ..................................................................................... 4-78

4.74 debug ipv6 statistics icmpshow ................................................................... 4-79

TABLE OF CONTENTS

XVI © SAMSUNG Electronics Co., Ltd.

4.75 debug ipv6 statistics ipmuxclear .................................................................. 4-80

4.76 debug ipv6 statistics ipmuxshow ................................................................. 4-81

4.77 debug ipv6 statistics ipshow ........................................................................ 4-82

4.78 debug ipv6 statistics tcpshow ...................................................................... 4-83

4.79 debug ipv6 statistics udpshow ..................................................................... 4-84

4.80 debug ipv6 dhcps detail ................................................................................ 4-85

4.81 debug ipv6 dhcp error ................................................................................... 4-86

4.82 debug ipv6 dhcp info ..................................................................................... 4-87

4.83 debug ipv6 dhcp more ................................................................................... 4-88

4.84 debug ipv6 dhcp warnings ............................................................................ 4-89

4.85 debug isdn all ................................................................................................. 4-90

4.86 debug isdn cc ................................................................................................. 4-91

4.87 debug isdn data-path ..................................................................................... 4-93

4.88 debug isdn isdn-status .................................................................................. 4-95

4.89 debug isdn active-NT ..................................................................................... 4-96

4.90 debug isdn q921............................................................................................. 4-97

4.91 debug isdn q921-timers ................................................................................. 4-98

4.92 debug isdn q921Statistics ............................................................................. 4-99

4.93 debug isdn q931........................................................................................... 4-100

4.94 debug isdn q931-timers ............................................................................... 4-102

4.95 debug isdn q931Statistics ........................................................................... 4-103

4.96 debug isdn test-isdn-call ............................................................................. 4-105

4.97 debug isdn test-isdn-drop ........................................................................... 4-106

4.98 debug lacp .................................................................................................... 4-107

4.99 debug mstp .................................................................................................. 4-108

4.100 debug nsm events ....................................................................................... 4-109

4.101 debug nsm kernel ........................................................................................ 4-110

4.102 debug nsm mcast ........................................................................................ 4-111

4.103 debug nsm mcast6 ...................................................................................... 4-112

4.104 debug nsm packet ....................................................................................... 4-113

4.105 debug ntclk ................................................................................................... 4-114

4.106 debug ntclk debug_info .............................................................................. 4-115


© SAMSUNG Electronics Co., Ltd. XVII

4.107 debug nsm packet ....................................................................................... 4-116

4.108 debug ospf ................................................................................................... 4-117

4.109 debug ipv6 ospf ........................................................................................... 4-118

4.110 debug pim all ............................................................................................... 4-119

4.111 debug pim sparse-mode events ................................................................. 4-120

4.112 debug pim sparse-mode mfc ...................................................................... 4-121

4.113 debug pim sparse-mode mib ...................................................................... 4-122

4.114 debug pim sparse-mode packet ................................................................. 4-123

4.115 debug pim sparse-mode timer .................................................................... 4-124



4.118 debug pim sparse-mode timer joinprune ................................................ 4-127

4.119 debug pim sparse-mode timer er ............................................................... 4-128

4.120 debug ppp .................................................................................................... 4-129

4.121 debug ppp aaa ............................................................................................. 4-130

4.122 debug ppp bcp ............................................................................................. 4-131

4.123 debug ppp chap ........................................................................................... 4-132

4.124 debug ppp debug_link ................................................................................ 4-133

4.125 debug ppp ipcp ............................................................................................ 4-135

4.126 debug ppp l2vpn .......................................................................................... 4-136

4.127 debug ppp lcp .............................................................................................. 4-137

4.128 debug ppp lfi ................................................................................................ 4-139

4.129 debug ppp mlpinfo ...................................................................................... 4-140

4.130 debug ppp negotiation ................................................................................ 4-141

4.131 debug ppp pap ............................................................................................. 4-143

4.132 debug ppp pppstates ................................................................................... 4-144

4.133 debug qos .................................................................................................... 4-145

4.134 debug qos clear-buf-overruns .................................................................... 4-146

4.135 debug qos clear-sch-info ............................................................................ 4-147

4.136 debug qos clear-upload-counters .............................................................. 4-148

4.137 debug qos hist-stats-upload-info ............................................................... 4-149

4.138 debug qos show-buf-mgmt-info ................................................................. 4-150

TABLE OF CONTENTS

XVIII © SAMSUNG Electronics Co., Ltd.

4.139 debug qos show-buf-overruns ................................................................... 4-151

4.140 debug qos show-class ................................................................................ 4-152

4.141 debug qos show-intf-qos-info ..................................................................... 4-153

4.142 debug qos show-red-info ............................................................................ 4-154

4.143 debug qos show-sch-info ........................................................................... 4-155

4.144 debug qos show-sch-list ............................................................................. 4-156

4.145 debug rip ...................................................................................................... 4-157

4.146 debug ipv6 rip .............................................................................................. 4-158

4.147 debug rtp ...................................................................................................... 4-159

4.148 debug rtp rxtable .......................................................................................... 4-160

4.149 debug rtp statistics ...................................................................................... 4-161

4.150 debug rtp tables ........................................................................................... 4-162

4.151 debug rtp txtable .......................................................................................... 4-163

4.152 debug ssl-vpn-app ....................................................................................... 4-164

4.153 debug ssl-vpn-conf-mgr .............................................................................. 4-165

4.154 debug ssl-vpn-res-mgr ................................................................................ 4-166

4.155 debug ssl-vpn .............................................................................................. 4-167

4.156 debug system ............................................................................................... 4-168

4.157 debug system clear_crash_dump .............................................................. 4-169

4.158 debug system display_overwrite_crash_dump ...................................... 4-170

4.159 debug system ite_crash_dump .................................................................. 4-171

4.160 debug system show_crash ......................................................................... 4-172

4.161 debug virtual-access ................................................................................... 4-173

4.162 debug virtual-access l2tp-server ................................................................ 4-174

4.163 debug virtual-access ppp ............................................................................ 4-176

4.164 debug virtual-access pppoe ....................................................................... 4-177

4.165 debug aaa ..................................................................................................... 4-178

CHAPTER 5. Show Commands 5-1

5.1 show aaa accounting commands ................................................................... 5-1

5.2 show aaa accounting exec .............................................................................. 5-2


© SAMSUNG Electronics Co., Ltd. XIX

5.3 show aaa accounting network ........................................................................ 5-3

5.4 show aaa accounting system ......................................................................... 5-4

5.5 show aaa accounting update .......................................................................... 5-5

5.6 show aaa active-dir .......................................................................................... 5-6

5.7 show aaa authentication login ....................................................................... 5-7

5.8 show aaa authentication protocols ................................................................ 5-8

5.9 show aaa authorization ................................................................................... 5-9

5.10 show aaa ldap ................................................................................................ 5-10

5.11 show aaa interface......................................................................................... 5-11

5.12 show aaa ntlm-conf ....................................................................................... 5-12

5.13 show aaa radius ............................................................................................. 5-13

5.14 show aaa status ............................................................................................. 5-14

5.15 show aaa tacacs ............................................................................................ 5-15

5.16 show aaa sessions ........................................................................................ 5-16

5.17 show adsl status ............................................................................................ 5-18

5.18 show adsl oam_loopback ............................................................................. 5-19

5.19 show adsl pvcs .............................................................................................. 5-20

5.20 show adsl vcstats .......................................................................................... 5-21

5.21 show arp ......................................................................................................... 5-22

5.22 show arp_timeout .......................................................................................... 5-23

5.23 show aux ........................................................................................................ 5-24

5.24 show bgp ........................................................................................................ 5-25

5.25 show bgp community .................................................................................... 5-26

5.26 show bgp community-list ............................................................................. 5-27

5.27 show bgp dampening .................................................................................... 5-28

5.28 show bgp filter-list ......................................................................................... 5-29

5.29 show bgp inconsistent-as ............................................................................. 5-30

5.30 show bgp neighbors ...................................................................................... 5-31

5.31 show bgp paths ............................................................................................. 5-32

5.32 show bgp prefix-list ....................................................................................... 5-33

5.33 show bgp quote-regexp ................................................................................ 5-34

5.34 show bgp regexp ........................................................................................... 5-35

TABLE OF CONTENTS

XX © SAMSUNG Electronics Co., Ltd.

5.35 show bgp route-map ...................................................................................... 5-36

5.36 show bgp summary ....................................................................................... 5-37

5.37 show boot_params ........................................................................................ 5-38

5.38 show bridge .................................................................................................... 5-40

5.39 show cfg_log .................................................................................................. 5-41

5.40 show chassis ................................................................................................. 5-42

5.41 show configuration ........................................................................................ 5-43

5.42 show console_timeout .................................................................................. 5-44

5.43 show crypto ca certificates ........................................................................... 5-45

5.44 show crypto ca crl ......................................................................................... 5-47

5.45 show crypto ca trustpoint ............................................................................. 5-48

5.46 show crypto dynamic clients ........................................................................ 5-49

5.47 show crypto dynamic ike policy ................................................................... 5-50

5.48 show crypto dynamic ipsec policy ............................................................... 5-51

5.49 show crypto ike policy .................................................................................. 5-52

5.50 show crypto ike sa ......................................................................................... 5-53

5.51 show crypto interfaces .................................................................................. 5-54

5.52 show crypto ipsec policy .............................................................................. 5-55

5.53 show crypto ipsec sa ..................................................................................... 5-56

5.54 show crypto ipsec-manual policy ................................................................. 5-57

5.55 show crypto keepalive ................................................................................... 5-58

5.56 show crypto logging ...................................................................................... 5-59

5.57 show crypto pmtu config .............................................................................. 5-60

5.58 show crypto ca selfsigned-cert .................................................................... 5-61

5.59 show crypto pmtu df-bit ................................................................................ 5-62

5.60 show crypto statistics ................................................................................... 5-63

5.61 show date ....................................................................................................... 5-64

5.62 show debug all ............................................................................................... 5-65

5.63 show debug arp ............................................................................................. 5-66

5.64 show debug bgp ............................................................................................ 5-67

5.65 show debug crypto ........................................................................................ 5-68

5.66 show debug dhcp_relay ................................................................................ 5-69


© SAMSUNG Electronics Co., Ltd. XXI

5.67 show debug dhcps ........................................................................................ 5-70

5.68 show debug dot1x ......................................................................................... 5-71

5.69 show debug dvmrp ........................................................................................ 5-72

5.70 show debug firewall ...................................................................................... 5-73

5.71 show debug fr ................................................................................................ 5-74

5.72 show debug igmp .......................................................................................... 5-75

5.73 show debug isdn ........................................................................................... 5-76

5.74 show debug lacp............................................................................................ 5-77

5.75 show debug mstp .......................................................................................... 5-78

5.76 show debug nsm ........................................................................................... 5-79

5.77 show debug nsm mcast ................................................................................ 5-80

5.78 show debug nsm mcast6 .............................................................................. 5-81

5.79 show debug ospf ........................................................................................... 5-82

5.80 show debug ipv6 ospf ................................................................................... 5-83

5.81 show debug pim ............................................................................................ 5-84

5.82 show debug ppp ............................................................................................ 5-85

5.83 show debug rip .............................................................................................. 5-86

5.84 show debug ipv6 rip ...................................................................................... 5-87

5.85 show debug ssh ............................................................................................ 5-88

5.86 show debug tunnel ........................................................................................ 5-89

5.87 show debug vrrp ............................................................................................ 5-90

5.88 show debug aaa ............................................................................................. 5-91

5.89 show dhcp_relay ........................................................................................... 5-92

5.90 show dot1x ..................................................................................................... 5-93

5.91 show dot1x all ................................................................................................ 5-94

5.92 show dot1x interface ..................................................................................... 5-96

5.93 show dot1x statistics interface ..................................................................... 5-98

5.94 show etherchannel ........................................................................................ 5-99

5.95 show etherchannel detail ............................................................................ 5-100

5.96 show etherchannel load-balance ............................................................... 5-101

5.97 show event ................................................................................................... 5-102

5.98 show event alarm_list ................................................................................. 5-103

TABLE OF CONTENTS

XXII © SAMSUNG Electronics Co., Ltd.

5.99 show event current_alarm .......................................................................... 5-104

5.100 show event event_history ........................................................................... 5-105

5.101 show firewall ................................................................................................ 5-106

5.102 show fan ....................................................................................................... 5-107

5.103 show firewall connections .......................................................................... 5-108

5.104 show firewall dos-protect ............................................................................ 5-109

5.105 show firewall interface ................................................................................ 5-110

5.106 show firewall ip-reassembly ....................................................................... 5-111

5.107 show firewall logging .................................................................................. 5-112

5.108 show firewall maps ...................................................................................... 5-114

5.109 show firewall max-connection .................................................................... 5-115

5.110 show firewall nat-translations .................................................................... 5-116

5.111 show firewall nat-failover ............................................................................ 5-117

5.112 show firewall object ..................................................................................... 5-118

5.113 show firewall policy ..................................................................................... 5-120

5.114 show firewall port-trigger ............................................................................ 5-122

5.115 show firewall statistics ................................................................................ 5-123

5.116 show firewall stealth-mode ......................................................................... 5-125

5.117 show firewall timeout .................................................................................. 5-126

5.118 show firewall url-key-filter ........................................................................... 5-127

5.119 show firewall alg .......................................................................................... 5-128

5.120 show firmware_params ............................................................................... 5-129

5.121 show fr avcs ................................................................................................. 5-130

5.122 show fr cvcs ................................................................................................. 5-131

5.123 show fr map ................................................................................................ 5-132

5.124 show fr mapipv6 ......................................................................................... 5-133

5.125 show fr invarp_int ...................................................................................... 5-134

5.126 show fr lmistats .......................................................................................... 5-135

5.127 show fr pvcs ................................................................................................. 5-136

5.128 show fr vcstats ............................................................................................. 5-137

5.129 show ftp ........................................................................................................ 5-138

5.130 show gmrp configuration ............................................................................ 5-139


© SAMSUNG Electronics Co., Ltd. XXIII

5.131 show gmrp machine .................................................................................... 5-141

5.132 show gmrp statistics ................................................................................... 5-142

5.133 show gmrp timer .......................................................................................... 5-144

5.134 show gvrp configuration ............................................................................. 5-145

5.135 show gvrp machine bridge ......................................................................... 5-146

5.136 show gvrp statistics .................................................................................... 5-147

5.137 show gvrp timer ........................................................................................... 5-148

5.138 show hostname ........................................................................................... 5-149

5.139 show interface ............................................................................................. 5-150

5.140 show interface avc....................................................................................... 5-151

5.141 show interface bundle ................................................................................. 5-152

5.142 show interface bundles ............................................................................... 5-155

5.143 show interface pppofr ................................................................................. 5-156

5.144 show interface ethernet .............................................................................. 5-159

5.145 show interface ethernets ............................................................................ 5-161

5.146 show interface loopback ............................................................................. 5-162

5.147 show interface l2tp-server .......................................................................... 5-163

5.148 show interface switchport .......................................................................... 5-164

5.149 show interface tunnel .................................................................................. 5-165

5.150 show interface tunnels ................................................................................ 5-167

5.151 show interface virtual-access ..................................................................... 5-168

5.152 show interface virtual-accesses ................................................................. 5-169

5.153 show ip ......................................................................................................... 5-170

5.154 show access-list routing list ....................................................................... 5-171

5.155 show access-list ip list ................................................................................ 5-172

5.156 show access-list ip list-rules ...................................................................... 5-173

5.157 show access-list ip list-stats ...................................................................... 5-174

5.158 show access-list ipv6 list ............................................................................ 5-175

5.159 show access-list ipv6 list-rules .................................................................. 5-176

5.160 show access-list ipv6 list-stats .................................................................. 5-177

5.161 show ip bgp A.B.C.D ................................................................................... 5-178

5.162 show ip bgp A.B.C.D/M................................................................................ 5-179

TABLE OF CONTENTS

XXIV © SAMSUNG Electronics Co., Ltd.

5.163 show ip bgp attribute-info ........................................................................... 5-180

5.164 show ip bgp cidr-only .................................................................................. 5-181

5.165 show ip bgp community .............................................................................. 5-182

5.166 show ip bgp community-info ...................................................................... 5-183

5.167 show ip bgp community-list ....................................................................... 5-184

5.168 show ip bgp dampening .............................................................................. 5-185

5.169 show ip bgp filter-list ................................................................................... 5-186

5.170 show ip bgp inconsistent-as ....................................................................... 5-187

5.171 show ip bgp neighbors ................................................................................ 5-188

5.172 show ip bgp paths ....................................................................................... 5-189

5.173 show ip bgp prefix-list ................................................................................. 5-190

5.174 show ip bgp quote-regexp .......................................................................... 5-191

5.175 show ip bgp regexp ..................................................................................... 5-192

5.176 show ip bgp route-map ............................................................................... 5-193

5.177 show ip bgp scan ......................................................................................... 5-194

5.178 show ip bgp summary ................................................................................. 5-195

5.179 show ip dhcps address_pools .................................................................... 5-196

5.180 show ip dhcps bindings .............................................................................. 5-197

5.181 show ip dhcps config .................................................................................. 5-198

5.182 show ip dhcps interfaces ............................................................................ 5-199

5.183 show ip dhcps statistics .............................................................................. 5-200

5.184 show ip dns .................................................................................................. 5-207

5.185 show ip dvmrp ............................................................................................. 5-208

5.186 show ip dvmrp interface .............................................................................. 5-209

5.187 show ip dvmrp neighbor ............................................................................. 5-210

5.188 show ip dvmrp prune ................................................................................... 5-212

5.189 show ip dvmrp prune group ....................................................................... 5-213

5.190 show ip dvmrp prune source ...................................................................... 5-214

5.191 show ip dvmrp prune source ...................................................................... 5-215

5.192 show ip dvmrp route .................................................................................... 5-216

5.193 show ip dvmrp route nexthop ..................................................................... 5-217

5.194 show ip dvmrp route best-match ................................................................ 5-218


© SAMSUNG Electronics Co., Ltd. XXV

5.195 show hosts ................................................................................................... 5-220

5.196 show ip http config ...................................................................................... 5-221

5.197 show ip http selfcert .................................................................................... 5-222

5.198 show dm_version ........................................................................................ 5-223

5.199 show ip igmp groups ................................................................................... 5-224

5.200 show ip igmp interface ................................................................................ 5-226

5.201 show ip igmp snooping ............................................................................... 5-228

5.202 show ip igmp snooping explicit-tracking ..................................................... 5-229

5.203 show ip igmp snooping fast- ...................................................................... 5-231

5.204 show ip igmp snooping group ................................................................... 5-233

5.205 show ip igmp snooping group-membership-interval ............................... 5-234

5.206 show ip igmp snooping interface ............................................................... 5-235

5.207 show ip igmp snooping last-member-query-interval ................................ 5-236

5.208 show ip igmp snooping max-response- time ............................................ 5-238

5.209 show ip igmp snooping mrouter ................................................................ 5-239

5.210 show ip igmp snooping querier-timeout ................................................... 5-240

5.211 show ip igmp snooping querier ................................................................. 5-241

5.212 show ip igmp snooping query-interval ...................................................... 5-242

5.213 show ip igmp snooping ssm-safe-reporting ............................................. 5-243

5.214 show ip igmp snooping vlan ...................................................................... 5-244

5.215 show ip igmpV2 snooping statistics .......................................................... 5-245

5.216 show ip interface ......................................................................................... 5-247

5.217 show ip interfaces ....................................................................................... 5-248

5.218 show ip mroute ............................................................................................ 5-249

5.219 show ip mvif ................................................................................................. 5-250

5.220 show ip ospf ................................................................................................. 5-251

5.221 show ip ospf border-routers ....................................................................... 5-253

5.222 show ip ospf database ................................................................................ 5-255

5.223 show ip ospf database asbr-summary ....................................................... 5-259

5.224 show ip ospf database external .................................................................. 5-260

5.225 show ip ospf database max-age ................................................................. 5-262

5.226 show ip ospf database network .................................................................. 5-263

TABLE OF CONTENTS

XXVI © SAMSUNG Electronics Co., Ltd.

5.227 show ip ospf database nssa-external ......................................................... 5-266

5.228 show ip ospf database opaque-area .......................................................... 5-268

5.229 show ip ospf database opaque-as .............................................................. 5-270

5.230 show ip ospf database opaque-link ............................................................ 5-272

5.231 show ip ospf database router ..................................................................... 5-274

5.232 show ip ospf database self-originate ......................................................... 5-276

5.233 show ip ospf database summary ................................................................ 5-278

5.234 show ip ospf interface ................................................................................. 5-281

5.235 show ip ospf neighbor ................................................................................. 5-283

5.236 show ip ospf route ....................................................................................... 5-286

5.237 show ip ospf te-database ............................................................................ 5-288

5.238 show ip ospf virtual-links ............................................................................ 5-290

5.239 show ipv6 ospf ............................................................................................. 5-291

5.240 show ipv6 ospf database ............................................................................. 5-292

5.241 show ipv6 ospf interface ............................................................................. 5-294

5.242 show ipv6 ospf neighbor ............................................................................. 5-296

5.243 show ipv6 ospf route ................................................................................... 5-298

5.244 show ipv6 ospf virtual-links ........................................................................ 5-299

5.245 show ip pim sparse-mode bsr-router ......................................................... 5-300

5.246 show ip pim sparse-mode interface ........................................................... 5-301

5.247 show ip pim sparse-mode interface detail ....................................................... 5-302

5.248 show ip pim sparse-mode mroute .............................................................. 5-303

5.249 show ip pim sparse-mode neighbor ........................................................... 5-304

5.250 show ip pim sparse-mode neighbor detail ........................................................ 5-305

5.251 show ip pim sparse-mode nexthop ............................................................ 5-306

5.252 show ip pim sparse-mode rp-hash ............................................................. 5-308

5.253 show ip pim sparse-mode rp mapping....................................................... 5-309

5.254 show ip protocols ........................................................................................ 5-310

5.255 show ip protocols bgp ................................................................................. 5-312

5.256 show ip protocols ospf ................................................................................ 5-313

5.257 show ip protocols rip ................................................................................... 5-315

5.258 show ipv6 protocols rip ............................................................................... 5-316


© SAMSUNG Electronics Co., Ltd. XXVII

5.259 show ip prefix-list ........................................................................................ 5-317

5.260 show ip rip .................................................................................................... 5-318

5.261 show ip rip database ................................................................................... 5-319

5.262 show ip rip interface .................................................................................... 5-320

5.263 show ipv6 rip ................................................................................................ 5-322

5.264 show ipv6 rip database ............................................................................... 5-324

5.265 show ipv6 rip interface ................................................................................ 5-326

5.266 show ip route ............................................................................................... 5-328

5.267 show ip route database ............................................................................... 5-330

5.268 show ip rtp ................................................................................................... 5-333

5.269 show ip rtp configuration ............................................................................ 5-334

5.270 show ip rtp statistics ................................................................................... 5-335

5.271 show ip ssh .................................................................................................. 5-336

5.272 show ipv6 forwarding .................................................................................. 5-337

5.273 show ipv6 interfaces ................................................................................... 5-338

5.274 show ipv6 neighbors ................................................................................... 5-339

5.275 show ipv6 route ........................................................................................... 5-340

5.276 show ipv6 route database ........................................................................... 5-341

5.277 show ipv6 routers ........................................................................................ 5-342

5.278 show ipv6 dhcp binding .............................................................................. 5-343

5.279 show ipv6 dhcp duids ................................................................................. 5-344

5.280 show ipv6 dhcp interface ............................................................................ 5-345

5.281 show ipv6 dhcp pool ................................................................................... 5-346

5.282 show ipv6 prefix-list .................................................................................... 5-347

5.283 show isdn bri-statistics ............................................................................... 5-348

5.284 show isdn global ......................................................................................... 5-350

5.285 show isdn interface ..................................................................................... 5-351

5.286 show isdn interfaces ................................................................................... 5-352

5.287 show isdn pri-statistics ............................................................................... 5-354

5.288 show isdn status .......................................................................................... 5-356

5.289 show lacp-counter ....................................................................................... 5-357

5.290 show lacp sys-id .......................................................................................... 5-358

TABLE OF CONTENTS

XXVIII © SAMSUNG Electronics Co., Ltd.

5.291 show mac system ........................................................................................ 5-359

5.292 show memory all .......................................................................................... 5-360

5.293 show memory bgp ....................................................................................... 5-362

5.294 show memory dot1x .................................................................................... 5-363

5.295 show memory dvmrp ................................................................................... 5-364

5.296 show memory lacp ....................................................................................... 5-366

5.297 show memory lib.......................................................................................... 5-367

5.298 show memory mstp ..................................................................................... 5-368

5.299 show memory nsm ...................................................................................... 5-369

5.300 show memory ospf ...................................................................................... 5-370

5.301 show memory ipv6 ospf .............................................................................. 5-373

5.302 show memory pim-sparse-mode ................................................................ 5-376

5.303 show memory rip ......................................................................................... 5-377

5.304 show memory ipv6 rip ................................................................................. 5-378

5.305 show mirror .................................................................................................. 5-379

5.306 show mirror interface .................................................................................. 5-381

5.307 show module ................................................................................................ 5-382

5.308 show module alarms ................................................................................... 5-383

5.309 show module alarms ct3 ............................................................................. 5-384

5.310 show module alarms e1 .............................................................................. 5-385

5.311 show module alarms t1 ............................................................................... 5-386

5.312 show module alarms hssi ........................................................................... 5-387

5.313 show module alarms serial ......................................................................... 5-388

5.314 show module ansistats ................................................................................ 5-389

5.315 show module ansistats ct3 ......................................................................... 5-390

5.316 show module ansistats t1 ........................................................................... 5-391

5.317 show module attstats .................................................................................. 5-392

5.318 show module attstats ct3 ............................................................................ 5-393

5.319 show module attstats t1 .............................................................................. 5-394

5.320 show module configuration ........................................................................ 5-395

5.321 show module configuration adsl ................................................................ 5-396

5.322 show module configuration all ................................................................... 5-398


© SAMSUNG Electronics Co., Ltd. XXIX

5.323 show module configuration ct3 .................................................................. 5-399

5.324 show module configuration e1 ................................................................... 5-401

5.325 show module configuration t1 .................................................................... 5-402

5.326 show module configuration hssi ................................................................ 5-404

5.327 show module configuration serial.............................................................. 5-405

5.328 show module ietfstats ................................................................................. 5-406

5.329 show module ietfstats ct3 ........................................................................... 5-407

5.330 show module ietfstats e1 ............................................................................ 5-408

5.331 show module ietfstats t1 ............................................................................. 5-409

5.332 show module itutstats ................................................................................. 5-410

5.333 show module itutstats e1 ............................................................................ 5-411

5.334 show module test ........................................................................................ 5-413

5.335 show module test ct3 .................................................................................. 5-414

5.336 show module test e1 ................................................................................... 5-415

5.337 show module test t1 .................................................................................... 5-416

5.338 show module test hssi ................................................................................ 5-417

5.339 show module test serial .............................................................................. 5-418

5.340 show module thresholds ............................................................................ 5-419

5.341 show module thresholds ct3 ...................................................................... 5-420

5.342 show module thresholds e1 ....................................................................... 5-421

5.343 show module thresholds t1 ........................................................................ 5-422

5.344 show module userstats ............................................................................... 5-423

5.345 show module userstats ct3 ......................................................................... 5-424

5.346 show module userstats e1 .......................................................................... 5-425

5.347 show module userstats t1 ........................................................................... 5-426

5.348 show module userstats hssi ....................................................................... 5-427

5.349 show module userstats serial ..................................................................... 5-428

5.350 show network-clocks .................................................................................. 5-429

5.351 show poe ...................................................................................................... 5-430

5.352 show poe hwversion ................................................................................... 5-431

5.353 show poe latches ......................................................................................... 5-432

5.354 show poe portconfig ................................................................................... 5-433

TABLE OF CONTENTS

XXX © SAMSUNG Electronics Co., Ltd.

5.355 show poe portmeasurements ..................................................................... 5-434

5.356 show poe portspower .................................................................................. 5-435

5.357 show poe portstatus .................................................................................... 5-436

5.358 show poe powerbank .................................................................................. 5-437

5.359 show poe powermanagement ..................................................................... 5-438

5.360 show poe powerstatus ................................................................................ 5-439

5.361 show poe powervoltage .............................................................................. 5-440

5.362 show poe swversion .................................................................................... 5-441

5.363 show poe systemstatus............................................................................... 5-442

5.364 show poe totalpower ................................................................................... 5-443

5.365 show port etherchannel .............................................................................. 5-444

5.366 show power .................................................................................................. 5-445

5.367 show qos ...................................................................................................... 5-446

5.368 show qos buffer-stats .................................................................................. 5-447

5.369 show qos bundle .......................................................................................... 5-448

5.370 show qos congestion-set ............................................................................ 5-450

5.371 show qos crypto .......................................................................................... 5-451

5.372 show qos ethernet ....................................................................................... 5-452

5.373 show qos global-config ............................................................................... 5-454

5.374 show qos historical-stats ............................................................................ 5-456

5.375 show qos historical-stats bundle ............................................................... 5-457

5.376 show qos historical-stats configuration .................................................... 5-459

5.377 show qos historical-stats ethernet ............................................................. 5-460

5.378 show qos historical-stats tunnel ................................................................ 5-462

5.379 show qos historical-stats vlan .................................................................... 5-465

5.380 show qos l2-cos-map .................................................................................. 5-468

5.381 show qos l3-cos-map .................................................................................. 5-469

5.382 show qos policer .......................................................................................... 5-470

5.383 show qos policy-class ................................................................................. 5-471

5.384 show qos policy-counters ........................................................................... 5-472

5.385 show qos policy-map .................................................................................. 5-473

5.386 show qos port-info ....................................................................................... 5-474


© SAMSUNG Electronics Co., Ltd. XXXI

5.387 show qos queue-info ................................................................................... 5-475

5.388 show qos red ............................................................................................... 5-476

5.389 show qos service-policy-input ................................................................... 5-478

5.390 show qos priority-map ................................................................................ 5-479

5.391 show qos tunnel .......................................................................................... 5-481

5.392 show qos vlan .............................................................................................. 5-483

5.393 show rmon alarms ....................................................................................... 5-484

5.394 show rmon alarm ......................................................................................... 5-485

5.395 show rmon ethernet_history ...................................................................... 5-486

5.396 show rmon events ....................................................................................... 5-488

5.397 show rmon history_control ........................................................................ 5-490

5.398 show rmon logs ........................................................................................... 5-491

5.399 show rmon statistics ................................................................................... 5-492

5.400 show route-map ........................................................................................... 5-494

5.401 show router-id .............................................................................................. 5-495

5.402 show running-config ................................................................................... 5-496

5.403 show running-config bgp ............................................................................ 5-497

5.404 show running-config community-list ......................................................... 5-498

5.405 show running-config interface ................................................................... 5-499

5.406 show running-config ip igmp snooping .................................................... 5-500

5.407 show running-config ip multicast .............................................................. 5-501

5.408 show running-config ip pim sparse-mode ....................................................... 5-502

5.409 show running-config ip route ..................................................................... 5-503

5.410 show running-config ipv6 route ................................................................. 5-504

5.411 show running-config ipv6 prefix-list .......................................................... 5-505

5.412 show running-config key chain .................................................................. 5-506

5.413 show running-config perfix-list .................................................................. 5-507

5.414 show running-config route-map ................................................................. 5-508

5.415 show running-config router ........................................................................ 5-509

5.416 show running-config router-id ................................................................... 5-510

5.417 show running-config switch bridge ........................................................... 5-511

5.418 show running-config switch dot1x ............................................................. 5-512

TABLE OF CONTENTS

XXXII © SAMSUNG Electronics Co., Ltd.

5.419 show running-config switch gmrp ............................................................. 5-513

5.420 show running-config switch lacp ............................................................... 5-514

5.421 show running-config switch mstp .............................................................. 5-515

5.422 show running-config switch vlan ............................................................... 5-516

5.423 show snmp ................................................................................................... 5-517

5.424 show snmp communities ............................................................................ 5-518

5.425 show snmp snmp-source ............................................................................ 5-519

5.426 show snmp trap-source .............................................................................. 5-520

5.427 show snmp status ........................................................................................ 5-521

5.428 show snmp engineID ................................................................................... 5-523

5.429 show snmp views ........................................................................................ 5-524

5.430 show snmp groups ...................................................................................... 5-525

5.431 show snmp users ......................................................................................... 5-526

5.432 show snmp targets ...................................................................................... 5-527

5.433 show sntp ..................................................................................................... 5-529

5.434 show spanning-tree mst .............................................................................. 5-530

5.435 show spanning-tree mst .............................................................................. 5-531

5.436 show spanning-tree mst config .................................................................. 5-532

5.437 show spanning-tree mst detail ................................................................... 5-533

5.438 show ssl-vpn gateway ................................................................................. 5-534

5.439 show ssl-vpn portal ..................................................................................... 5-535

5.440 show ssl-vpn domain .................................................................................. 5-536

5.441 show ssl-vpn group ..................................................................................... 5-537

5.442 show ssl-vpn user ........................................................................................ 5-538

5.443 show ssl-vpn fulltunnel ............................................................................... 5-539

5.444 show ssl-vpn portforward ........................................................................... 5-541

5.445 show ssl-vpn resource ................................................................................ 5-542

5.446 show ssl-vpn eps-policy all ......................................................................... 5-544

5.447 show ssl-vpn global-bookmark .................................................................. 5-546

5.448 show ssl-vpn stats ....................................................................................... 5-547

5.449 show ssl-vpn sessions ................................................................................ 5-548

5.450 show ssl-vpn-resource-mgmt ..................................................................... 5-549


© SAMSUNG Electronics Co., Ltd. XXXIII

5.451 show spanning-tree mst instance .............................................................. 5-550

5.452 show startup-config .................................................................................... 5-551

5.453 show storm-control ..................................................................................... 5-552

5.454 show system ................................................................................................ 5-553

5.455 show system configuration ........................................................................ 5-554

5.456 show system cpu ......................................................................................... 5-556

5.457 show system jumboMtuLimit ..................................................................... 5-558

5.458 show system logging .................................................................................. 5-559

5.459 show system logging commandLog .......................................................... 5-560

5.460 show system logging buffered ................................................................... 5-562

5.461 show system logging syslog ...................................................................... 5-563

5.462 show system memory ................................................................................. 5-564

5.463 show system reboot_source ...................................................................... 5-565

5.464 show system watchdog .............................................................................. 5-567

5.465 show system uptime ................................................................................... 5-568

5.466 show telnet ................................................................................................... 5-569

5.467 show temperature ........................................................................................ 5-570

5.468 show tftp_server_info .................................................................................. 5-571

5.469 show users ................................................................................................... 5-572

5.470 show user_accounts ................................................................................... 5-573

5.471 show verify_list ............................................................................................ 5-574

5.472 show version ................................................................................................ 5-575

5.473 show virtual-access..................................................................................... 5-576

5.474 show virtual-access ppp ............................................................................. 5-577

5.475 show virtual-access sessions .................................................................... 5-578

5.476 show vlan all ................................................................................................ 5-579

5.477 show vlan brief ............................................................................................ 5-580

5.478 show vlan dynamic ...................................................................................... 5-581

5.479 show vlan static ........................................................................................... 5-582

5.480 show vlan VLANID ....................................................................................... 5-583

5.481 show vlan classifier all ................................................................................ 5-584

5.482 show vrrp ..................................................................................................... 5-585

TABLE OF CONTENTS

XXXIV © SAMSUNG Electronics Co., Ltd.

5.483 show whoami ............................................................................................... 5-587

CHAPTER 6. Voice Commands 6-1

6.1 Configuration Commands ............................................................................... 6-1

6.1.1 clear call voice ........................................................................................... 6-1

6.1.2 clear call-admission threshold ................................................................... 6-2

6.1.3 clear call-admission treatment stats .......................................................... 6-4

6.1.4 clear statistics all ....................................................................................... 6-5

6.1.5 clear statistics call ...................................................................................... 6-5

6.1.6 clear statistics dial-peer-voice.................................................................... 6-6

6.1.7 clear statistics h323-protocol ..................................................................... 6-7

6.1.8 clear statistics sip-protocol ........................................................................ 6-7

6.1.9 show call-admission spike status ............................................................... 6-8

6.1.10 show call-admission threshold ................................................................... 6-9

6.1.11 show call-admission treatment ................................................................ 6-11

6.1.12 show dial-peer voice ................................................................................ 6-13

6.1.13 show dialplan analysis ............................................................................. 6-19

6.1.14 show dialplan cfg ..................................................................................... 6-21

6.1.15 show dialplan dial-peer ............................................................................ 6-22

6.1.16 show dialplan incall.................................................................................. 6-24

6.1.17 show dialplan number .............................................................................. 6-26

6.1.18 show h323-gateway................................................................................. 6-28

6.1.19 show num-exp ......................................................................................... 6-29

6.1.20 show sip-registrar .................................................................................... 6-30

6.1.21 show sip-ua calls ..................................................................................... 6-31

6.1.22 show sip-ua connections ......................................................................... 6-32

6.1.23 show sip-ua maps .................................................................................... 6-33

6.1.24 show sip-ua operation-mode ................................................................... 6-37

6.1.25 show sip-ua parameters .......................................................................... 6-38

6.1.26 show sip-ua registrar ............................................................................... 6-40

6.1.27 show sip-ua registration ........................................................................... 6-41

6.1.28 show sip-ua service ................................................................................. 6-42

6.1.29 show sip-ua sip-server ............................................................................. 6-43

6.1.30 show statistics call ................................................................................... 6-44

6.1.31 show statistics h323-protocol .................................................................. 6-45

6.1.32 show statistics pots-call ........................................................................... 6-50

6.1.33 show statistics sip-protocol ...................................................................... 6-51

6.1.34 show statistics voip-call ........................................................................... 6-56


© SAMSUNG Electronics Co., Ltd. XXXV

6.1.35 show trunk-group .................................................................................... 6-57

6.1.36 show voice class ..................................................................................... 6-60

6.1.37 show voice service feature-code ............................................................. 6-61

6.1.38 show voice service pots .......................................................................... 6-63

6.1.39 show voice service voip ........................................................................... 6-64

6.1.40 show voice port ....................................................................................... 6-65

6.1.41 show voice translation-profile .................................................................. 6-66

6.1.42 show voice translation-rule ...................................................................... 6-68

6.1.43 show voice busyout ................................................................................. 6-70

6.1.44 show voice card ...................................................................................... 6-72

6.1.45 show voice dsp ........................................................................................ 6-74

6.1.46 show voip peer ........................................................................................ 6-78

6.1.47 show voip profiles .................................................................................... 6-79

6.1.48 show voip rtp connections ....................................................................... 6-81

6.1.49 show voip sip-service-list ......................................................................... 6-82

6.1.50 show voip gateway .................................................................................. 6-83

6.1.51 show voice access-group ........................................................................ 6-84

6.1.52 show voice call ........................................................................................ 6-86

6.1.53 show voice cause-code ........................................................................... 6-87

6.1.54 show voip mwi ......................................................................................... 6-90

6.1.55 show voip feature-codes ......................................................................... 6-91

6.2 Privileged Configuration Commands ........................................................... 6-92

6.1.56 test access-group .................................................................................... 6-92

6.1.57 test voice translation-rule ........................................................................ 6-93

6.3 Global Commands ......................................................................................... 6-95

6.1.58 call-admission enable-bandwidth ............................................................ 6-95

6.1.59 call-admission max-calls ......................................................................... 6-96

6.1.60 call-admission spike ................................................................................ 6-97

6.1.61 call-admission threshold global ............................................................... 6-98

6.1.62 call-admission threshold alarm .............................................................. 6-100

6.1.63 call-admission threshold interface ......................................................... 6-101

6.1.64 call-admission treatment action ............................................................. 6-103

6.1.65 call-admission treatment cause-code .................................................... 6-104

6.1.66 call-admission treatment isdn-reject ...................................................... 6-105

6.1.67 call-admission treatment on .................................................................. 6-106

6.1.68 dial-peer cor custom .............................................................................. 6-108

6.1.69 dial-peer cor list ..................................................................................... 6-109

6.1.70 dial-peer hunt ........................................................................................ 6-110

6.1.71 dial-peer terminator ................................................................................ 6-111

TABLE OF CONTENTS

XXXVI © SAMSUNG Electronics Co., Ltd.

6.1.72 dial-peer voice pots/voip ........................................................................ 6-112

6.1.73 trunk-group (global) ............................................................................... 6-113

6.1.74 voice-port ............................................................................................... 6-114

6.1.75 voice access-group................................................................................ 6-115

6.1.76 voice class codec .................................................................................. 6-116

6.1.77 voice class h323 .................................................................................... 6-117

6.1.78 voice class sip ....................................................................................... 6-118

6.1.79 voice service .......................................................................................... 6-119

6.1.80 voice translation-profile .......................................................................... 6-120

6.1.81 voice translation-rule ............................................................................. 6-121

6.1.82 voip-peer (global) .................................................................................. 6-122

6.1.83 voip-gateway ......................................................................................... 6-123

6.4 Dial-peer COR Custom Commands ............................................................ 6-124

6.1.84 name (dial peer cor custom) .................................................................. 6-124

6.5 Dial-peer COR list Commands .................................................................... 6-125

6.1.85 member (dial peer cor list) ..................................................................... 6-125

6.6 Dial-peer Commands ................................................................................... 6-126

6.1.86 dial-peer cor custom .............................................................................. 6-126

6.1.87 dial-peer cor list ..................................................................................... 6-127

6.1.88 dial-peer hunt ........................................................................................ 6-128

6.1.89 dial-peer terminator ............................................................................... 6-129

6.1.90 dial-peer huntstop .................................................................................. 6-130

6.1.91 dial-peer voice ....................................................................................... 6-131

6.7 POTS Dial-peer Commands ........................................................................ 6-132

6.1.92 authentication ........................................................................................ 6-132

6.1.93 clid override rdnis .................................................................................. 6-133

6.1.94 call-pickup-group (dial-peer) .................................................................. 6-133

6.1.95 call-waiting (dial-peer) ........................................................................... 6-134

6.1.96 digit-strip ................................................................................................ 6-135

6.1.97 direct-inward-dial ................................................................................... 6-136

6.1.98 forward-digits ......................................................................................... 6-137

6.1.99 numbering-type ..................................................................................... 6-138

6.1.100 port ........................................................................................................ 6-139

6.1.101 prefix ...................................................................................................... 6-140

6.1.102 register .................................................................................................. 6-141

6.1.103 trunk-group (dial-peer) ........................................................................... 6-142

6.1.104 clid network-number .............................................................................. 6-143

6.1.105 clid remove ............................................................................................ 6-144


© SAMSUNG Electronics Co., Ltd. XXXVII

6.1.106 clid restrict ............................................................................................. 6-145

6.1.107 progress-ind-locate ............................................................................... 6-145

6.1.108 progress-ind .......................................................................................... 6-146

6.8 VoIP Dial-peer Commands .......................................................................... 6-148

6.1.109 answer-address ..................................................................................... 6-148

6.1.110 call-fallback pots .................................................................................... 6-149

6.1.111 codec..................................................................................................... 6-150

6.1.112 dtmf-relay .............................................................................................. 6-151

6.1.113 fax error-correction-mode ...................................................................... 6-152

6.1.114 fax protocol ............................................................................................ 6-153

6.1.115 fax rate .................................................................................................. 6-154

6.1.116 ip qos dscp ............................................................................................ 6-155

6.1.117 ip udp checksum ................................................................................... 6-156

6.1.118 max-redirects ........................................................................................ 6-157

6.1.119 playout-delay maximum ........................................................................ 6-158

6.1.120 playout-delay minimum ......................................................................... 6-159

6.1.121 playout-delay mode ............................................................................... 6-160

6.1.122 playout-delay nominal ........................................................................... 6-161

6.1.123 rtp payload-type comfort-noise .............................................................. 6-162

6.1.124 rtp payload-type nte............................................................................... 6-163

6.1.125 session protocol .................................................................................... 6-164

6.1.126 session target ........................................................................................ 6-165

6.1.127 session transport ................................................................................... 6-166

6.1.128 sip-class offer ........................................................................................ 6-167

6.1.129 sip-class qsig tunneling ......................................................................... 6-168

6.1.130 sip-class rel1xx ...................................................................................... 6-169

6.1.131 sip-class uri ........................................................................................... 6-170

6.1.132 sip-class url ........................................................................................... 6-171

6.1.133 srtp ........................................................................................................ 6-172

6.1.134 tech-prefix (VoIP dial-peer) .................................................................... 6-173

6.1.135 vad ........................................................................................................ 6-174

6.1.136 voice-class codec (dial-peer) ................................................................. 6-175

6.1.137 voice-class h323 (VoIP dial-peer) .......................................................... 6-176

6.1.138 voice-class sip ....................................................................................... 6-177

6.1.139 digital-gain ............................................................................................. 6-178

6.1.140 call-block disconnect-cause .................................................................. 6-179

6.1.141 call-block translation-profile incoming.................................................... 6-180

6.1.142 clid network-number .............................................................................. 6-181

6.1.143 clid remove ............................................................................................ 6-182

TABLE OF CONTENTS

XXXVIII © SAMSUNG Electronics Co., Ltd.

6.1.144 clid restrict ............................................................................................. 6-183

6.1.145 corlist ..................................................................................................... 6-184

6.1.146 decision-limit .......................................................................................... 6-185

6.1.147 description ............................................................................................. 6-186

6.1.148 destination-pattern ................................................................................. 6-187

6.1.149 huntstop ................................................................................................. 6-188

6.1.150 incoming-called-number ........................................................................ 6-189

6.1.151 max-call ................................................................................................. 6-190

6.1.152 preference ............................................................................................. 6-191

6.1.153 shutdown ............................................................................................... 6-192

6.1.154 translation-profile ................................................................................... 6-193

6.1.155 translation-rule ....................................................................................... 6-194

6.1.156 peer-monitor (dial-peer) ......................................................................... 6-195

6.9 Dial-plan Commands ................................................................................... 6-196

6.1.157 fxs-pattern ............................................................................................. 6-196

6.1.158 max-call ................................................................................................. 6-197

6.1.159 num-exp ................................................................................................ 6-198

6.1.160 secondary-dialtone ................................................................................ 6-199

6.10 Trunk-group Commands ............................................................................. 6-200

6.1.161 block (trunk-group) ................................................................................ 6-200

6.1.162 description (trunk-group) ....................................................................... 6-201

6.1.163 hunt-scheme random............................................................................. 6-202

6.1.164 hunt-scheme round-robin ...................................................................... 6-203

6.1.165 hunt-scheme sequential ........................................................................ 6-204

6.1.166 max-call (trunk-group) ........................................................................... 6-205

6.1.167 translation-profile (trunk-group) ............................................................. 6-206

6.11 Voice-port Commands ................................................................................. 6-207

6.1.168 ani mapping ........................................................................................... 6-207

6.1.169 auto-cut-through .................................................................................... 6-208

6.1.170 battery-reversal ..................................................................................... 6-209

6.1.171 bearer-cap ............................................................................................. 6-210

6.1.172 busyout action graceful .......................................................................... 6-211

6.1.173 busyout action shutdown ....................................................................... 6-212

6.1.174 busyout forced ....................................................................................... 6-213

6.1.175 busyout monitor ..................................................................................... 6-214

6.1.176 busyout monitor gatekeeper .................................................................. 6-215

6.1.177 busyout monitor sip-server .................................................................... 6-216

6.1.178 busyout seize ........................................................................................ 6-217


© SAMSUNG Electronics Co., Ltd. XXXIX

6.1.179 ds0 busyout ........................................................................................... 6-218

6.1.180 calling number outbound ....................................................................... 6-219

6.1.181 caller-id alerting dsp-pre-alloc ............................................................... 6-220

6.1.182 caller-id alerting line-reversal ................................................................ 6-221

6.1.183 caller-id alerting line-reversal-hook ....................................................... 6-222

6.1.184 caller-id alerting pre-ring ........................................................................ 6-223

6.1.185 caller-id alerting ring .............................................................................. 6-224

6.1.186 caller-id attenuation ............................................................................... 6-225

6.1.187 caller-id block ........................................................................................ 6-226

6.1.188 caller-id dtmf-format .............................................................................. 6-227

6.1.189 caller-id enable ...................................................................................... 6-228

6.1.190 caller-id forced-present .......................................................................... 6-229

6.1.191 caller-id fsk-format ................................................................................. 6-230

6.1.192 caller-id type .......................................................................................... 6-231

6.1.193 comfort-noise ........................................................................................ 6-232

6.1.194 compand-type ....................................................................................... 6-233

6.1.195 condition ................................................................................................ 6-234

6.1.196 connection plar ...................................................................................... 6-235

6.1.197 connection plar-opx ............................................................................... 6-236

6.1.198 define .................................................................................................... 6-237

6.1.199 description ............................................................................................. 6-238

6.1.200 dial-type ................................................................................................. 6-238

6.1.201 dnis-digits .............................................................................................. 6-239

6.1.202 ds0 busyout (voice) ............................................................................... 6-240

6.1.203 echo-cancel enable ............................................................................... 6-241

6.1.204 6echo-cancel coverage ......................................................................... 6-242

6.1.205 ignore .................................................................................................... 6-243

6.1.206 impedance ............................................................................................. 6-244

6.1.207 Input gain .............................................................................................. 6-246

6.1.208 locale ..................................................................................................... 6-247

6.1.209 mwi ........................................................................................................ 6-248

6.1.210 non-linear .............................................................................................. 6-249

6.1.211 df-non-linear .......................................................................................... 6-250

6.1.212 operation ............................................................................................... 6-250

6.1.213 output attenuation ................................................................................. 6-251

6.1.214 playout-delay (voice-port) ...................................................................... 6-252

6.1.215 playout-delay mode (voice-port) ............................................................ 6-253

6.1.216 ring cadence .......................................................................................... 6-254

6.1.217 ring frequency ....................................................................................... 6-255

TABLE OF CONTENTS

XL © SAMSUNG Electronics Co., Ltd.

6.1.218 ring number ........................................................................................... 6-256

6.1.219 shutdown (voice-port) ............................................................................ 6-257

6.1.220 signal ..................................................................................................... 6-258

6.1.221 signal cama ........................................................................................... 6-259

6.1.222 signal cas .............................................................................................. 6-260

6.1.223 signal did ............................................................................................... 6-262

6.1.224 station name .......................................................................................... 6-263

6.1.225 station number ....................................................................................... 6-264

6.1.226 supervisory disconnect anytone ............................................................ 6-265

6.1.227 supervisory disconnect lcfo ................................................................... 6-266

6.1.228 supervisory disconnect line-volt-threshold ............................................. 6-267

6.1.229 timeouts call-disconnect ........................................................................ 6-268

6.1.230 timeouts initial ........................................................................................ 6-269

6.1.231 timeouts interdigit .................................................................................. 6-269

6.1.232 timeouts interdigitshort .......................................................................... 6-270

6.1.233 timeouts ringing ..................................................................................... 6-271

6.1.234 timeouts wait-release ............................................................................. 6-272

6.1.235 timing answer-guard .............................................................................. 6-273

6.1.236 timing clear-wait .................................................................................... 6-274

6.1.237 timing delay-duration ............................................................................. 6-275

6.1.238 timing digit ............................................................................................. 6-276

6.1.239 timing guard-out .................................................................................... 6-277

6.1.240 timing hookflash-input ............................................................................ 6-278

6.1.241 timing hookflash-output ......................................................................... 6-279

6.1.242 timing wait-wink ..................................................................................... 6-280

6.1.243 timing wait-duration ............................................................................... 6-281

6.1.244 timing wink-wait ..................................................................................... 6-282

6.1.245 translate ................................................................................................. 6-283

6.1.246 translation-profile ................................................................................... 6-284

6.1.247 trunk-group ............................................................................................ 6-285

6.1.248 voice confirmation-tone ......................................................................... 6-286

6.12 Cas-custom Commands .............................................................................. 6-287

6.1.249 ani-digits ................................................................................................ 6-287

6.1.250 answer-signal ........................................................................................ 6-288

6.1.251 caller-digits ............................................................................................ 6-289

6.1.252 cas-custom ............................................................................................ 6-290

6.1.253 category ................................................................................................. 6-291

6.1.254 country ................................................................................................... 6-292

6.1.255 default .................................................................................................... 6-293


© SAMSUNG Electronics Co., Ltd. XLI

6.1.256 Invert-abcd ............................................................................................ 6-294

6.1.257 ka .......................................................................................................... 6-295

6.1.258 kd .......................................................................................................... 6-296

6.1.259 metering ................................................................................................ 6-297

6.1.260 nc-congestion ........................................................................................ 6-298

6.1.261 request-category ................................................................................... 6-299

6.1.262 seizure-ack-time .................................................................................... 6-300

6.1.263 unused-abcd ......................................................................................... 6-301

6.13 Cp-dualtone Commands ............................................................................. 6-302

6.1.264 cadence ................................................................................................. 6-302

6.14 Voice Access-group Commands ................................................................ 6-304

6.1.265 access-list ............................................................................................. 6-304

6.1.266 access-list-deny .................................................................................... 6-305

6.1.267 access-list-permit .................................................................................. 6-306

6.1.268 description (access-group) .................................................................... 6-308

6.1.269 disconnect-cause (access-group) ......................................................... 6-309

6.1.270 translation-profile (access-group) .......................................................... 6-310

6.15 Voice Class Codec Commands .................................................................. 6-311

6.1.271 codec-preference .................................................................................. 6-311

6.16 Voice Class Custom-cptone Commands ...................................................... 6-312

6.1.272 dualtone ................................................................................................ 6-312

6.17 Voice Class H323 Commands ..................................................................... 6-314

6.1.273 h225 call-start (Voice class h323) ......................................................... 6-314

6.1.274 h225 early-h245 (Voice class h323) ...................................................... 6-315

6.1.275 h225 h245-tunnel (Voice class h323) .................................................... 6-316

6.1.276 h225 T301 (Voice class h323) ............................................................... 6-317

6.1.277 h225 T303 (Voice class h323) ............................................................... 6-318

6.18 Voice Class SIP Commands ........................................................................ 6-319

6.1.278 offer call-hold (voice class sip) .............................................................. 6-319

6.1.279 rel1xx (voice class sip) .......................................................................... 6-320

6.1.280 uri (voice class sip) ................................................................................ 6-321

6.1.281 url (voice class sip) ................................................................................ 6-322

6.19 Voice Service Voip Commands ................................................................... 6-323

6.1.282 conf ....................................................................................................... 6-323

6.1.283 digital-gain ............................................................................................. 6-324

6.1.284 dtmf-tune (voice-service) ....................................................................... 6-325

6.1.285 fax protocol (voice-service) ................................................................... 6-326

TABLE OF CONTENTS

XLII © SAMSUNG Electronics Co., Ltd.

6.1.286 fax rate .................................................................................................. 6-328

6.1.287 fax error-correction-mode ...................................................................... 6-329

6.1.288 playout-delay ......................................................................................... 6-329

6.1.289 playout-delay mode ............................................................................... 6-330

6.1.290 vad......................................................................................................... 6-331

6.1.291 dual-filter ................................................................................................ 6-332

6.20 Voice Service Pots Commands ................................................................... 6-334

6.1.292 comfort-noise ......................................................................................... 6-334

6.1.293 compand-type ........................................................................................ 6-335

6.1.294 impedance ............................................................................................. 6-336

6.1.295 input gain ............................................................................................... 6-337

6.1.296 intra-dialtone-disable ............................................................................. 6-338

6.1.297 locale ..................................................................................................... 6-338

6.1.298 output attenuation .................................................................................. 6-340

6.1.299 ing cadence ........................................................................................... 6-341

6.1.300 ring frequency ........................................................................................ 6-342

6.1.301 timeouts call-disconnect ........................................................................ 6-343

6.1.302 timeouts initial ........................................................................................ 6-344

6.1.303 timeouts interdigit .................................................................................. 6-345

6.1.304 timeouts interdigitshort .......................................................................... 6-346

6.1.305 timeouts ringing ..................................................................................... 6-347

6.1.306 timeouts wait-release ............................................................................. 6-348

6.21 Voice Service Feature-code Commands .................................................... 6-349

6.1.307 activate-call-conference ......................................................................... 6-349

6.1.308 default .................................................................................................... 6-350

6.1.309 direct-call-pickup ................................................................................... 6-351

6.1.310 disable-call-waiting-for-current-call ........................................................ 6-352

6.1.311 disable-call-waiting-for-next-call ............................................................ 6-353

6.1.312 drop-last-joined-party ............................................................................. 6-354

6.1.313 group-call-pickup ................................................................................... 6-355

6.22 Voice Service SIP Commands ..................................................................... 6-356

6.1.314 dtmf-relay .............................................................................................. 6-356

6.1.315 max-forwards ......................................................................................... 6-358

6.1.316 session-timer ......................................................................................... 6-359

6.1.317 no-answer-timer .................................................................................... 6-360

6.1.318 redirection .............................................................................................. 6-361

6.1.319 registrar local-service ............................................................................ 6-362

6.1.320 rel1xx ..................................................................................................... 6-363


© SAMSUNG Electronics Co., Ltd. XLIII

6.1.321 srtp crypto ............................................................................................. 6-364

6.1.322 timers .................................................................................................... 6-366

6.1.323 transport ................................................................................................ 6-367

6.1.324 transport-switch udp-to-tcp .................................................................... 6-368

6.1.325 url .......................................................................................................... 6-369

6.23 Voice Service H323 Commands .................................................................. 6-370

6.1.326 display-info ............................................................................................ 6-370

6.1.327 dtmf-relay (Voice service h323) ............................................................. 6-371

6.1.328 h225 call-response ................................................................................ 6-372

6.1.329 h225 call-start (Voice service h323) ...................................................... 6-373

6.1.330 h225 early-h245 (Voice service h323) ................................................... 6-374

6.1.331 h225 h245-tunnel (Voice service h323) ................................................. 6-375

6.1.332 h225 T301 (Voice service h323) ............................................................ 6-376

6.1.333 h225 T303 (Voice service h323) ............................................................ 6-377

6.1.334 ras retry ................................................................................................. 6-378

6.1.335 ras timeout ............................................................................................ 6-379

6.1.336 ras rrq-ttl ................................................................................................ 6-380

6.1.337 tech-prefix (Voice service h323) ............................................................ 6-381

6.24 Voice Translation-profile Commands ......................................................... 6-382

6.1.338 translate (translation-profile) .................................................................. 6-382

6.25 Voice Translation-rule Commands ............................................................. 6-383

6.1.339 rule-match-replace ................................................................................ 6-383

6.1.340 rule-reject .............................................................................................. 6-386

6.26 Voip-fallback Commands ............................................................................ 6-388

6.1.341 corlist (voip-fallback) ............................................................................. 6-388

6.1.342 translate (voip-fallback) ......................................................................... 6-389

6.1.343 translate-sip-phone (voip-fallback) ........................................................ 6-390

6.1.344 translation-profile (voip-fallback) ........................................................... 6-392

6.1.345 translation-profile-sip-phone (voip-fallback) ........................................... 6-393

6.1.346 call-forward (voip-fallback) .................................................................... 6-394

6.1.347 system-message (voip-fallback) ............................................................ 6-395

6.27 voip-gateway Commands ........................................................................... 6-396

6.1.348 bind control interface ............................................................................. 6-396

6.1.349 bind media interface .............................................................................. 6-398

6.1.350 call-server gw-uri ................................................................................... 6-399

6.1.351 call-server ip-address ............................................................................ 6-400

6.1.352 gw-accounting ....................................................................................... 6-402

6.1.353 host domain-name ................................................................................ 6-404

TABLE OF CONTENTS

XLIV © SAMSUNG Electronics Co., Ltd.

6.1.354 host ip-address ...................................................................................... 6-405

6.1.355 sip-ua ..................................................................................................... 6-406

6.1.356 shutdown (VoIP Gateway) ..................................................................... 6-407

6.1.357 ip-qos meda dscp .................................................................................. 6-408

6.1.358 ip-qos signaling dscp ............................................................................. 6-409

6.1.359 rtcp timer ............................................................................................... 6-411

6.1.360 rtp port-range ......................................................................................... 6-412

6.28 SIP UA Commands ....................................................................................... 6-413

6.1.361 alert-cut-through .................................................................................... 6-413

6.1.362 authentication ........................................................................................ 6-414

6.1.363 calling-info pstn-to-sip ............................................................................ 6-415

6.1.364 calling-info sip-to-pstn ............................................................................ 6-416

6.1.365 disable-early-media 180 ........................................................................ 6-417

6.1.366 offer call-hold ......................................................................................... 6-418

6.1.367 peer-monitor .......................................................................................... 6-419

6.1.368 reason-header override ......................................................................... 6-420

6.1.369 registrar ................................................................................................. 6-421

6.1.370 set pstn-cause ....................................................................................... 6-423

6.1.371 set sip-request cancel pstn-cause ......................................................... 6-424

6.1.372 set sip-status ......................................................................................... 6-425

6.1.373 sip-connect ............................................................................................ 6-426

6.1.374 sip-server ............................................................................................... 6-427

6.1.375 shutdown (SIP UA) ................................................................................ 6-430

6.1.376 suspend-resume .................................................................................... 6-431

6.1.377 present-indicator .................................................................................... 6-432

6.29 H323-gateway Commands .......................................................................... 6-433

6.1.378 call-signaling-port .................................................................................. 6-433

6.1.379 control-signaling-port ............................................................................. 6-434

6.1.380 gatekeeper id ......................................................................................... 6-435

6.1.381 gatekeeper ip-address ........................................................................... 6-436

6.1.382 gatekeeper name .................................................................................. 6-437

6.1.383 h323-id .................................................................................................. 6-438

6.1.384 ras-port .................................................................................................. 6-439

6.1.385 shutdown (h323-gateway) ..................................................................... 6-440

6.30 Voip-incoming Commands .......................................................................... 6-441

6.1.386 voip-incoming translation-profile ............................................................ 6-441

6.1.387 voip-incoming translation-rule ................................................................ 6-442

6.31 Voip-peer Commands .................................................................................. 6-443


© SAMSUNG Electronics Co., Ltd. XLV

6.1.388 description (voip-peer)........................................................................... 6-443

6.1.389 ip-address (voip-peer) ........................................................................... 6-444

CHAPTER 7. Exit Commands 7-1

7.1 exit .................................................................................................................... 7-1

CHAPTER 8. File Commands 8-1

8.1 The File System ............................................................................................... 8-1

8.2 file chkdsk ........................................................................................................ 8-2

8.3 file copy ............................................................................................................ 8-4

8.4 file download .................................................................................................... 8-5

8.5 file format ......................................................................................................... 8-7

8.6 file ls ................................................................................................................. 8-8

8.7 file rename ...................................................................................................... 8-10

8.8 file rm .............................................................................................................. 8-11

8.9 file show_boot ............................................................................................... 8-12

8.10 file sftp ............................................................................................................ 8-13

8.11 file upload ....................................................................................................... 8-15

8.12 file verify ......................................................................................................... 8-17

8.13 file version ...................................................................................................... 8-19

CHAPTER 9. Password Commands 9-1

9.1 Managing Passwords ...................................................................................... 9-1

9.2 password .......................................................................................................... 9-1

CHAPTER 10. Ping Commands 10-1

10.1 ICMP Support ................................................................................................. 10-1

10.2 ping ................................................................................................................. 10-1

10.3 ping6 ............................................................................................................... 10-3

TABLE OF CONTENTS

XLVI © SAMSUNG Electronics Co., Ltd.

CHAPTER 11. Reboot Commands 11-1

11.1 Restarting an iBG3026 Modular Router ....................................................... 11-1

11.2 reboot .............................................................................................................. 11-1

CHAPTER 12. Save Commands 12-1

12.1 Managing Configuration Images .................................................................. 12-1

12.2 save local ........................................................................................................ 12-1

12.3 save network .................................................................................................. 12-2

CHAPTER 13. Telnet Commands 13-1

13.1 Connecting to the Console ........................................................................... 13-1

13.2 configure telnet .............................................................................................. 13-1

CHAPTER 14. Test Commands 14-1

14.1 test ct3 ............................................................................................................ 14-1

14.2 test ct3 slot <n>/port <n> bert ...................................................................... 14-3

14.3 test ct3 loopback ............................................................................................ 14-5

14.4 test ct3 loopback line_ct3 ............................................................................. 14-6

14.5 test ct3 loopback line_t1 ............................................................................... 14-7

14.6 test ct3 loopback payload_t1 ........................................................................ 14-9

14.7 test ct3 loopback remote ............................................................................. 14-11

14.8 test ct3 loopback remote line_ct3 .............................................................. 14-12

14.9 test ct3 loopback remote line_t1 ................................................................ 14-13

14.10 test ct3 loopback remote payload_t1 ......................................................... 14-15

14.11 test ct3 monitor_port ................................................................................... 14-17

14.12 test e1 ........................................................................................................... 14-18

14.13 test e1 slot <n>/subslot <n>/port <n> bert ....................................................... 14-19

14.14 test e1 loopback ........................................................................................... 14-21

14.15 test e1 loopback inward1 ............................................................................ 14-22

14.16 test e1 loopback inward1_analog ............................................................... 14-23


© SAMSUNG Electronics Co., Ltd. XLVII

14.17 test e1 loopback inward2 ............................................................................ 14-24

14.18 test e1 loopback line ................................................................................... 14-25

14.19 test e1 loopback payload ............................................................................ 14-26

14.20 test t1 ............................................................................................................ 14-27

14.21 test t1 slot<n>/subslot<n>/port<n> bert .................................................... 14-28

14.22 test t1 loopback ........................................................................................... 14-30

14.23 test t1 loopback line .................................................................................... 14-31

14.24 test t1 loopback payload ............................................................................. 14-32

14.25 test t1 loopback remote .............................................................................. 14-33

14.26 test t1 loopback remote line ....................................................................... 14-34

14.27 test t1 loopback remote payload ................................................................ 14-35

14.28 test hssi ........................................................................................................ 14-36

14.29 test hssi dce_loop ....................................................................................... 14-37

14.30 test hssi dte_loop ........................................................................................ 14-38

14.31 test serial ...................................................................................................... 14-39

14.32 test serial dce_loop ..................................................................................... 14-40

14.33 test serial dte_loop ...................................................................................... 14-41

CHAPTER 15. Trace Commands 15-1

15.1 Tracing Packets ............................................................................................. 15-1

15.2 trace ................................................................................................................ 15-2

15.3 trace6 .............................................................................................................. 15-3

CHAPTER 16. Boot Monitor Mode Commands 16-1

16.1 ‘?’ or ‘h’ - print this list .................................................................................. 16-2

16.2 ‘@’ - boot (load and go) ................................................................................. 16-4

16.3 ‘p’ - print boot params ................................................................................... 16-5

16.4 ‘c’ - change boot params ............................................................................... 16-7

16.5 ‘v’ - print boot logo with version ................................................................ 16-10

16.6 ‘o’ - show bootrom header information ..................................................... 16-11

16.7 ‘b’ - show file list in a USB device .............................................................. 16-12

TABLE OF CONTENTS

XLVIII © SAMSUNG Electronics Co., Ltd.

16.8 ‘B’ - format a USB device ............................................................................ 16-13

16.9 ‘L’ - show file list in CF0 .............................................................................. 16-15

16.10 ‘F’ - format the CF0 ...................................................................................... 16-16

16.11 ‘A’ - show simple PCI device scan result ...................................................... 16-18

16.12 ‘T’ - Memory test after cold reset ................................................................ 16-21

16.13 ‘r’ - show current boot image (Golden/Normal) ......................................... 16-22

16.14 ‘s’ - show simple slot insertion status ....................................................... 16-23

16.15 ‘S’ - reset selected slot (Power on). ............................................................ 16-24

16.16 ‘w’ - print status of watchdog timer ............................................................ 16-25

16.17 ‘D’ - cold reset .............................................................................................. 16-26

16.18 ‘u’ - reset User ID and PW default set ......................................................... 16-27

16.19 ‘U’ - Boot Parameter Factory default set .................................................... 16-29

16.20 ‘W’ - Set Watch Dog Time. ........................................................................... 16-31

16.21 ‘J’ - Changing Vendor information. ............................................................. 16-32

CHAPTER 17. Hot-Swap Commands 17-1

17.1 Hot Removal of a Card .................................................................................. 17-2

17.2 Hot Insertion of a Card .................................................................................. 17-4

LIST OF FIGURES

Figure 14.1 Typical T1 Bit Error Rate Test .............................................................. 14-3

Figure 14.2 T3 Line Loopback ................................................................................ 14-6

Figure 14.3 T1 Line Loopback ................................................................................ 14-7

Figure 14.4 T1 Payload Loopback .......................................................................... 14-9

Figure 14.5 Remote T3 Line Loopback ................................................................ 14-12

Figure 14.6 Remote T1 Line Loopback ................................................................ 14-13

Figure 14.7 Remote T1 Payload Loopback .......................................................... 14-15


© SAMSUNG Electronics Co., Ltd. 4-1

CHAPTER 4. Debug Commands The Router operating system includes a comprehensive suite of debug commands for use by network administrators for network configuration and troubleshooting. On using a debug command, the router continues to generate an output until the no parameter is used with the command. The debug output and system error messages are written on the virtual terminal. Use the log file or logsyslog command in configure mode to redirect the debugging output to a file or the syslog.

Debug commands are resource intensive. Because certain debug commands (such as arp) run in the background, they consume system resources. Using these commands will impact system performance, therefore they should be used with discretion. And, it is not advisable to run debug commands on a system that is operating in a live network

CHAPTER 4. Debug Commands

4-2 © SAMSUNG Electronics Co., Ltd.

4.1 debug adsl display_adsl_table This command shows the contents of ADSL management table.

syntax adsl display_adsl_table slot_num < slot/sub_slot >

Parameter Description

slot_num Slot number of ADSL module. Specified in slot number/sub slot number.

default None.

example

DUT/debug# adsl display_adsl_table 0/3 ADSL Management Table ================================= module : 0/3 Task Name : dslIPC30 Task ID : 0x1f78f658 Timeout : 0 ethernet_id : 1 conn_if_name : 'pppoe1' =================================

related commands show adsl status

applicable models/versions iBG2006, iBG2016 and iBG3026. Supported in R2.2 or higher.

command modes Router/debug



4.2 debug adsl enable_debug Use this command to enable printing of ADSL debug messages. Use the no form of this command to disable it.

syntax [no] adsl enable_debug

default None.

example

DUT/debug# adsl enable_debug

related commands show adsl status





4.3 debug bgp Use this command to enable all BGP troubleshooting functions. Use the ‘no’ form of this command to disable those troubleshooting functions.

syntax [no] bgp [all|dampening|events|filters|fsm|keepalives|nsm|updates]


dampening Specifies debugging for BGP dampening.

events Specifies debugging for BGP events.

filters Specifies debugging for BGP filters.

fsm Specifies debugging for BGP Finite State Machine (FSM).

keepalives Specifies debugging for BGP keepalives.

updates Update [in|out]specifies debugging for BGP updates.

default None.

example

Router/debug# bgp Router/debug# no bgp events

related commands clear ip bgp, show debug bgp

applicable models/versions All models.




4.4 debug crypto This command accesses next-level crypto debug commands.

syntax crypto

default None.

example

Router/debug# crypto

related commands debug crypto all





4.5 debug crypto all This command enables or disables crypto debug for all the crypto modules. Use the no form of this command to disable debugging.

syntax [no] all


all Enables debug for all crypto modules.

default None.

example

Router/debug/crypto# all

related commands debug crypto ca mode cmgr, debug crypto ca mode scep, debug crypto ca mode ldap, debug crypto ca mode ocsp, debug crypto ike, debug crypto ipsec


command modes Router/debug/crypto



4.6 debug crypto ca This command enables or disables PKI debugging. Use the no form of this command to disable debugging output.

syntax [no] ca [all | mode <cmgr | scep |ldap | ocsp | all>]


mode -

all Enables debug for all crypto modules.

cmgr Enables debug for certificate manager.

ldap Enables debug for ldap.

ocsp Enables debug for ocsp.

scep Enables debug for scep.

default None.

example 1

Router/debug/crypto# ca all Router/debug/crypto# ca mode all

example 2

Router/debug/crypto# ca mode cmgr

example 3

Router/debug/crypto# ca mode ldap

example 4

Router/debug/crypto# ca mode ocsp



example 5

Router/debug/crypto# ca mode scep

related commands debug crypto ike, debug crypto ipsec, debug crypto all




4.7 debug crypto ike This command enables or disables IKE debugging. Use the no form of this command to disable debugging output.

syntax [no] ike

default None.

example

Router/debug/crypto# ike

related commands debug crypto all, debug crypto ipsec





4.8 debug crypto ipsec This command enables or disables IPSec debugging. Use the no form of this command to disable debugging output.

syntax [no] ipsec [all | mode <all | ipsec | spd>]


mode Specifies IPSec mode of debugging

all Enables debug for all ipsec modules.

ipsec Enables debug for IPSec mode (default value)

spd Enables debug for spd.

example 1

Router/debug/crypto# ipsec all Router/debug/crypto# ipsec mode all

example 2

Router/debug/crypto# ipsec mode spd Router/debug/crypto# ipsec mode ipsec

related commands debug crypto ike, debug crypto cal





4.9 debug dhcp_relay This command accesses next-level dhcp relay debug commands.

syntax dhcp_relay

default None.

example

Router/debug# dhcp_relay

related commands debug dhcp_relay display_dhcp_table, debug dhcp_relay display_hash_ statistics, debug dhcp_relay enable_debug





4.10 debug dhcp_relay display_dhcp_table This command dumps the contents of the client hash table.

syntax display_dhcp_table <0-summary view | 1-detailed view>

default None.

example Router/debug/dhcp_relay# display_dhcp_table 1

related commands debug dhcp_relay display_hash_statistics, debug dhcp_relay enable_debug


command modes Router/debug/dhcp_relay



4.11 debug dhcp_relay display_hash_statistics This command shows hash statistics for the dhcp table.

syntax display_hash_statistics

default None.

example

Router/debug/dhcp_relay# display_hash_statistics

related commands debug dhcp_relay display_dhcp_table, debug dhcp_relay enable_debug





4.12 debug dhcp_relay enable_debug This command enables or disables printing of client/relay debug messages.

syntax [no] enable_debug

default None.

example

Router/debug/dhcp_relay# no enable_debug Router/debug/dhcp_relay# enable_debug

related commands debug dhcp_relay display_dhcp_table, debug dhcp_relay display_hash_ statistics





4.13 debug dot1x Debug 802.1x authentication. Use the no form to disable the debugging output.

syntax [no] dot1x [all | event | nsm | packet | timer]


all Enables all debug for dot1x.

event Enables event debug for dot1x.

nsm Enables nsm debug for dot1x.

packet Enables packet debug for dot1x.

timer Enables timer debug for dot1x.

default None.

example

Router/debug# dot1x all Router/debug# dot1x event Router/debug# dot1x nsm Router/debug# dot1x packet Router/debug# dot1x timer

related commands debug dot1x all, show dot1x





4.14 debug dvmrp Use this command to enable/disable a DVMRP debugging function. Use the no form of this command to turn off this type of debugging.

syntax [no] dvmrp [events | mib | packet | timer]

default None.

example

Router/debug# dvmrp event Router/debug# dvmrp mib Router/debug# dvmrp packet Router/debug# dvmrp timer

related commands None.





4.15 debug dvmrp events Use this command to enable/disable a particular DVMRP debugging event type. Specify no parameters to indicate that all events are to be debugged. Use the no form of this command to turn off this type of debugging.

syntax [no] dvmrp events [neighbor | route [detail]]


neighbor Indicates that neighbors are to be debugged.

route detail Indicate that routes are to be debugged. detail DVMRP detailed route events.

default Router/debug#no all

example

Router/debug# dvmrp events route detail

related commands debug dvmrp





4.16 debug dvmrp mib Use this command to enable/disable DVMRP MIB debugging. Use the no form of this command to turn off this type of debugging.

syntax [no] dvmrp mib


example

Route/debug# dvmrp mib






4.17 debug dvmrp packet Use this command to enable/disable debugging on a particular DVMRP packet types, optionally specifying incoming or outgoing packets only. Do not specify any parameter to indicate that all packet types are to be debugged. Use the no form of this command to turn off this type of debugging.

syntax [no] dvmrp packet [probe|report] <in|out>


probe Indicates that the probe packets are to be debugged.

report Indicates that the route report packets are to be debugged.


example

Router/debug# dvmrp packet probe Router/debug# dvmrp packet probe out Router/debug# dvmrp packet probe in Router/debug# dvmrp packet report Router/debug# dvmrp packet report in Router/debug# dvmrp packet report out






4.18 debug dvmrp timer Use this command to enable/disable debugging on all DVMRP timers. Use the no form of this command to turn off this type of debugging.

syntax [no] dvmrp timer


example

Router/debug# dvmrp timer






4.19 debug dvmrp timer probe Use this command to enable/disable debugging on a particular DVMRP probe timer. Specify no parameters to indicate that all probes are to be debugged. Use the no form of this command to turn off this type of debugging.

syntax [no] dvmrp timer probe [probe-timer|neighbor-expiry-timer]


probe-timer Indicates that probe timer packets are to be debugged.

neighbor-expiry-timer Indicates that neighbor expiration timers are to be debugged.


example

Router/debug# dvmrp timer probe neighbor-expiry-timer Router/debug# dvmrp timer probe probe-timer Router/debug# no dvmrp timer probe probe-timer Router/debug# no dvmrp timer probe neighbor-expiry-timer






4.20 debug dvmrp timer prune Use this command to enable/disable debugging on a particular DVMRP prune type timer. specify no parameters to indicate that all timers are to be debugged. Use the no form of this command to turn off this type of debugging.

syntax [no] dvmrp timer prune [prune-expiry-timer|prune-retx-timer|graft-retx-timer]


prune-expiry-timer Indicates that the prune expiration timer is to be debugged.

prune-retx-timer Indicates that the prune retransmission timer is to be debugged.

graft-retx-timer Indicates that the graft retransmission timer is to be debugged.


example

Router/debug# dvmrp timer prune graft-retx-timer Router/debug# dvmrp timer prune prune-expiry-timer Router/debug# dvmrp timer prune prune-retx-timer






4.21 debug dvmrp timer route Use this command to enable/disable debugging on a particular DVMRP route timer. Specify no parameters to indicate that all timers are to be debugged. Use the no form of this command to turn off this type of debugging.

syntax [no] dvmrp timer route [report-timer|flash-upd-timer|route-expirytimer|route-holdown-timer|route-burst-timer]


report-timer Indicates that the report timer is to be debugged.

flash-upd-timer Indicates that the flash update timer is to be debugged.

route-expiry-timer Indicates that the route expiration timer is to be debugged.

route-holdown-timer Indicates that the route hold-down timer is to be debugged.

route-burst-timer Indicates that the route hold-down timer is to be debugged.


example

Router/debug# dvmrp timer route report-timer






4.22 debug disable-firewall Bypasses all the firewall policy checks. By default this feature is disabled.

syntax [no] debug disable-firewall

default Diabled (no)

example To disable all policy checks on the firewall

Router# debug disable-firewall

To enable policy checks on the firewall (if disabled previously)

Router# no debug disable-firewall






4.23 debug firewall all Enables/disables firewall debugging.

syntax [no] debug firewall all

default Disabled (no)

example To enable all debug commands on the firewall

Router# debug firewall all

related commands debug firewall packet, debug firewall dos-protect, debug firewall ip-reassembly





4.24 debug firewall dos-protect Enables/disables dos-protect check debugging for firewall.

syntax [no] debug firewall dos-protect


example To debug Denial of Service attack checks on the firewall

Router# debug firewall dos-protect

related commands debug firewall all, debug firewall packet, debug firewall ip-reassembly





4.25 debug firewall ip-reassembly Enables/disables ip-reassembly debugging for firewall.

syntax [no] debug firewall ip-reassembly


example To debug IP reassembly on the firewall

Router# debug firewall ip-reassembly

related commands debug firewall all, debug firewall packet, debug firewall dos-protect





4.26 debug firewall packet Enables/disables packet debugging for firewall.

syntax [no] debug firewall packet


example To debug packet processing on the firewall

Router# debug firewall packet

related commands debug firewall all, debug firewall dos-protect, debug firewall ip-reassembly





4.27 debug fr This command accesses next-level frame relay debug commands.

syntax fr

default None.

example

Router/debug# fr

related commands debug fr bundle-info, debug fr pvc-info and debug fr packet.

applicable models/versions All models




4.28 debug fr bundle-buffers This command shows current and maximum buffers and other statistics for Frame-Relay bundles.

syntax fr bundle-buffers

default None.

example Router/debug# fr bundle-buffers ***bundle wan19, Tx DE Frames being SENT Rx Congestion = none Tx Congestion = none Link MFR State Rx. Bufs(Max) Tx Bufs(Cur/Max) t1 29 Down 0 0/256

related commands debug fr bundle-info, debug fr pvc-info, debug fr packet.





4.29 debug fr bundle-info This command shows frame relay interface debug information. Which includes Link Status (PVC Status), LMI information.

syntax fr bundle-info bundle-name <name>


bundle-name Specifies the name of the interface bundle.

default None.

example

Router/debug# fr bundle-info mbabburi Link State Flags:01100001 00110000 00000000 00000000 Link is Administratively Disabled,Link is Inactive LMI is configured Control Plane is Inactive Physical Interface is Up Bundle is ACTIVE for congestion management bn_id = 3 bn_name wan19 bn_state = 1 bn_type = 1 bn_rate = 1536000 bn_no_of_links = 1 bn_no_of_vcs = 1 bn_QmaxCnt = 190 bn_byt_per_tick = 1920 bn_frm_per_tick = 19 bn_bytsent = 0 bn_OFLWcurCnt = 0



related commands debug fr pvc-info, debug fr packet.





4.30 debug fr frf20 This command shows frf20 configuration and status.

syntax fr frf20 bundle-name <name> dlci-id <n>



dlci-id DLCI number of frame relay PVC.

default None.

example

Router/debug# fr frf20 wan19 110

related commands debug fr pvc-info, debug fr packet.





4.31 debug fr mfr state-machine This command prints dynamic MFR (FRF.16) state machine changes. This command enables Multilink Frame-Relay for the Frame-Relay Interfaces.

syntax fr mfr state-machine

default None.

example

Router/debug# fr mfr state-machine MFR state machine debug enabled






4.32 debug fr mfr states This command prints current MFR (FRF.16) states of links in a bundle.

syntax fr mfr states bundle-name <name>

Parameter Definition


default None.

example

Router/debug# fr mfr states wan0 MFR state machine debug enabled






4.33 debug fr packet This command accesses next-level commands to enable or disable packet-level debugging.

syntax fr packet

default None.

example

Router/debug# fr packet

related commands debug fr packet lmi, debug fr packet inverse-arp, debug fr packet mfr





4.34 debug fr packet inverse-arp This command used to dump frame relay inverse-ARP packet

syntax fr packet inverse-arp

default None.

example

Router/debug# fr packet inverse-arp

related commands debug fr packet lmi, debug fr packet mfr





4.35 debug fr packet lmi This command shows frame relay virtual circuit information, shows PVC status.

syntax fr packet lmi debug_direction <tx | rx | both>


debug direction tx transmit direction rx receive direction both both directions (default)

default None.

example

Router/debug# fr packet lmi debug_direction rx






4.36 debug fr packet mfr This command dumps FRF.16.1 UNI/NNI/MFR control packets.

syntax fr packet mfr [content <brief | detailed>]

default None.

example Router/debug# fr packet mfr content detailed MFR control packet debug enabled






4.37 debug fr pvc-info This command shows frame relay virtual circuit debug information (Permanent Virtual circuit info).

syntax fr pvc-info bundle-name <name> dlci-id<n>



dlci-id DLCI number of frame relay PVC.

default None.

example

Router/debug# fr pvc-info wan19 110 Bundle status: Disabled Link is Inactive Cirkt State Flags:11000000 00110000 00000000 00000000 Circuit: Enabled, Inactive Rx: Inactive, Tx: Inactive Egress traffic: enabled Circuit will FALLBACK upon receiving BECN Tx Counters: Normal Excess Hold Dropped Packets: 0 0 0 0 0 0 0 0 Congestion State: NORMAL(max rate-fallback if BECN) total_fallbacks = 0, total_fallforwards = 0 cir = 1536000 bc_cur = 1536000, bcmin = 65536, be = 0 Tc = 1000, Congestion Monitor Period Timer = 7 bytes_written_in_current_tc = 0



related commands debug fr bundle-info, debug fr packet





4.38 debug gmrp Use this command to put various types of data to the console. Use the no form of this command to turn off a specific type of debugging. Use the all parameter to show all types on the console, or use any combination of the other parameters to show pertinent data on the console. If this command is not used, no debugging data is showed on the console.

syntax [no] gmrp [all|cli|event|timer|packet]


all Turns on or off all debugging.

cli Turns on or off debugging for commands.

event Turns on or off debugging for events.

packet Turns on or off debugging for packets.

timer Turns on or off debugging for timers.


example

This example shows set debugging for commands and packets: Router/debug# gmrp all Router/debug# gmrp cli

related commands show gmrp configuration, show gmrp statistics





4.39 debug hdlc Use this command to display all bundles and corresponding HDLC channels.

syntax [no] hdlc

default None.

example

Router/debug# hdlc






4.40 debug igmp Use this command to enable debugging of a specific feature of IGMP. Use the no form of this command of this command to disable debugging of a specific feature of IGMP.

syntax [no] igmp < tib|snooping>


tib Turns on or off debugging for IGMP TIB

snooping Turns on or off debugging for IGMP Snooping


example

Router/debug# igmp tib






4.41 debug igmp snooping Use this command to debug IGMP snooping traffic.

syntax [no]igmp snooping <all | cli | event | packet | timer>


example

Router/debug# igmp snooping all






4.42 debug igmp snooping all Use this command to enable debugging of all IGMP snooping (event, packet, cli, timer). Use the no form of this command of this command to disable all IGMP snooping debugging.

syntax [no] igmp snooping all


example Router/debug# igmp snooping all






4.43 debug igmp snooping cli Use this command to enable debugging of IGMP snooping CLIs. Use the no form of this command of this command to disable debugging of IGMP snooping CLIs.

syntax [no] igmp snooping cli


example Router/debug# igmp snooping cli






4.44 debug igmp snooping event Use this command to enable debugging of IGMP snooping events (for example, join, leave). Use the no form of this command of this command to disable debugging of IGMP snooping events.

syntax [no] igmp snooping event


example

Router/debug# igmp snooping event






4.45 debug igmp snooping Use this command to debug IGMP snooping traffic.

syntax [no]igmp snooping <all | cli | event | packet | timer>


example Router/debug# igmp snooping all






4.46 debug igmp snooping timer Use this command to enable debugging of IGMP snooping timers (for example, query timer, specific query timer). Use the no form of this command of this command to disable debugging of IGMP snooping timers.

syntax [no] igmp snooping timer


example Router/debug# igmp snooping timer






4.47 debug ip This command accesses next-level ip/ipmux debug commands.

syntax ip

default None.

example

Router/debug# ip

related commands debug ip arp, debug ip dhcp, debug ip ssh, debug ip statistics, debug ip tunnel, debug ip vrrp





4.48 debug ip arp This command turns ARP packet debug on.

syntax arp

default None.

example Router/debug/ip# arp

related commands debug ip dhcp, debug ip ssh, debug ip statistics, debug ip vrrp


command modes Router/debug/ip



4.49 debug ip dhcps all This command enables or disables all DHCP server debug messages.

syntax [no] dhcps all

default None.

example

Router/debug/ip# dhcps all Router/debug/ip# no dhcps all

related commands debug ip dhcps error, debug ip dhcps events, debug ip dhcps packet, debug ip dhcps state, show debug dhcps





4.50 debug ip dhcps error This command enables or disables DHCP server error debug messages.

syntax [no] dhcps error

default None.

example

Router/debug/ip# dhcps error Router/debug/ip# no dhcps error

related commands debug ip dhcps all, debug ip dhcps events, debug ip dhcps packet, debug ip dhcps state, show debug dhcps





4.51 debug ip dhcps events This command enables or disables debug information about all DHCP events.

syntax [no] dhcps events

default None.

example

Router/debug/ip# dhcps events Router/debug/ip# no dhcps events

related commands debug ip dhcps all, debug ip dhcps error, debug ip dhcps packet, debug ip dhcps state, show debug dhcps





4.52 debug ip dhcps packet This command enables or disables debug information about all DHCP packet messages.

syntax [no] dhcps packet <summary | detailed>

default None.

example

Router/debug/ip# dhcps packet summary Router/debug/ip# no dhcps packet summary

related commands debug ip dhcps all, debug ip dhcps error, debug ip dhcps events, debug ip dhcps state, show debug dhcps





4.53 debug ip dhcps state This command enables or disables debug information about all DHCP state transitions.

syntax [no] dhcps state

example

Router/debug/ip# dhcps state

default None.

related commands debug ip dhcps all, debug ip dhcps error, debug ip dhcps events, debug ip dhcps packet, show debug dhcps





4.54 debug ip http enable This command enables or disables debug information about all DHCP state transitions. This command enables or disables debug information about all DHCP state transitions.

syntax [no] http enable

example

Router/debug/ip# http enable Trace enabled for HTTP module Trace enabled for HTTPS module

default None.

related commands configure ip http server, configure ip http secure-server





4.55 debug ip statistics This command accesses next-level commands for showing various kinds of debug statistics.

syntax [no] statistics <icmpshow | ipmuxclear | ipmuxshow | ipshow | rtshow | tcpshow | udpshow>

default None.

example

Router/debug/ip# statistics icmpshow

related commands debug ip statistics icmpshow, debug ip statistics ipmuxclear, debug ip statistics ipmuxshow, debug ip statistics ipshow, debug ip statistics rtshow, debug ip statistics tcpshow, debug ip statistics udpshow





4.56 debug ip statistics icmpshow This command shows ICMP statistics.

syntax statistics icmpshow

default None.

example

Router/debug/ip# statistics icmpshow

related commands debug ip statistics ipmuxclear, debug ip statistics ipmuxshow, debug ip statistics ipshow, debug ip statistics rtshow, debug ip statistics tcpshow, debug ip statistics udpshow





4.57 debug ip statistics ipmuxclear Use this command to clear ipmux debug statistics.

syntax statistics ipmuxclear

default None.

example

Router/debug/ip# statistics ipmuxclear

related commands debug ip statistics icmpshow, debug ip statistics ipmuxshow, debug ip statistics ipshow, debug ip statistics rtshow, debug ip statistics tcpshow, debug ip statistics udpshow





4.58 debug ip statistics ipmuxshow Use this command to show ipmux debug statistics.

syntax statistics ipmuxshow [verbose]

default None.

example

Router/debug/ip# statistics ipmuxshow Router/debug/ip# statistics ipmuxshow verbose

related commands debug ip statistics icmpshow, debug ip statistics ipmuxclear, debug ip statistics ipshow, debug ip statistics rtshow, debug ip statistics tcpshow, debug ip statistics udpshow





4.59 debug ip statistics ipshow Use this command to show ip debug statistics.

syntax statistics ipshow

default None.

example

Router/debug/ip# statistics ipshow

related commands debug ip statistics icmpshow, debug ip statistics ipmuxclear, debug ip statistics ipshow, debug ip statistics rtshow, debug ip statistics tcpshow, debug ip statistics udpshow





4.60 debug ip statistics rtshow Use this command to show debug route statistics.

syntax statistics rtshow

default None.

example

Router/debug/ip# statistics rtshow

related commands debug ip statistics icmpshow, debug ip statistics ipmuxclear, debug ip statistics ipmuxshow, debug ip statistics ipshow, debug ip statistics tcpshow, debug ip statistics udpshow





4.61 debug ip statistics tcpshow Use this command to show TCP debug statistics.

syntax statistics tcpshow

default None.

example

Router/debug/ip# statistics tcpshow

related commands debug ip statistics icmpshow, debug ip statistics ipmuxclear, debug ip statistics ipmuxshow, debug ip statistics ipshow, debug ip statistics rtshow, debug ip statistics udpshow





4.62 debug ip statistics udpshow Use this command to show UDP debug statistics.

syntax statistics udpshow

default None.

example

Router/debug/ip# statistics udpshow

related commands debug ip statistics icmpshow, debug ip statistics ipmuxclear, debug ip statistics ipmuxshow, debug ip statistics ipshow, debug ip statistics rtshow, debug ip statistics tcpshow





4.63 debug ip tunnel General comment: To be consistence with the convention, the debug CLI should be in debug mode already by enter debug. From then on, only CLI after debug keyword should be documented (See ‘clear counters’ in this document as example.) Controls the tunnel debug commands.

syntax tunnel <all | decap | encap | error | keepalive | packet | state>


all Turns on or off all debugging

decap Turns on or off debugging for de-capsulation related messages

encap Turns on or off debugging for encapsulation related messages

error Turns on or off debugging for all error messages

keepalive Turns on or off debugging for keepalive messages

packet Turns on or off debugging for packet trace messages

state Turns on or off debugging for interface state change messages

default None.

example To set a debug keepalive process on all tunnels, enter:

Router/debug/ip# tunnel keepalive

To debug all traffic on all tunnels, enter:

Router/debug/ip# tunnel all



related commands debug ip arp, debug ip dhcp, debug ip ssh, debug ip statistics, debug ip vrrp





4.64 debug ip vrrp This command accesses next-level commands for enabling or disabling VRRP debug commands.

syntax vrrp <all | error | events | packet | state>

default None.

example

Router/debug/ip# vrrp all

related commands debug ip vrrp all, debug ip vrrp error, debug ip vrrp events, debug ip vrrp packet, debug ip vrrp state





4.65 debug ip vrrp all This command enables or disables all VRRP debug messages.

syntax vrrp all

default None.

example

Router/debug/ip# vrrp all

related commands debug ip vrrp error, debug ip vrrp events, debug ip vrrp packet, debug ip vrrp state





4.66 debug ip vrrp error This command enables or disables all VRRP error debug messages.

syntax vrrp error

default None.

example

Router/debug/ip# vrrp error

related commands debug ip vrrp all, debug ip vrrp events, debug ip vrrp packet, debug ip vrrp state





4.67 debug ip vrrp events This command enables or disables all VRRP events debug messages.

syntax vrrp events

default None.

example Router/debug/ip# vrrp events

related commands debug ip vrrp all, debug ip vrrp error, debug ip vrrp packet, debug ip vrrp state





4.68 debug ip vrrp packet This command enables or disables all VRRP packet debug messages.

syntax vrrp packet <all | arp | send | recv>


all All packets

arp ARP packets

send Sent packets

recv Received packets

default None.

example

Router/debug/ip# vrrp packet all

related commands debug ip vrrp all, debug ip vrrp error, debug ip vrrp events, debug ip vrrp state





4.69 debug ip vrrp state This command enables or disables VRRP state transition debug commands.

syntax vrrp state

default None.

example

Router/debug/ip# vrrp state

related commands debug ip vrrp all, debug ip vrrp error, debug ip vrrp events, debug ip vrrp packet





4.70 debug ipv6 dad Use this command to enable DAD debug levels.

syntax debug ipv6 dad <error | trace> no debug ipv6 dad <error | trace>


error Enable error messages.

trace Enable DAD trace.

default None.

example

Router# debug ipv6 dad error Router# no debug ipv6 dad error


applicable models/versions All models/SNOS v2.0 or higher.

command modes Router/debug/ipv6



4.71 debug ipv6 nd Use this command to enable ND debug levels.

syntax debug ipv6 nd <error | trace> no debug ipv6 nd <error | trace>


Error Enable error messages.

trace Enable ND trace.

default None.

example

Router# debug ipv6 nd error Router# no debug ipv6 nd error






4.72 debug ipv6 rtadv Use this command to enable RTADV debug levels.

syntax debug ipv6 rtadv <error | trace> no debug ipv6 rtadv <error | trace>


error Enable error messages.

trace Enable RTADV trace.

default None.

example

Router# debug ipv6 rtadv error Router# no debug ipv6 rtadv error






4.73 debug ipv6 statistics This command accesses next-level commands for showing various kinds of IPv6 related debug statistics.

syntax debug ipv6 statistics < icmpshow | ipmuxclear | ipmuxshow | ipshow | tcpshow | udpshow> no debug ipv6 statistics < icmpshow | ipmuxclear | ipmuxshow | ipshow | tcpshow | udpshow>

default None.

example

Router# debug ipv6 statistics icmpshow

related commands debug ipv6 statistics icmpshow debug ipv6 statistics ipmuxclearshow debug ipv6 statistics ipmuxshow debug ipv6 statistics ipshow debug ipv6 statistics tcpshow debug ipv6 statistics udpshow





4.74 debug ipv6 statistics icmpshow This command displays the statistics related to ICMP packet flow.

syntax debug ipv6 statistics icmpshow no debug ipv6 statistics icmpshow

default None.

example

Router# debug ipv6 statistics icmpshow Router# no debug ipv6 statistics icmpshow






4.75 debug ipv6 statistics ipmuxclear This command clears IPMUX statistics.

syntax debug ipv6 statistics ipmuxclear no debug ipv6 statistics ipmuxclear

default None.

example

Router# debug ipv6 statistics ipmuxclear Router# no debug ipv6 statistics ipmuxclear






4.76 debug ipv6 statistics ipmuxshow This command displays IPMUX statistics.

syntax debug ipv6 statistics ipmuxshow <verbose> no debug ipv6 statistics ipmuxshow <vebose>


Verbose Enables verbose display mode.

default None.

example

Router# debug ipv6 statistics ipmuxshow Router# no debug ipv6 statistics ipmuxshow






4.77 debug ipv6 statistics ipshow This command displays the statistics related to IP packet flow.

syntax debug ipv6 statistics ipshow no debug ipv6 statistics ipshow

default None.

example

Router# debug ipv6 statistics ipshow Router# no debug ipv6 statistics ipshow






4.78 debug ipv6 statistics tcpshow This command displays the statistics related to TCP packet flow.

syntax debug ipv6 statistics tcpshow no debug ipv6 statistics tcpshow

default None.

example

Router# debug ipv6 statistics tcpshow Router# no debug ipv6 statistics tcpshow






4.79 debug ipv6 statistics udpshow This command displays the statistics related to UDP packet flow.

syntax debug ipv6 statistics udpshow no debug ipv6 statistics udpshow

default None.

example

Router# debug ipv6 statistics udpshow Router# no debug ipv6 statistics udpshow






4.80 debug ipv6 dhcps detail This command enables or disables all DHCPv6 server debug messages.

syntax [no] ipv6 dhcp detail

default None.

example

Router/debug# ipv6 dhcp detail Router/debug# no ipv6 dhcp detail

related commands debug ipv6 dhcp error, debug ipv6 dhcp info, debug ipv6 dhcp more, debug ipv6 dhcp warnings, show debug all





4.81 debug ipv6 dhcp error This command enables or disables DHCPv6 server error debug messages.

syntax [no] ipv6 dhcp error

default None.

example

Router/debug# ipv6 dhcp error Router/debug# no ipv6 dhcp error

related commands debug ipv6 dhcp detail, debug ipv6 dhcp info, debug ipv6 dhcp more, debug ipv6 dhcp warnings, show debug all





4.82 debug ipv6 dhcp info This command enables or disables debug information about all DHCPv6 information messages.

syntax [no] ipv6 dhcp info

default None.

example

Router/debug# ipv6 dhcp info Router/debug# no ipv6 dhcp info

related commands debug ipv6 dhcp detail, debug ipv6 dhcp error, debug ipv6 dhcp more, debug ipv6 dhcp warnings, show debug all





4.83 debug ipv6 dhcp more This command enables or disables debug information about DHCPv6 more debugging messages.

syntax [no] ipv6 dhcp more

default None.

example

Router/debug# ipv6 dhcp more Router/debug# no ipv6 dhcp more

related commands debug ipv6 dhcp detail, debug ipv6 dhcp error, debug ipv6 dhcp info, debug ipv6 dhcp warnings, show debug all





4.84 debug ipv6 dhcp warnings This command enables or disables debug information on all DHCPv6 warnings.

syntax [no] ipv6 dhcp warnings

example

Router/debug# ipv6 dhcp warnings Router/debug# no ipv6 dhcp warnigs

default None.

related commands debug ipv6 dhcp detail, debug ipv6 dhcp error, debug ipv6 dhcp info, debug ipv6 dhcp more, show debug all





4.85 debug isdn all Use this command to enable and disable all ISDN-related debugging functions such as debug cc, debug q931. You can check the enabled debug functions by using show debug isdn command.

syntax [no] all bundle-name<bundle_name> ‘no’ form of this command disable all ISDN-related debugging functions


bundle-name Specifies the bundle name.

default None.

example

Router# debug isdn Router/debug/isdn# all pri0

related commands debug isdn cc, debug isdn physical-layer

applicable models/versions Requires ISDN module.

command modes Router/debug/isdn



related commands debug isdn all, debug isdn physical-layer





4.87 debug isdn data-path Use this command to enable and disable ISDN data path debugging functions. After this debug function is enabled, all data-path messages for specified bundles are displayed

syntax [no] data-path bundle-name<bundle_name> ‘no’ form of this command disable data path debugging functions



default None.

example

Router/debug/isdn# data-path pri0 Set Req: ISDN configured for SapId(2). Set Req: Get free channel(00) for SapId(2). CHN(00) Setup Call: initiates the network for SapId(2). CH) The number of ... callednum[384020] callingnum[] for SapId(2). Data Request to Mac.: Link =2, Reason =0 Data Request to Mac.: Link =2, Reason =0 AnLiIntCnStInd: Network connection progress status indication for link suId(2) suInstId(16) spInstId(6) dChan(2) Ces(0), evntType (1). ==|Received connection progress status indication. CHN(00) CcNone: This function does no action. Data Request to Mac.: Link =2, Reason =0 Router/debug/isdn# no data-path pri0



related commands debug isdn all, debug isdn cc





4.88 debug isdn isdn-status Displays the BRI/PRI status information such as SAP ID, switch types and state of bearer channels.

syntax isdn-status bundle-name<bundle_name>



default None.

example

Router/debug/isdn# isdn-status bri0 LINKSPEC = 0/0/1 SAP ID = 5 INTERFACE = BRI SIDE = USR SWITCH TYPE = basic-5ess BCHN BSTATUS TYPE 01 ACTV DATA 02 FREE --

related commands debug isdn all, debug isdn q921Statistics, debug isdn q931Statistics





4.89 debug isdn active-NT Use this command to enable and disable [no] ISDN physical layer debugging functions.

syntax [no] physical-layer bundle-name <bundle_name> ‘no’ form of this command disable physical layer debugging functions



default None.

example

Router/debug/isdn# physical-layer bri0 Physical Layer Debugs are applicable to BRI Interfaces Only

related commands show isdn global, debug isdn all, debug isdn q921





4.90 debug isdn q921 Use this command to display data link layer (layer 2) messages that are taking place at the router on the D channel (LAPD) of its ISDN interface. This debug information does not include data transmitted over the B channels that are also part of the router’s ISDN interface. The peers (data link layer entities and layer management entities on the routers) communicate with each other via an ISDN switch over the D channel. ‘no’ form of this command disable Q.921 debugging functions

syntax [no] q921 bundle-name<bundle_name> ‘no’ form of this command disable Q.921 debugging functions



default None.

example

Router/debug/isdn# q921 pri0

related commands debug isdn all, debug isdn q931





4.91 debug isdn q921-timers Displays the BRI/PRI ISDN layer 2 time values

syntax q921-timer bundle-name<bundle_name>



default None.

example

Router/debug/isdn# q921-timers pri0

related commands debug isdn q931-timers, debug isdn q921





4.92 debug isdn q921Statistics Displays the BRI/PRI statistics information for each Q.921 tx/rx message.

syntax q921Statistics bundle-name<bundle_name>



default None.

example

Router/debug/isdn# q921Statistics pri0

related commands debug isdn all, debug isdn q931Statistics





4.93 debug isdn q931 Use this command to display information about call setup and teardown of ISDN network connections (layer 3) between the local router (user side) and the network. The debug information does not include data transmitted over the B channels, which are also part of the router’s ISDN interface. The peers (network layers) communicate with each other via an ISDN switch over the D channel ‘no’ form of this command disable Q.931 debugging functions

syntax [no] q931 bundle-name <bundle_name> ‘no’ form of this command disable Q.931 debugging functions



default None.

example

Router/debug/isdn# q931 pri0 -- 09:36:39 -- T --> N (Q931,2) -- MSG : SETUP MSGHDR : 08 02 00 01 05 BEAR CAP : 04 03 88 90 a2 CHAN IDN : 18 03 a9 83 81 CLED : 70 07 a1 33 38 34 30 32 30 -- 09:36:40 -- N --> T (Q931,2) -- MSG : CALL PROC MSGHDR : 08 02 80 01 02 CHAN IDN : 18 03 a9 83 81 -- 09:36:40 -- N --> T (Q931,2) -- MSG : ALERT MSGHDR : 08 02 80 01 01



-- 09:36:40 -- N --> T (Q931,2) -- MSG : CONNECT MSGHDR : 08 02 80 01 07 -- 09:36:40 -- T --> N (Q931,2) -- MSG : CONN ACK MSGHDR : 08 02 00 01 0f Router/debug/isdn# no q931 pri0

related commands debug isdn q931-timers, debug isdn q921, debug isdn cc





4.94 debug isdn q931-timers Displays the BRI/PRI ISDN layer 3 time values

syntax q931-timers bundle-name<bundle_name>



default None.

example

Router/debug/isdn# q931-timers pri0 ISDN Layer 3 Timer Values T303 = 4 Seconds T304 = 30 Seconds T305 = 30 Seconds T308 = Disabled T310 = 400 Seconds T313 = 4 Seconds T316 = 120 Seconds T319 = 4 Seconds T322 = 4 Seconds

related commands debug isdn all, debug isdn q931, debug isdn q921-timers





4.95 debug isdn q931Statistics Displays the BRI/PRI statistics information for each Q.931 tx/rx message.

syntax q931Statistics bundle-name <bundle_name>



default None.

example

Router/debug/isdn# q931Statistics pri0 Setup Tx : 60 Setup Ack Tx : 0 Alert Tx : 0 Call P Tx : 0 Conn Tx : 0 Con Ack Tx : 60 Prog Tx : 0 Disc Tx : 30 Rel Tx : 0 Rel Cmp Tx : 30 Stat Tx : 0 Stat Enq Tx : 0 Info Tx : 0 Stat Enq Tx : 0 Stat Enq Tx : 0 Setup Rx : 0 Setup AckRx : 0 Alert Rx : 60 Call P Rx : 60 Conn Rx : 60 Con Ack Rx : 0 Prog Rx : 0 Disc Rx : 0 Rel Rx : 30 Rel Cmp Rx : 0 Stat Rx : 0 Stat Enq Rx : 0 Info Rx : 0 Stat Enq Rx : 0 Stat Enq Rx : 0



related commands debug isdn all, debug isdn q921Statistics





4.96 debug isdn test-isdn-call Use this command to enable ISDN call set-up by making a test call.

syntax debug isdn test-isdn-call bundle-name <bundle_name>



default None.

example

Router/debug/isdn# test-isdn-call pri0

related commands debug isdn test-isdn-drop, debug isdn cc





4.97 debug isdn test-isdn-drop Use this command to enable ISDN call tear-down by releasing a test call.

syntax test-isdn-drop bundle-name <bundle_name>



default None.

example

Router/debug/isdn# test-isdn-drop pri0

related commands debug isdn test-isdn-call, debug isdn cc





4.98 debug lacp Use this command to debug LACP processes.

syntax lacp <all | cli | event | packet | sync | timer>


all Turns on or off all debugging

cli Turns on or off debugging for commands

event Turns on or off debugging for events

packet Turns on or off debugging for packets

sync Turn on or off cli-echo synchronization to console

timer Turns on or off debugging for timers


example

Router/debug# lacp all Router/debug# lacp packet

related commands show etherchannel show etherchanel detail





4.99 debug mstp Use this command to turn on, and turn off, debugging and echoing data to the console, at various levels. Use the no form of this command with this command, to turn off debugging.

syntax [no] mstp <all | cli | packet <rx | tx> | protocol detail | timer [detail]>


all Echoes all STP debugging levels to the console.

cli Echoes STP commands to the console.

protocol Echoes protocol changes to the console.

packet Echoes MSTP packets to the console.

timer Echoes timer start to the console.


example

Router/debug# mstp all Router/debug# stp cli Router/debug# mstp packet rx Router/debug# mstp protocol detail Router/debug# mstp timer






4.100 debug nsm events General comment: To be consistence with the convention, the debug CLI should be in debug mode already by enter debug. From then on, only CLI after debug keyword should be documented (See ‘clear counters’ in this document as example.) Use the debug NSM events command to specify the set of debug options for NSM daemon events.

syntax [no] nsm events

default None.

example

Router/debug# nsm events

related commands debug nsm kernel, show debug nsm





4.101 debug nsm kernel General comment: To be consistent with the convention, the debug CLI should be in debug mode already by enter debug. From then on, only CLI after debug keyword should be documented (See ‘clear counters’ in this document as example.) Use the debug NSM kernel command to specify the debug option-set for the NSM daemon routing manager between the kernel interface.

syntax [no] nsm kernel

default None.

example

Router/debug# nsm kernel

related commands show debug nsm





4.102 debug nsm mcast General comment: To be consistent with the convention, the debug CLI should be in debug mode already by entering debug. From then on, only the CLI after the debug keyword should be documented (See ‘clear counters’ in this document as example.) Use this command to debug events in the multicast RIB.

syntax [no] nsm mcast <all | fib-msg | mrt | register | stats | vif>


all Turns on or off all IPv4 multicast debugging.

fib-msg Turns on or off debugging for multicast FIB messages.

mrt Turns on or off debugging for multicast routes.

register Turns on or off debugging for multicast PIM register messages.

stats Turn on or off debugging for multicast statistics

vif Turns on or off debugging for multicast interface

default None.

example

Router/debug# nsm mcast register

related commands debug nsm mscast fib-msg, debug nsm mcast mrt, debug nsm mcast stats, debug nsm mcast vif





4.103 debug nsm mcast6 General comment: To be consistent with the convention, the debug CLI should be in debug mode already by entering debug. From then on, only the CLI after the debug keyword should be documented (See ‘clear counters’ in this document as example.) Use this command to debug events in the multicast RIBv6.

syntax [no] nsm mcast6 <all | fib-msg | mrt | register | stats | vif>


all Turns on or off all IPv4 multicast debugging.

fib-msg Turns on or off debugging for multicast FIB messages.

mrt Turns on or off debugging for multicast routes.

register Turns on or off debugging for multicast PIM register messages.

stats Turns on or off debugging for multicast statistics.

vif Turns on or off debugging for multicast interface.

default None.

example Router/debug# nsm mcast6 register

related commands debug nsm mscast6 fib-msg, debug nsm mcast6 mrt, debug nsm mcast6 stats, debug nsm mcast6 vif





4.104 debug nsm packet General comment: To be consistent with the convention, the debug CLI should be in debug mode already by entering debug. From then on, only the CLI after the debug keyword should be documented (See ‘clear counters’ in this document as example.) Use this command to debug packets between NSM and other protocol daemons.

syntax [no] nsm packet <recv|send>


recvl Turns on or off debugging the packets which NSM receives.

send Turns on or off debugging the packets which NSM sends.

default None.

example

Router/debug# nsm packet recv






4.105 debug ntclk This command accesses next-level network clocking debug command.

syntax ntclk

default None.

example

Router/debug# ntclk

related commands show network-clocks





4.106 debug ntclk debug_info This command shows the device configuration for clocking.

syntax debug_info

default None.

example

Router/debug/ntclk# debug_info

related commands show network-clocks


command modes Router/debug/ntclk



4.107 debug nsm packet General comment: To be consistence with the convention, the debug CLI should be in debug mode already by enter debug. From then on, only CLI after debug keyword should be documented (See ‘clear counters’ in this document as example.) Use the debug NSM packet command to specify the debug option-set for the NSM packet.

syntax [no] nsm packet [detail | <recv|send> [detail]]


recv Specifies the debug option-set for receive packet.

send Specifies the debug option-set for send packet.

detail Sets the debug option set to detailed information.

default None.

example

Router/debug# nsm packet Router/debug# nsm packet detail Router/debug# nsm packet recv detail

related commands show debug nsm





4.108 debug ospf syntax ospf <Ifsm | nfsm | packet >


ifsm Specifies debug ospf interface state machine

nfsm Specifies debug ospf neighbor state machine

packet Specifies debug ospf packets

default None.

example

Router/debug# ospf packet Router/debug# ospf ifsm Router/debug# ospf nfsm






4.109 debug ipv6 ospf syntax ospf < Ifsm | nfsm | packet >


ifsm Specifies debug ospf interface state machine

nfsm Specifies debug ospf neighbor state machine

packet Specifies debug ospf packets

default None.

example

Router/debug# ospf ifsm Router/debug# ospf nfsm Router/debug# ospf packet






4.110 debug pim all Use this command to activate/de-activate all PIM-SM debugging.

syntax [no] pim all


example

Router/debug# pim all

related commands show debug pim sparse-mode





4.111 debug pim sparse-mode events Use this command to activate/de-activate debug printing of events.

syntax [no] pim sparse-mode events

example

Router/debug# pim sparse-mode events







4.112 debug pim sparse-mode mfc Use this command to activate/de-activate debug printing of MFC (Multicast Forwarding Cache in kernel) add/delete/updates.

syntax [no] pim sparse-mode mfc


example

Router/debug# pim sparse-mode mfc






4.113 debug pim sparse-mode mib Use this command to activate/de-activate debug printing of PIM-SM MIBs.

syntax [no] pim sparse-mode mib


example

Router/debug# pim sparse-mode mib






4.114 debug pim sparse-mode packet Use this command to activate/de-activate debug printing of incoming and/or outgoing packets.

syntax [no] pim sparse-mode packet <in|out>


in Specifies incoming packet debugging.

out Specifies outgoing packet debugging.


example

Router/debug# pim sparse-mode packet in






4.115 debug pim sparse-mode timer Use this command to enable the PIM-SM assert timers debugging. Use the no form of this command with this command to disable the PIM-SM assert timers debugging.

syntax [no] pim sparse-mode timer [assert]


assert Turns on or off PIM-SM assert timer at.


example

Router/debug# pim sparse-mode timer assert at

related commands show debug pim sparse-mode, debug pim sparse-mode state, debug pim sparse-mode events, debug pim sparse-mode mfc, debug pim sparse-mode packet





4.116 debug pim sparse-mode timer Use this command to enable the PIM-SM BSR timer’s debugging. Use the no form of this command with this command to disable the PIM-SM BSR timer’s debugging.

syntax [no] pim sparse-mode timer [bsr] <bst|crp>


bst Turn on or off Boot-strap debugging timer.

crp Turn on or off Candidate-RP debugging timer.


example

Router/debug# pim sparse-mode timer bsr bst






4.117 debug pim sparse-mode timer Use this command to enable the PIM-SM Hello timer’s debugging. Use the no form of this command with this command to disable the PIM-SM Hello timer’s debugging.

syntax [no] pim sparse-mode timer [hello] [ht|nlt|tht]


nt Turn on or off PIM-SM Hello timer: Hello Timer-ht

nlt Turn on or off PIM-SM Hello timer: Neighbor Liveness Timer-nlt

tht Turn on or off PIM-SM Hello timer: Triggered Hello Timer-tht


example

Router/debug# pim sparse-mode timer hello ht






4.118 debug pim sparse-mode timer joinprune

Use this command to enable the PIM-SM JoinPrune timer’s debugging. Use the no form of this command with this command to disable the PIM-SM JoinPrune timer’s debugging.

syntax [no] pim sparse-mode timer [joinprune] [jt|et|ppt|kat|ot]


jt Turn on or off PIM-SM JoinPrune timer: upstream Join Timer-jt

et Turn on or off PIM-SM JoinPrune timer: Expiry Timer-et

ppt Turn on or off PIM-SM JoinPrune timer: PrunePending Timer-ppt

kat Turn on or off PIM-SM JoinPrune timer: KeepAlive Timer-kat

ot Turn on or off PIM-SM JoinPrune timer: Upstream Override Timer-ot


example

Router/debug# pim sparse-mode timer joinprune et






4.119 debug pim sparse-mode timer er Use this command to enable the PIM-SM register timer’s debugging. Use the no form of this command with this command to disable the PIM-SM register timer’s debugging.

syntax [no] pim sparse-mode timer register [rst]


rst Turn on or off PIM-SM Register timer: Register Stop Timer-rst


example

Router/debug# pim sparse-mode timer register






4.120 debug ppp This command accesses next-level commands to enable or disable PPP debug messages. Next-level commands include bcp, ipcp, lcp, mlpinfo, negotiation and pppstates.

syntax ppp

default None.

example

Router/debug# ppp

related commands debug ppp bcp, debug ppp ipcp, debug ppp lcp, debug ppp mlpinfo, debug ppp negotiation and debug ppp pppstates.





4.121 debug ppp aaa This command shows ppp aaa debug information.

syntax ppp aaa

default None.

example

Router/debug# ppp aaa






4.122 debug ppp bcp This command shows BCP debug information.

syntax ppp bcp

default None.

example

Router/debug# ppp bcp

related commands debug ppp ipcp, debug ppp lcp, debug ppp mlpinfo, debug ppp negotiation and debug ppp pppstates.





4.123 debug ppp chap This command shows chap debug information.

syntax ppp chap

default None.

example

Router/debug# ppp chap






4.124 debug ppp debug_link This command provides the ability to enable link level debugging on a per-link basis when multiple PPP/MLPPP bundles are configured.

This command will only work for LCP and only one link can be debugged at any given time. Enabling the link level debug of a PPP/MLPPP bundle is a three-step process:

1) Find the link number of the link that you want to debug. To find the link, issue the debug ppp pppstates command specifying the bundle name.

host/debug> ppp pppstates wan2

link LCP State Link No ------------------- t1 3 S6 (St_ReqSent) 0x00010001 t1 4 S6 (St_ReqSent) 0x00010002

IPCP State: S0 (St_Initial)

BCP State: S0 (St_Initial)

2. Enable the link level debug using the link number obtained in step 1. Enabling link level debug only sets the link to be debugged and will not enable ppp level debugging. To set the link debug, issue the debug pppdebug_link command specifying the link number obtained in step 1.

3. Enable lcp debug for PPP/MLPPP. Issue the debug ppp lcp command. This step is required to see any output on the screen.



syntax [no] ppp debug_link link-num <n>


link-num Link number in hexadecimal (no 0x prefix)

default None.

example

Router/debug# ppp debug_link 00010001






4.125 debug ppp ipcp This command shows debug for NCP (Network Control Protocol) which includes IPCP (Internet Protocol Control Protocol).

syntax ppp ipcp

default None.

example

Router/debug# ppp ipcp

related commands debug ppp bcp, debug ppp lcp, debug ppp mlpinfo, debug ppp negotiation and debug ppp pppstates.





4.126 debug ppp l2vpn This command shows l2vpn debug information.

syntax ppp l2vpn

default None.

example

Router/debug# ppp l2vpn






4.127 debug ppp lcp This command shows LCP debug information.

syntax ppp lcp

default None.

example Router/debug# ppp lcp WARNING! Enabling PPP Debug can impair system performance Do you want to continue?(Y/N) Lcp debug enabled vxTarget# LcpSer:link:0xff060020 LCPEvent:RXR @S9(St_Opened) -> S9(St_Opened) LcpSer:link:0xff030000 LCPEvent:RXR @S9(St_Opened) -> S9(St_Opened) I LCP Configure Request received on link ff020000: dumping PPP packet mp = 0x2dc42fb0: 0x1 0x2f 0x0 0x23 0x1 0x4 0x11 0x76 0x3 0x5 0xc2 0x23 0x5 0x5 0x6 0x1b 0x10 0x 0x4e 0x11 0x4 0x5 0xdc 0x13 0xc 0x1 0x63 0x69 0x73 0x63 0x6f 0x33 0x38 0x34 0 5 ----------------- I LcpConverge(l:0xff020000,ev:RCR+):MRU: 4470 bytes requested *** I LcpConverge(l:0xff020000,ev:RCR+): setting MRU: 4470 bytes I LcpConverge(MAGIC): Peer magic # 1B10CF4E. I LcpConverge(l:0xff020000,ev:RCR+):MRRU: 1500 bytes requested *** I MLP not configured: rejecting EPD LcpScn:link:0xff020000 LCPEvent:RCR_ @S6(St_ReqSent) -> S6(St_ReqSent) O Options Sent: Type:3 flag:4 Type:11 flag:4 Type:13 flag:4 O Options Sent: Type:3 flag:4 Type:11 flag:4 Type:13 flag:4 I LCP Configure Request received on link ff020000: dumping PPP packet mp = 0x2db9ed20: 0x1 0x30 0x0 0x13 0x1 0x4 0x11 0x76 0x3 0x5 0xc2 0x23 0x5 0x5 0x6 0x1b 0x10 0x 0x4e ----------------- I LcpConverge(l:0xff020000,ev:RCR



related commands debug ppp bcp, debug ppp ipcp, debug ppp mlpinfo, debug ppp negotiation, debug ppp pppstates





4.128 debug ppp lfi This command shows LFI debug information.

syntax ppp lfi

default None.

example

Router/debug# ppp lfi






4.129 debug ppp mlpinfo This command enables or display MLPPP information.

syntax ppp mlpinfo bundle-name <name>


bundle-name Specifies bundle name

default None.

example

Router/debug# ppp mlpinfo northwest

related commands debug ppp bcp, debug ppp ipcp, debug ppp icp, debug ppp negotiation.





4.130 debug ppp negotiation This command shows PPP the debug information associated with PPP negotiation (LCP/IPCP/BCP) which include LCP, IPCP and BCP bundle.

syntax ppp negotiation

default None.

example Router/debug# ppp negotiation WARNING! Enabling PPP Debug can impair system performance Do you want to continue?(Y/N) Lcp debug enabled vxTarget# LcpSer:link:0xff060020 LCPEvent:RXR @S9(St_Opened) -> S9(St_Opened) LcpSer:link:0xff030000 LCPEvent:RXR @S9(St_Opened) -> S9(St_Opened) I LCP Configure Request received on link ff020000: dumping PPP packet mp = 0x2dc42fb0: 0x1 0x2f 0x0 0x23 0x1 0x4 0x11 0x76 0x3 0x5 0xc2 0x23 0x5 0x5 0x6 0x1b 0x10 0x 0x4e 0x11 0x4 0x5 0xdc 0x13 0xc 0x1 0x63 0x69 0x73 0x63 0x6f 0x33 0x38 0x34 0 5 ----------------- I LcpConverge(l:0xff020000,ev:RCR+):MRU: 4470 bytes requested *** I LcpConverge(l:0xff020000,ev:RCR+): setting MRU: 4470 bytes I LcpConverge(MAGIC): Peer magic # 1B10CF4E. I LcpConverge(l:0xff020000,ev:RCR+):MRRU: 1500 bytes requested *** I MLP not configured: rejecting EPD LcpScn:link:0xff020000 LCPEvent:RCR_ @S6(St_ReqSent) -> S6(St_ReqSent) O Options Sent: Type:3 flag:4 Type:11 flag:4 Type:13 flag:4 O Options Sent: Type:3 flag:4 Type:11 flag:4 Type:13 flag:4 I LCP Configure Request received on link ff020000: dumping PPP packet mp = 0x2db9ed20: 0x1 0x30 0x0 0x13 0x1 0x4 0x11 0x76 0x3 0x5 0xc2 0x23 0x5 0x5 0x6 0x1b 0x10 0x 0x4e ----------------- I LcpConverge(l:0xff020000,ev:RCR



related commands debug ppp bcp, debug ppp ipcp, debug ppp icp, debug ppp pppstates





4.131 debug ppp pap This command shows pap debug information.

syntax ppp pap

default None.

example

Router/debug# ppp pap






4.132 debug ppp pppstates This command enables or disables PPP debug commands to show the PPP states of all links in the bundle.

syntax ppp pppstates if_name <name>


if_name Specifies bundle or pppofr name

default None.

example

Router/debug# ppp pppstates northwest

related commands debug ppp bcp, debug ppp ipcp, debug ppp icp, debug ppp negotiation.





4.133 debug qos This command accesses next-level commands for debugging QoS functionality.

syntax qos

default None.

example

Router/debug# qos

next-level commands

debug qos clear-buf-overruns, debug qos clear-sch-info, debug qos clear-upload-counters, debug qos hist-stats-upload-info, debug qos show-buf-mgmt-info, debug qos show-buf-overruns, debug qos show-class, debug qos show-intf-qos-info, debug qos show-red-info, debug qos show-sch-info, and debug qos show-sch-list

related commands show qos





4.134 debug qos clear-buf-overruns This command clears common stack buffer overrun counters.

syntax clear-buf-overruns

default None.

example

Router/debug/qos# clear-buf-overruns

related commands debug qos clear-sch-info, debug qos clear-upload-counters, debug qos hist-stats-upload-info, debug qos show-buf-overruns, debug qos show-intf-qos-info, debug qos show-sch-info, debug qos show-sch-list


command modes Router/debug/qos



4.135 debug qos clear-sch-info This command clears and resets scheduler debug information.

syntax clear-sch-info bundle_name [b_name]


bundle_name Bundle on which clears and resets scheduler debug information.

default None.

example

Router/debug/qos# clear-sch-info wan1

related commands debug qos clear-buf-overruns, debug qos clear-upload-counters, debug qos hist-stats-upload-info, debug qos show-buf-overruns, debug qos show-intf-qos-info, debug qos show-sch-info, and debug qos show-sch-list





4.136 debug qos clear-upload-counters This command clears debug statistics related to uploading of historical statistics.

syntax clear-upload-counters

default None.

example

Router/debug/qos# clear-upload-counters

related commands debug qos clear-buf-overruns, debug qos clear-sch-info, debug qos hist-stats-upload-info, debug qos show-buf-overruns, debug qos show-intf-qos-info, debug qos show-sch-info, and debug qos show-sch-list





4.137 debug qos hist-stats-upload-info This command shows debug information related to uploading of historical statistics.

syntax hist-stats-upload-info

default None.

example

Router/debug/qos# hist-stats-upload-info

related commands debug qos clear-buf-overruns, debug qos clear-sch-info, debug qos clear-upload-counters, debug qos show-buf-overruns, debug qos show-intf-qos-info, debug qos show-sch-info, and debug qos show-sch-list





4.138 debug qos show-buf-mgmt-info This command shows debug information about history statistics upload.

syntax show-buf-mgmt-info

default None.

example

router/debug/qos# show-buf-mgmt-info

related commands debug qos clear-buf-overruns, debug qos clear-sch-info, debug qos clear-upload-counters, debug qos show-buf-overruns, debug qos show-intf-qos-info, debug qos show-sch-info, and debug qos show-sch-list





4.139 debug qos show-buf-overruns This command shows receive buffer overruns of the LAN and WAN due to insufficient buffers on the common stack.

syntax show-buf-overruns

default None.

example

Router/debug/qos# show-buf-overruns

related commands debug qos clear-buf-overruns, debug qos clear-sch-info, debug qos clear-upload-counters, debug qos hist-stats-upload-info, debug qos show-intf-qos-info, debug qos show-sch-info, and debug qos show-sch-list





4.140 debug qos show-class This command shows detailed debug QoS information for a traffic class.

syntax show-class interface_type <ethernet|vlan|bundle|tunnel> interface_name <i_name> class class_name <c_name>


interface_type Interface type on which traffic class belongs.

interface_name Interface name on which traffic class belongs.

class_name Class name on which Interface type on which show detailed debug QoS information.

default None.

example

Router/debug/qos# show-class bundle wan1 class class1

related commands debug qos clear-buf-overruns, debug qos clear-sch-info, debug qos clear-upload-counters, debug qos hist-stats-upload-info, debug qos show-buf-overruns, debug qos show-sch-info, and debug qos show-sch-list





4.141 debug qos show-intf-qos-info This command shows debug QoS configuration information for the interface. It shows ‘root class’ information, the interface class list, and other details.

syntax show-intf-qos-info bundle_name <b_name> [pvc pvc_identifier <n>]


bundle_name Bundle on which show debug QoS configuration information.

pvc_identifier PVC on which show debug QoS configuration information.

default None.

example

Router/debug/qos# show-intf-qos-info wan1 pvc 100






4.142 debug qos show-red-info This command shows RED debug information for the specified unit number.

syntax show-red-info interface_unit_number <n>


Interface_unit_number Number of interface on which show RED debug information.

default None.

example

Router/debug/qos# show-red-info 2






4.143 debug qos show-sch-info This command shows scheduler debug information. It shows the number of times that the scheduler could not service the queues in time. (the maximum recorded time for one scheduler pass etc.)

syntax show-sch-info bundle_name [b_name]


bundle_name Bundle on which show scheduler debug information.

default None.

example

Router/debug/qos# show-sch-info wan1

related commands debug qos clear-buf-overruns, debug qos clear-sch-info, debug qos clear-upload-counters, debug qos hist-stats-upload-info, debug qos show-buf-overruns, debug qos show-intf-qos-info, and debug qos show-sch-list





4.144 debug qos show-sch-list This command shows the current snapshot of the scheduler list on the specified interface. It shows how the classes on an interface are placed in the scheduler list.

syntax show-sch-list bundle_name <b_name>


bundle_name Bundle on which show scheduler debug information.

default None.

example

Router/debug/qos# show-sch-list wan1

related commands debug qos clear-buf-overruns, debug qos clear-sch-info, debug qos clear-upload-counters, debug qos hist-stats-upload-info, debug qos show-buf-overruns, debug qos show-intf-qos-info, and debug qos show-sch-info





4.145 debug rip syntax rip [events | packet]


events Specifies debug rip events

packet Specifies debug rip packets

default None.

example

Router/debug# rip events Router/debug# rip packet






4.146 debug ipv6 rip Use this command to specify debugging options of RIPng events and RIPng packets.

syntax ipv6 rip [events | packet]


events RIPng events debug information is displayed.

packet Specifies RIPng packets only.

default None.

example

Router/debug# ipv6 rip events Router/debug# ipv6 rip packet






4.147 debug rtp This command accesses next-level commands to enable or disable RTP debug messages. Next-level commands include rxtable, statistics, tables, txtable.

syntax rtp

default None.

example

Router/debug# rtp

related commands debug rtp rxtable, debug rtp statistics, debug rtp tables, debug rtp txtable.





4.148 debug rtp rxtable This command displays receive table.

syntax rtp rxtable bundle_name <b-name> dlci dlci_number <n>


bundle_name Bundle on which display receive table.

dlci_number DLCI number of the PVC to be configured.

default None.

example

Router/debug# rtp txtable wan1

related commands debug rtp statistics, debug rtp tables, debug rtp txtable.





4.149 debug rtp statistics This command display the RTP statistics.

syntax rtp statistics bundle_name <b-name> dlci dlci_number <n>




default None.

example

Router/debug# rtp statistics wan1

related commands debug rtp rxtable, debug rtp tables, debug rtp txtable.





4.150 debug rtp tables This command display the transmit and receive table.

syntax rtp tables bundle_name <b-name> dlci dlci_number <n>




default None.

example Router/debug# rtp tables wan1

related commands debug rtp rxtable, debug rtp statistics, debug rtp txtable.





4.151 debug rtp txtable This command display transmit table.

syntax rtp txtables bundle_name <b-name> dlci dlci_number <n>




default None.

example

Router/debug# rtp txtable wan1

related commands debug rtp rxtable, debug rtp statistics, debug rtp tables.





4.152 debug ssl-vpn-app This command changes the trace/debug level setting for the applications running on SSL VPN card.

syntax ssl-vpn-app <applicaion_name> <debug_level>


application_name Name of the application { ssl-vpn-conf | ssl-vpn-resmon | ssl-vpn | ssl-vpn-httpd}

debug_level Debug level to be set {critical | error | warning | notify | trace | debug }

default None

example

Router/debug# ssl-vpn-app ssl-vpn-conf critical

related commands None





4.153 debug ssl-vpn-conf-mgr This command changes the debug level setting for the SSL VPN Configuration Manager module.

syntax ssl-vpn-conf-mgr <debug_level>


Debug_level Debug level to be set {critical | error | warning | notify | info | none }

default: None

example

Router/debug# ssl-vpn-conf-mgr critical






4.154 debug ssl-vpn-res-mgr This command changes the trace/debug level setting for the SSL VPN Resource Manager module. Using ‘debug’ option, debug level messages can be changed, while using ‘trace-hb-fsm’ option hearbeat trace level messages can be changed.

syntax ssl-vpn-res-mgr {debug <debug_level> | trace-hb-fsm <trace_level> }


debug_evel Debug level to be set {critical | error | warning | notify | info | none }

trace_level Trace level for HB fsm {critical | error | warning | notify | info | none }

default None

example

Router/debug# ssl-vpn-res-mgr error Router/debug# ssl-vpn-res-mgr trace-hb-fsm low


applicable models/versions All Models




4.155 debug ssl-vpn This command sets trace level for SSL VPN packets. It also sets packet limit for which trace messages need to be enabled. It also displays and clears the SSL VPN packet statistics.

syntax ssl-vpn {packet { level <trace_level> | limit <packet_limit> } | statistics { show | clear}}


trace_level Trace level setting for ssl-vpn packet trace. Trace levels that cabn be set are {error | info | none }

packet_limit Maximun number of packets to be traced set -1 for unlimited trace.(default = 100)

default None

example

Router/debug# ssl-vpn packet level error Router/debug# ssl-vpn packet limit 10 Router/debug# ssl-vpn packet statistics show Router/debug# ssl-vpn packet statistics clear






4.156 debug system This command accesses next-level commands to show system debug information.

syntax system


system Shows system debug commands

example

Router/debug# system

related commands debug system clear_crash_dump, debug system display_overwrite_crash_ dump, debug system show_crash, debug system cpu





4.157 debug system clear_crash_dump This command clears all crash dump information.

syntax clear_crash_dump


clear_crash_dump Clear all the crash dumps

example

Router/debug/system# clear_crash_dump

related commands debug system clear_dump, debug system display_overwrite_crash_dump, debug system show_crash


command modes Router/debug/system



4.158 debug system display_overwrite_crash_dump

This command shows the status of the overwrite crash dump.

syntax display_overwrite_crash_dump


display_overwrite_crash_dump Display the status of Overwrite crash dump

default None.

example

Router/debug/system# display_overwrite_crash_dump

related commands debug system clear_crash_dump, debug system overwrite_crash_dump, debug system show_crash





4.159 debug system ite_crash_dump This command over writes the crash dumps after a maximum of five dumps has been saved. The default is overwrite.

syntax [no] overwrite_crash_dump

default None.

example

To overwrite or wraparound crash dumps, enter: Router/debug/system# overwrite_crash_dump

related commands debug system clear_crash_dump, debug system display_overwrite_crash_ dump, debug system display_crash





4.160 debug system show_crash This command shows system crash information.

syntax show_crash

default None.

example

Router/debug/system# show_crash

related commands debug system clear_crash_dump, debug system display_overwrite_crash_dump





4.161 debug virtual-access Enables or disables virtual access debug commands.

syntax virtual-access [l2tp-server]

default None.

example

Router/debug# virtual-access

related commands show int virtual-access





4.162 debug virtual-access l2tp-server This command is used for enabling debugging of L2TP server on an iBG router. An iBG router can work as an LNS in a voluntary mode but it does not support LAC functionality. Specifically, since iBG routers do not support compulsory mode, they only work with a remote client directly. In addition, in iBG routers, an L2TP tunnel always shoul be encapsulated in IPSec. That is, iBG routers only support L2TP over IPSec. Thus, it is strongly recommended to debug L2TP and IPSec/IKE simultaneously.

syntax virtual-access l2tp-server

default None.

example

Router/debug# virtual-access l2tp-server

Trace enabled for IPSL2TP, ppp, DIM, PID, RADIUS, userdb, L2TP, L2TPCD, and L2TP Driver Also consider using `debug crypto ike` and `debug crypto ipsec all` vxTarget# SECURITY: PPP. CHAP Pkt(IN): Response id=0x1 <bc306ade7b54671d1993860e6816 SECURITY: 113d>, name ="[email protected]" SECURITY: PPP. Lcp Pkt(IN): EchoReq id=0x3 00 00 0a a6 SECURITY: PPP. Lcp Pkt(OUT): EchoRep id=0x3 00 00 1d 9a n SECURITY: PPP. CHAP Pkt(IN): Response id=0x1 <bc306ade7b54671d1993860e6816



SECURITY: 113d>, name ="[email protected]" o debug virtual-access SECURITY: PPP. CHAP Pkt(IN): Response id=0x1 <bc306ade7b54671d1993860e6816 SECURITY: 113d>, name ="[email protected]"

related commands debug virtual-access l2tp-server, debug virtual-access ppp, debug crypto ike, debug crypto ipsec, show int virtual-acces l2tp-server





4.163 debug virtual-access ppp This command is used to verify PPP configuration. If debugging on, control packets, LCP, IPCP and so on, and data packets will be shown for PPP connection. But, debugging on for data packets will impair network performance if there is enough traffic on this connection.

syntax virtual-access ppp [all|control|data]

default None.

example

Router/debug# virtual-access ppp control

related commands debug virtual-access l2tp-server, debug virtual-access pppoe, show int virtual-acces l2tp-server





4.164 debug virtual-access pppoe This command is used to verify PPPoE configuration. If debugging on, control packets, PADI, PADO, PADR, PADS, PADT, and data packets will be shown for PPPoE connection. But, debugging on for data packets will impair network performance if there is enough traffic on this connection.

syntax virtual-access pppoe [all|control|data]

default None.

example Router/debug# virtual-access pppoe control

related commands debug virtual-access ppp, show interface virtual-access, show interface virtual-accesses





4.165 debug aaa This command is used to verify AAA operation. If debugging on, operation flows will be shown for the given AAA configuration.

syntax aaa

default None.

example Router/debug# aaa

related commands show debug aaa






5.1 show aaa accounting commands Use this command to display the configured accounting lists for commands.

syntax show aaa accounting commands

default None.

example

Router# show aaa accounting commands

related commands show aaa accounting commands, show aaa accounting exec, show aaa accounting network, show aaa accounting system


command modes Router



5.2 show aaa accounting exec Use this command to display the configured accounting lists for EXEC sessions

syntax show aaa accounting exec

default None.

example

Router# show aaa accounting exec






5.3 show aaa accounting network Use this command to display the configured accounting lists for network usage.

syntax show aaa accounting network

default None.

example Router# show aaa accounting network






5.4 show aaa accounting system Use this command to display the configured accounting lists for system events.

syntax show aaa accounting system

default None.

example Router# show aaa accounting system






5.5 show aaa accounting update Use this command to display the configured update scheme for network accounting.

syntax show aaa accounting update

default None.

example

Router# show aaa accounting update






5.6 show aaa active-dir This command shows configured active-dir information.

syntax show aaa active-dir

default None

example

Router# show aaa active-dir ACTIVE-DIRECTORY CLIENT CONFIGURATION --------------------------------------------- AD Server IP : 30.30.30.30 AD Realm : test.com AD Home Directory Path : not Configured

related commands show aaa authentication, show aaa accounting, show aaa authorization, show aaa interface, show aaa tacacs, show aaa status


command modes global



5.7 show aaa authentication login Use this command to show the list names and the login methods that are configured in the box.

syntax show aaa authentication login

default None.

example

Router# show aaa authentication login Login List Name Login Methods Order default tacacs wan1 radius/local ethernet 0/0 tacacs/radius/local console tacacs/local/none

related commands show aaa authentication protocols





5.8 show aaa authentication protocols Use this command to display the configured authentication protocol lists.

syntax show aaa authentication protocols

default None.

example

Router# show aaa authentication protocols Protocol List Name Protocols Order default NOT CONFIGURED list1 ascii list2 pap aspap ascii pap radtac pap ascii pap pap

related commands show aaa authentication login, show aaa authentication protocols





5.9 show aaa authorization Use this command to display the configured authorization lists for commands.

syntax show aaa authorization commands

default None.

example

Router# show aaa authorization commands

related commands show aaa authentication, show aaa accounting





5.10 show aaa ldap This command shows configured ldap-conf information.

syntax show aaa ldap

default None

example

Router# show aaa ldap LDAP Server CONFIGURATION -----------------------------------------------

LDAP Server IP : 30.30.30.30 LDAP Base Dn : test.com






5.11 show aaa interface Use this command to display information about aaa configurations for the specified interface.

syntax show aaa interface <bundle bundle-name <b_name> | console | ethernet slot/port <n/n> | vlan vlan-name <v name>>


bundle-name To display bundle interface AAA lists

console To display console interface AAA lists

ethernet To display ethernet interface AAA lists

vlan To display vlan interface AAA lists (for SNOS v2.0 or higher)

default None.

example

Router# show aaa interface bundle Dallas

related commands show aaa interface bundle, show aaa interface console, show aaa interface ethernet, show aaa interface vlan





5.12 show aaa ntlm-conf This command shows configured ntlm-conf information.

syntax show aaa ntlm-conf

default None

example

Router# show aaa ntlm-conf NTLM CONFIGURATION ----------------------------------------------- NTLM server: 30.30.30.30 NTLM domain name: test.com CIFS path: \\shared_folder






5.13 show aaa radius This command shows configured RADIUS information.

syntax show aaa radius

default None.

example Router# show aaa radius RADIUS CLIENT CONFIGURATION ----------------------------- Source address : 0.0.0.0 Primary server : 90.90.90.50 Secondary server : 0.0.0.0 Authentication port : 1812 Accounting port : 1813 Shared secret : default1234567890 Timeout in seconds : 8 Maximum retries : 3






5.14 show aaa status Use this command to see if AAA is enabled.

syntax show aaa status

default None.

example

Router# show aaa status AAA is ENABLED

related commands show aaa radius, show aaa authentication, show aaa accounting, show aaa authorization, show aaa interface, show aaa tacacs





5.15 show aaa tacacs Use this command to show Tacacs+ client configuration.

syntax show aaa tacacs

default None.

example Router# show aaa tacacs TACACS+ CLIENT CONFIGURATION ------------------------------ Primary server : 90.90.90.50 Secondary server : 0.0.0.0 Server port : 49 Timeout in seconds : 8 Maximum retries : 3 Shared Key : 12345677

related commands show aaa radius, show aaa authentication, show aaa accounting, show aaa authorization, show aaa interface, show aaa status





5.16 show aaa sessions Use this command to show aaa login session information.

syntax show aaa sessions

default None.

example

Router# show aaa sessions

The active AAA login session details

====================================================================

[ 1] User : iampap Auth Method : radius IP : 90.90.90.240

Auth/Acct Reqs : 5 Auth/Acct Resps : 5

Acct Start Time : 342402 [sec]

Acct Session Id : 236907 / 236908

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

[ 2] User : samsung Auth Method : radius IP : 90.90.90.240



Acct Session Id : 190187 / 190188

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

[ 3] User : samsung Auth Method : local IP : console



Acct Session Id : - / -

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

[ 4] User : iampap Auth Method : tacacs IP : 10.1.1.100



Acct Session Id : 26632 / -

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



related commands show aaa radius, show aaa authentication, show aaa accounting, show aaa authorization, show aaa interface, show aaa status





5.17 show adsl status Use this command to display the status of ADSL management.

syntax show adsl status

default: None.

example

Router# show adsl status +-------------------------------------------------------+ Module must have an image [1.0.0.A] +-------------------------------------------------------+ ADSL Module Status Connected Status Image Version ======================================================== 0/3 Success [Ethernet 0/1] [1.0.0.A] ========================================================

related commands configure ethernet connect-dsl





5.18 show adsl oam_loopback This command shows the result of F5 OAM loopback.

syntax show adsl oam_loopback port_num < slot/sub_slot/port > vpi <n> vci <n>


port_num Port number of ADSL link.

vpi Virtual path identifier, the range is from 0 to 127.

vci Virtual channel identifier, the range is from 1 to 65534.

example

Router# show adsl oam_loopback 0/0/0 0 35 +------------------------------------------+ VPI / VCI : 0 / 35 Tx Cells : 5 Rx Cells : 0 Not Rx Cells : 5 +------------------------------------------+ Max Response Time : 0.000000 s Min Response Time : 0.000000 s Avr Response Time : 0.000000 s +------------------------------------------+

related commands configure module adsl pvc, show module configuration adsl, configure module adsl oam_loopback





5.19 show adsl pvcs Use this command to display ATM PVC settings on the ADSL link.

syntax show adsl pvcs port_num < slot/sub_slot/port >



default: None.

example

Router# show adsl pvcs 0/3/0 ADSL PVC Configuration +-------------------------+ VPI VCI Encap =========================== 0 35 LLC/SNAP ===========================

related commands configure module adsl pvc





5.20 show adsl vcstats Use this command to display the statistics of the ATM PVC in the ADSL module.

syntax show adsl vc_count port_num < slot/sub_slot/port > vpi <n> vci <n>


port_num Port number of ADSL module.

vpi Virtual path identifier, the range is from 0 to127.

vci Virtual channel identifier, the range is from 1 to 65534.

default: None.

example

Router# show adsl vcstats 0/3/0 0 35 ADSL PVC Statistics Tx Rx ============================================== VPI/VCI : 0/35 +--------------------------------------------+ Tx/Rx Packets : 33 0 Tx/Rx Errors : 0 0 Tx/Rx Drops : 0 0 Tx/Rx Bytes : 2343 0 ==============================================

related commands configure module adsl pvc





5.21 show arp This command shows the current Address Resolution Protocol (ARP) table.

syntax show arp


arp Display current arp information

default None.

example

Router# show arp

related commands show arp_timeout, clear arp, debug ip arp





5.22 show arp_timeout This command shows the configured value for the ARP timeout period.

syntax show arp_timeout


arp_timeout Show arp timeout in seconds

example

Router# show arp_timeout

related commands show arp





5.23 show aux This command shows settings of the Auxiliary port, such as baud rate, parity data bits, stop bits, flow control, service.

syntax show aux

default None.

example

Router# show aux baud rate : 19200 parity : none stop bits : 1 data bits : 8 flow control : none reverse telnet port : 2001 running service : none no modem initialization

related commands configure aux baud_rate, configure aux parity, configure aux data_bits, configure aux stop_bits, configure aux flow_control, configure aux reverse _telnet_port, configure aux service, configure aux init_modem





5.24 show bgp Use this command to display BGP network information.

syntax bgp A.B.C.D/M bgp AFI PREFIX A.B.C.D/M


A.B.C.D IP prefix address

M Subnet Mask Length

AFI ipv4|ipv6 Specifies the address family. The type of address family determines the routing table that is displayed.

PREFIX unicast|multicast

default None.

example Router/show# bgp ipv6 multicast 3ffe::8/8

related commands clear ip bgp, debug bgp

applicable models/versions iBG2016 and iBG3026/SNOS v2.0 or higher.

command modes Router/show



5.25 show bgp community Use this command to show routes matching the communities.

syntax bgp community [community-number <AA:NN> [[exact-match] | [local-AS] | [no-advertise] | [no-export]] | [local-AS] | [no-advertise] | [no-export]] bgp AFI PREFIX community [community-number <AA:NN> [[exact-match] | [local-AS] | [no-advertise] | [no-export]] | [local-AS] | [no-advertise] | [no-export]]


community-number Community number in AA:NN format.

exact-match Exact match of the communities.

local-as Do not send outside local AS (well-known community).

no-advertise Do not advertise to any peer (well-known community).

no-export Do not export to next AS (well-known community).

AFI IPv4|IPv6 Specifies the address family. The type of address family determines the displayed routing table.

PREFIX unicast|multicast.

default None.

example

Router/show# bgp ipv6 unicast community 10:23 exact-match






5.26 show bgp community-list Use this command to show routes that match the community-list.

syntax bgp community-list LISTNAME <cl_name> [exact-match] bgp AFI PREFIX community-list LISTNAME <cl_name> [exact-match]


LISTNAME Community-list name

exact-match Exact match of the communities

AFI IPv4|IPv6 specifies the address family. The type of address family determines the routing table that is displayed.


default None.

example

Router/show# bgp ipv6 unicast community-list mylist exact-match






5.27 show bgp dampening Use this command to show detailed information about dampening.

syntax bgp dampening <dampened-paths | flap-statistics | parameters> bgp AFI PREFIX dampening <dampened-paths | flap-statistics | parameters>


dampened-paths Displays paths suppressed due to dampening.

flap-statistics Displays flap statistics of routes.

parameters Displays details of configured dampening parameters.



default None.

example

Router/show# bgp dampening p Router/show# bgp dampening dampened-paths Router/show# bgp ipv6 unicast dampening dampened-paths

related commands clear ip bgp dampening, debug bgp dampening





5.28 show bgp filter-list Use this command to show routes conforming to the filter-list.

syntax bgp filter-list LISTNAME <acl_name> bgp AFI REFIX filter-list LISTNAME <acl_name>


LISTNAME Regular expression access list name.



default None.

example

Router/show# bgp filter-list mylist Router/show# bgp ipv6 unicast filter-list mylist

related commands debug bgp filters





5.29 show bgp inconsistent-as Use this command to show routes with inconsistent AS Paths.

syntax bgp inconsistent-as bgp AFI PREFIX inconsistent-as




default None.

example

Router/show# bgp inconsistent-as Router/show# bgp ipv6 unicast inconsistent-as

related commands clear ip bgp, debug bgp filters





5.30 show bgp neighbors Use this command to show detailed information on BGP neighbor connections.

syntax bgp neighbors [A.B.C.D] [advertised-routes | received-routes | routes] bgp AFI PREFIX neighbors [A.B.C.D] [advertised-routes | received-routes | routes]


A.B.C.D IP address of neighbor to display information about

advertised-routes The routes advertised to a BGP neighbor

received-routes The received routes from neighbor

routes Routes learned from neighbor



default None.

example

Router/show# bgp neighbors 1.2.3.4 Router/show# bgp ipv6 unicast neighbors 3ff3::1






5.31 show bgp paths Use this command to show BGP path information.

syntax show bgp paths show bgp AFI PREFIX paths




default None.

example

Router/show# bgp paths Router/show# bgp ipv6 unicast paths






5.32 show bgp prefix-list Use this command to show routes matching the prefix-list.

syntax bgp prefix-list LISTNAME <ip_p_name> bgp AFI PREFIX prefix-list LISTNAME <ip_p_name>


LISTNAME IP prefix-list name



default None.

example show bgp prefix-list

example

Router/show# bgp prefix-list mylist Router/show# bgp ipv6 unicast prefix-list mylist

related commands show bgp quote-regexp





5.33 show bgp quote-regexp Use this command to show routes matching the AS path regular expression as a quoted string.

syntax bgp quote-regexp quoted-string <quoted_string> bgp AFI PREFIX quote-regexp quoted-string <quoted_string>


quoted-string Displays routes matching the AS path regular expression (quoted string)



default None.

example

Router/show# bgp quote-regexp “IPI” Router/show# bgp ipv6 unicast quote-regexp “IPI”

related commands show bgp paths





5.34 show bgp regexp Use this command to show routes matching the AS path regular expression.

syntax bgp regexp .LINE <r_expression> bgp AFI PREFIX regexp .LINE <r_expression>


LINE A regular-expression to match the BGP AS paths.



default None.

example

Router/show# bgp regexp myexpression Router/show# bgp ipv6 unicast regexp myexpression






5.35 show bgp route-map Use this command to show routes that match the specified route-map.

syntax show bgp route-map route_map <r_map> show bgp AFI PREFIX route-map route_map <r_map>


route_map A route-map to match



default None.

example

Router/show# bgp route-map IPI Router/show# bgp ipv6 unicast route-map IPI






5.36 show bgp summary Use this command to show a summary of BGP neighbor status.

syntax bgp summary bgp AFI PREFIX summary




default None.

example

Router/show# bgp summary Router/show# bgp ipv6 unicast summary






5.37 show boot_params This command shows parameters to be needed for booting the system. All information of the result of this command is same with ‘p’ command at Boot ROM monitor. The value of each parameters can be modified with using boot_params command at configure terminal mode.

syntax show boot_params


boot_params Display boot parameters

default None.

example

Router# show boot_params [00] Boot dev : ftp [01] Boot file name : ftpboot/iBG3026_Advanced_0_0_4.Z [02] Server name : nautilus [03] Server IP addreess : 90.90.90.240 [04] My IP addreess : 90.90.90.81 [05] My subnet mask : 255.255.255.0 [06] Gateway IP address : [07] User name : common [08] Password : cpasswd [09] Checksum enable [0:Disable,1:Enable]: 0 [10] Show header enable [0:Disable,1:Enable]: 0 [11] Save bootrom image [0:AutoUpdate,1:NormalBTupd,3:NoUpd]: 0 [12] Golden boot autosync [0 :Disable, 1 :Enable] : 0 [13] Save Diag Flag [0:Normal mode,1:Diag mode]: 0

*For iBG2016



example

Router# show boot_params [00] Boot dev : cf0 [01] Boot file name : ori_u1_lo.Z [02] Checksum enable [0:Disable,1:Enable]: 0 [03] Show header enable [0:Disable,1:Enable]: 0 [04] Save bootrom image [0:AutoUpdate,1:NormalBTupd,3:NoUpd]: 0 [05] Golden boot autosync [0 :Disable, 1 :Enable] : 0 [06] Save Diag Flag [0:Normal mode,1:Diag mode]: 0

related commands config terminal boot_params





5.38 show bridge This command shows the bridge forwarding information.

syntax show bridge

default None.

example

Router# show bridge






5.39 show cfg_log This command shows the last 10 changes to the system configuration file. The show shows a date and time stamp for each change, the user who logged the change, and the local or network IP address the configuration file was saved to (if applicable).

syntax show cfg_log

default None.

example

Router# show cfg_log

related commands clear cfg_log





5.40 show chassis Displays information about the modules and interface cards installed in the modular router.

syntax show chassis

default None.

example

Router# show chassis






5.41 show configuration This command accesses next-level commands for showing system configurations.

syntax show configuration <running |stored>


running Display current configuration

stored Display configuration stored in flash (default: system.cfg).

default None.

example To see the configuration stored, enter:

Router# show configuration stored

To see the configuration running, enter:

Router# show configuration running

related commands show running-config





5.42 show console_timeout This command shows the console timeout configuration.

syntax show console_timeout

default None.

example

Router# show console_timeout

related commands configure console_timeout





5.43 show crypto ca certificates This command is used to display certificates of both Certificate Authority (CA) server and router.

syntax show crypto ca certificates <all [detail] | ca-name <ca_name> [detail]>


all Display certificates for all configured CA servers

ca-name Display certificates for the specific CA server.

default None.

example 1

Router# show crypto ca certificates win2003 Cert Subject Name and Type Issure Name Expiry Serial Num ------ ---------------- ------ ---------- Trustpoint: win2003 CA /CN=Win2003CA... Dec/7/2010 70DD733D220DDEA24A1821D4FC687CF8 /CN=Win2003CA... Router /C=us/OU=samsung/CN=o... Jan/19/2007 616BB86A000000000054 /CN=Win2003CA...



example 2

Router# show crypto ca certificates all Cert Subject Name and Type Issure Name Expiry Serial Num ------ ---------------- ------ ---------- Trustpoint: root CA /DC=com/DC=test/CN=Wi... Jan/5/2011 3E2C06ABB2D034924FF0E863AB297627 /DC=com/DC=test/CN=Wi... Trustpoint: win2003 CA /CN=Win2003CA... Dec/7/2010 70DD733D220DDEA24A1821D4FC687CF8 /CN=Win2003CA... Router /C=us/OU=samsung/CN=g... Jan/19/2007 61684B76000000000053 /CN=Win2003CA... router#


related commands show crypto ca certificates all detail, show crypto ca certificates win2003 detail




5.44 show crypto ca crl To display the revoked certificates.

syntax show crypto ca crl <all | ca-name <name>> [detail]


all Display CRL for all configured CA servers

ca-name Display CRL for the specific CA server.

default None.

example 1 Router # show crypto ca crl win2003

example 2 Router# show crypto ca crl all


related commands show crypto ca crl win2003 detail, show crypto ca crl all detail




5.45 show crypto ca trustpoint To display the configure information for a specific certificate authority (CA) server or for all configured CA servers

syntax show crypto ca trustpoint <all | ca-name <ca_name>> [detail]


all Displays configuration for all trust points

ca-name Displays configuration for the specified trust point.

default None.

example 1

Router# show crypto ca trustpoint win2003

example 2

Router# show crypto ca trustpoint all Trust Point Mode URL ----------- ---- --- root SCEP http://105.52.35.61/certsrv/mscep/mscep.dll win2003 Manual Router#

related commands show crypto ca trustpoint all detail, show crypto ca trustpoint win2003 detail




5.46 show crypto dynamic clients To display remote clients information.

syntax show crypto dynamic clients

default None.

example

Router# show crypto dynamic clients






5.47 show crypto dynamic ike policy To display the configured remote access IKE proposal (s).

syntax show crypto dynamic ike policy <all | policy-name <policy_name>> [proposal-priority <value>] [detail]


all Displays all dynamic IKE proposals

policy-name Displays dynamic IKE proposal for the specified IKE policy.

proposal-priority Displays specified priority IKE proposal information.

detail Displays detailed information for the specific policy or for all policies.

default None.

example 1

Router# show crypto dynamic ike policy ike1

example 2

Router# show crypto dynamic ike policy ike1 detail

related commands show crypto dynamic ike policy all, show crypto dynamic ike policy all 1 detail





5.48 show crypto dynamic ipsec policy To display the configured remote access IPSec proposal (s).

syntax show crypto dynamic ipsec policy <all | policy-name <policy_name>> [proposal-priority <value>] [detail]


all Displays all dynamic IPSec proposals

policy-name Displays dynamic IPSec proposal for the specified IPSec policy.

proposal-priority Displays IPSec proposal information for the specific priority


default None.

example 1

Router# show crypto dynamic ipsec policy ipsec1

example 2

Router# show crypto dynamic ipsec policy all

related commands show crypto dynamic ipsec policy ipsec1 detail, show crypto dynamic ipsec policy all detail, show crypto dynamic ipsec policy all 1 detail





5.49 show crypto ike policy To display the specific IKE policy or all of the IKE policies

syntax show crypto ike policy <all | policy-name <policy_name>> [proposal-priority <value>] [detail]


all Displays all IKE proposals

policy-name Displays IKE proposal for the specified IKE policy.

proposal-priority Displays IKE proposal information for the specific proposal priority


default None.

example 1

Router# show crypto ike policy ike7

example 2

Router# show crypto ike policy all

related commands show crypto ike policy all 1 detail, show crypto ike policy ike7 1 detail, show crypto ike policy all detail, show crypto ike policy ike7 detail





5.50 show crypto ike sa To display the IKE SA for a specified policy or all SAs

syntax show crypto ike sa <all | policy-name <policy_name>> [detail]


all Displays all IKE SAs

policy-name Displays IKE SAs for the specific IKE policy.


default None.

example 1

Router # show crypto ike sa all Policy Peer State Bytes Transform ------ ----------- ---------- ----- ---------------- ike7 100.100.4.2 SA_MATURE 3685 rsa-g1-3des-sha1

example 2

Router # show crypto ike sa ike7

related commands show crypto ike sa ike7 detail, show crypto ike all detail





5.51 show crypto interfaces Shows the configured trusted and untrusted interfaces

syntax show crypto interfaces

default None.

example show crypto interfaces

Router# show crypto interfaces Interface Network Name Type --------- ------- ethernet0/2 untrusted ethernet3/0 trusted ethernet3/1 trusted ethernet3/2 trusted wan2 untrusted Router#






5.52 show crypto ipsec policy To display the specific IPSec policy or all of the IPSec policies

syntax show crypto ipsec policy <all | policy-name <policy_name>> [proposal-priority <value>] [detail]


all Displays all IPSec proposals

policy-name Displays IPSec proposal for the specified IPSec policy.

proposal-priority Displays IPSec proposal information for the specific proposal priority


default None.

example 1 Router# show crypto ipsec policy ipsec7

example 2 Router# show crypto ipsec policy all

related commands show crypto ipsec policy all 1 detail, show crypto ipsec policy ipsec7 1 detail, show crypto ipsec policy all detail, show crypto ipsec policy ipsec detail





5.53 show crypto ipsec sa To display SAs for a specific policy or SAs for the all the policies.

syntax show crypto ipsec sa <all | policy-name <policy_name>> [detail]


all Displays all IPSec SAs

policy-name Displays SAs information for the specific IPSec policy.

detail Displays detailed SAs information for the specific IPSec policy or for all policies.

example 1

Router# show crypto ipsec sa ipsec7 Policy Dest IP Spi Packets Transform ------ ------- --- ------ --------- INipsec7 100.100.3.2 0xa35d3ad4 4 esp-3des-sha1-tunl ipsec7 100.100.4.2 0xf1692199 4 esp-3des-sha1-tunl Router#

example 2

Router# show crypto ipsec sa all

related commands show crypto ipsec sa all detail, show crypto ipsec sa ipsec7 detail





5.54 show crypto ipsec-manual policy To display manual IPSec configuration information

syntax show crypto ipsec-manual policy <all | policy-name <policy_name>> [detail]


all Displays all manual ipsec policies

policy-name Displays policy information for the specific manual ipsec policy.

detail Displays detailed information for the specific manual ipsec policy or for all policies.

default None.

example 1

Router # show crypto ipsec-manual policy man1 Policy Peer Match Proto Transform ------ ---- ----- ----- --------- man1 100.100.50.100 S 172.16.2.0/24/any Any P1 esp-des-sha1-tunl D 172.16.37.0/24/any

example2 Router# show crypto ipsec-manual policy all

related commands show crypto ipsec-manual policy all detail, show crypto ipsec-manual policy man1 detail





5.55 show crypto keepalive To display DPD keep alive configuration

syntax show crypto keepalive

default None.

example

Router# show crypto keepalive






5.56 show crypto logging To display VPN syslog configuration

syntax show crypto logging

default None.

example

Router# show crypto logging






5.57 show crypto pmtu config To display PMTU configuration information

syntax show crypto pmtu config

default None.

example

Router# show crypto pmtu config

related commands show crypto pmtu df-bit

applicable models/versions all models




5.58 show crypto ca selfsigned-cert This command displays the self signed certificates.

syntax show crypto ca selfsigned-cert

default None

example

Router/configure# show crypto ca selfsigned-cert ~~~~~~~~~~SELF SIGNED CERTIFICATE~~~~~~~~~~ VERSION : 3 SERIAL NO. : 00 SIGNATURE ALGO : dsaWithSHA1 ISSUER NAME : /CN=aaa VALID FROM : Jan 13 03:56:36 2006 GMT VALID UPTO : Jan 13 03:56:36 2007 GMT SUBJECT NAME : /CN=aaa PUBLIC KEY ALGO : dsaEncryption SIGNATURE : 30 2c 02 14 03 6c 91 a0 6f 83 18 f6 dc ee c0 b9 6a 91 a2 05 80 ff 53 f4 02 14 53 28 11 e2 6b ee 1c a7 a9 75 55 d6 1c f5 bd 9d df 90 05 a1 SUBALTNAMEEXTNS :




5.59 show crypto pmtu df-bit To display df-bit configuration information for the specified interface or for all of the interfaces

syntax show crypto pmtu df-bit <all | interface-name <interface_name>>


all Displays df-bit value for all the interfaces

interface-name Displays df-bit value for the specific interface

default None.

example 1

Router# show crypto pmtu df-bit ethernet0/2

example 2

Router# show crypto pmtu df-bit all

related commands show crypto pmtu config





5.60 show crypto statistics To display crypto statistics

syntax show crypto statistics

default None.

example

Router# show crypto statistics

related commands clear crypto statistics





5.61 show date This command shows the date and time.

syntax show date


date Display system date

default None.

example

Router# show date

The following screen capture shows the date and time, the number of hours and minutes ahead of or behind the UTC also appears.






5.62 show debug all Shows the status disable-firewall and all other debug commands.

syntax show debug all


all To display status of all configured debug features.

default None.

example

To show debug status of disable-firewall and all other debug commands, enter: Router# show debug all

related commands show debug arp, show debug bgp, show debug ospf, show debug ppp, show debug firewall





5.63 show debug arp Use this command to display ARP debug information.

syntax show debug arp

default None.

example

Router# show debug arp

related commands show debug all, clear arp





5.64 show debug bgp Use this command to show the BGP debugging information.

syntax show debug bgp

default None.

example

Router# show debug bgp

related commands show debug all





5.65 show debug crypto Use this command to show the crypto debugging information.

syntax show debug crypto

default None.

example

Router# show debug crypto

related commands debug crypto





5.66 show debug dhcp_relay Use this command to show the DHCP Relay debugging information.

syntax show debug dhcp_relay

default None.

example Router# show debug dhcp_relay

related commands debug dhcp relay





5.67 show debug dhcps Use this command to show the DHCPs debugging information.

syntax show debug dhcps

default None.

example

Router# show debug dhcps






5.68 show debug dot1x To display 802.1x debug status information for dot1x.

syntax show debug dot1x

default None.

example

Router# show debug dot1x 802.1X debugging status: 802.1X events debugging is on 802.1X timer debugging is on 802.1X packets debugging is on 802.1X NSM debugging is on

related commands debug dot1x





5.69 show debug dvmrp Use this command to show all activated DVMRP debugging for event/packet/ timer/mfc/nsm packet types. To modify the lines showed, use the | (output modifier token) and to save the output to a file use the> (output redirection token).

syntax show debug dvmrp

default None.

example

Router# show debug dvmrp Debugging status: DVMRP neighbor events debugging is on DVMRP IGMP events debugging is on DVMRP kernel events debugging is on DVMRP prune events debugging is on D VMRP detailed prune events debugging is on DVMRP route events debugging is on ... DVMRP Route route-burst-timer debugging is on






5.70 show debug firewall shows the debug information for the firewall.

syntax show debug firewall [packet]

default None.

example

Router# show debug firewall Debug level Status ================================================ Debug Firewall All levels Disabled Debug Firewall Ip-Reassembly Disabled Debug Firewall Algs Disabled Debug Firewall Dos-Protect Disabled Debug Firewall Connection Disabled Debug Firewall Packet Disabled

related commands debug firewall all, debug firewall algs, debug firewall connections, debug firewall dos-protect, debug firewall packet.





5.71 show debug fr Use this command to show the Frame Relay debugging information.

syntax show debug fr

default None.

example

Router# show debug fr

related commands debug fr





5.72 show debug igmp Use this command to show the IGMP debugging information.

syntax show debug igmp

default None.

example

Router# show debug igmp

related commands debug igmp





5.73 show debug isdn Use this command to shows the status of all active/de-active ISDN debug functions for an interface.

syntax show debug isdn bundle-name <bundle_name>



default None.

example

Router# show debug isdn pri0 ISDN debugging status: ISDN q931 debugging is on

related commands debug isdn, clear isdn





5.74 show debug lacp Shows the status of LACP debug commands.

syntax show debug lacp

default None.

example

Router# show debug lacp LACP debugging status: LACP timer debugging is on LACP timer-detail debugging is on LACP cli debugging is on LACP packet debugging is on LACP event debugging is on LACP sync debugging is on

related commands debug lacp





5.75 show debug mstp Shows the status of MSTP debug commands.

syntax show debug mstp

default None.

example

Router# show debug mstp MSTP debugging status: MSTP all debugging is on

related commands debug mstp





5.76 show debug nsm Use this command to show debug information for routing manager.

syntax show debug nsm

default None.

example The following is a sample output of the show debug nsm command showing the NSM debugging status.

Router# show debug nsm NSM debugging status: NSM event debugging is on NSM packet debugging is on NSM kernel debugging is on

related commands debug nsm all





5.77 show debug nsm mcast Use this command to show debug information events in the multicast RIB.

syntax show debug nsm mcast

default None.

example

Router#show debug nsm mcast

related commands debug nsm mscast


command modes Router/



5.78 show debug nsm mcast6 Use this command to show debug information events in the multicast RIBv6.

syntax show debug nsm mcast6

default None.

example

Router#show debug nsm mcast6

related commands debug nsm mscast6





5.79 show debug ospf Use this command to show the set OSPF debugging option.

syntax show debug ospf

default None.

example This is a sample output from the show debug ospf command. Some lines in this output wrap around, they might not wrap around in the actual show.

Router# show debug ospf OSPF debugging status: OSPF all IFSM debugging is on OSPF all NFSM debugging is on OSPF packet Hello debugging is on OSPF packet Database Description debugging is on OSPF packet Link State Request debugging is on OSPF packet Link State Update debugging is on OSPF packet Link State Acknowledgment debugging is on

related commands debug ospf





5.80 show debug ipv6 ospf Use this command to show the set OSPFv3 debugging option.

syntax show debug ipv6 ospf

default None.

example This is a sample output from the show debug OSPFv3 command. Some lines in this output wrap around, they might not wrap around in the actual show.

Router# show debug ipv6 ospf OSPFv3 debugging status: OSPFv3 packet Link State Update debugging is on OSPFv3 all events debugging is on Router# te mo Router# 2007/03/18 10:18:41 OSPFv3: RECV[Hello]: Neighbor(199.9.9.1) declare 199.9.9.63 as DR, 199.9.9.61 as Backup 2007/03/18 10:18:41 OSPFv3: SEND[LS-Ack]: delayed ack to ff02::6 on ethernet0/4 2007/03/18 10:18:41 OSPFv3: SEND[LS-Ack]: src(fe80::216:32ff:fe80:1185) -> dst(f f02::6) on ethernet0/4 2007/03/18 10:18:41 OSPFv3: RECV[LS-Upd]: src(fe80::216:32ff:fe80:23a5) -> dst(f f02::5) on ethernet0/4 2007/03/18 10:18:41 OSPFv3: RECV[LS-Ack]: src(fe80::216:32ff:fe80:1da6) -> dst(f f02::5) on ethernet0/4

related commands debug ipv6 ospf





5.81 show debug pim Use this command to show the PIM-SM debugging status.

syntax show debug pim sparse-mode

default None.

example

Router# show debug pim sparse-mode

related commands debug pim all





5.82 show debug ppp Use this command to show the PPP debugging status.

syntax show debug ppp

default None.

example Router# show debug ppp

related commands debug ppp





5.83 show debug rip Use this command to show the RIP debugging status for these debugging options: RIP event debugging, RIP packet debugging.

syntax show debug rip

default None.

example Router# show debug rip

related commands show debug all, debug rip





5.84 show debug ipv6 rip Use this command to display the RIPng debugging status for RIPng NSM, RIPng events and RIPng packets.

syntax show debug ipv6 rip

default None.

example

Router# show debug ipv6 rip

related commands debug ipv6 rip





5.85 show debug ssh Use this command to show the SSH debugging status.

syntax show debug ssh

default None.

example

Router# show debug ssh






5.86 show debug tunnel Use this command to show the tunnel debugging information.

syntax show debug tunnel

default None.

example

Router# show debug tunnel






5.87 show debug vrrp Use this command to show the set VRRP debugging option.

syntax show debug vrrp

default None.

example

Router# show debug vrrp VRRP debugging status: VRRP error debugging is on VRRP event debugging is on VRRP state changes debugging is on VRRP all packets debugging is on

related commands clear vrrp





5.88 show debug aaa Use this command to show the set AAA debugging option.

syntax show debug aaa

default None.

example

Router# show debug aaa AAA debugging status: AAA debugging is on

related commands debug aaa





5.89 show dhcp_relay This command shows the DHCP relay configuration of the Ethernet interfaces.

syntax show dhcp_relay <config | statistics>


config DHCP relay configuration (default)

statistics with DHCP relay statistics

default None.

example

Router# show dhcp_relay

This example shows the packet relay state for Ethernet interfaces as either enabled or disabled.

Router# show dhcp_relay DHCP RELAY CONFIGURATION ethernet0/2: Enabled; DHCP Server 10.90.90.50 ethernet0/4: Enabled; DHCP Server 10.90.90.50

related commands debug dhcp relay





5.90 show dot1x To display 802.1x port-based global authentication status information along with radius server configuration.

syntax show dot1x

default None.

example

Router# show dot1x 802.1X Port-Based Authentication Enabled RADIUS server address: 105.52.35.95:1812 RADIUS client address: 105.52.35.253:1812 Next radius message id: 47

related commands show dot1x all, debug dot1x





5.91 show dot1x all To display 802.1x port-based authentication configuration information for the all the dot1x enabled interfaces.

syntax show dot1x all

default None.

example

Router# show dot1x all 802.1X Port-Based Authentication Enabled RADIUS server address: 105.52.35.95:1812 RADIUS client address: 105.52.35.253:1812 Next radius message id: 47 802.1X info for interface ethernet2/2 portEnabled: true-portControl: Auto portStatus: Unauthorized-currentId: 229 reAuthenticate: enabled reAuthPeriod: 120 abort:F fail:F start:F timeout:T success:F PAE: state: Connecting-portMode: Auto PAE: reAuthCount: 1-rxRespId: 0 PAE: quietPeriod: 60-reauthMax: 2-txPeriod: 30 BE: state: Idle-reqCount: 0-idFromServer: 11 BE: suppTimeout: 30-serverTimeout: 30-maxReq: 2 CD: adminControlledDirections: in-operControlledDirections: in CD: bridgeDetected: false KR: rxKey: false KT: keyAvailable: false-keyTxEnabled: false 802.1X info for interface ethernet2/1 portEnabled: true-portControl: Auto portStatus: Unauthorized-currentId: 234 reAuthenticate: enabled reAuthPeriod: 120 abort:F fail:F start:F timeout:T success:F PAE: state: Connecting-portMode: Auto PAE: reAuthCount: 1-rxRespId: 0



PAE: quietPeriod: 60-reauthMax: 2-txPeriod: 30 BE: state: Idle-reqCount: 0-idFromServer: 9 BE: suppTimeout: 30-serverTimeout: 30-maxReq: 2 CD: adminControlledDirections: in-operControlledDirections: in CD: bridgeDetected: false KR: rxKey: false KT: keyAvailable: false-keyTxEnabled: false router#

related commands show dot1x





5.92 show dot1x interface To display 802.1x port-based authentication information for the specific dot1x enabled interface

syntax show dot1x interface interface-name <interface_name>


interface-name Displays dot1x information for the specific interface.

default None.

example

Router# show dot1x interface ethernet2/1 802.1X info for interface ethernet2/1 portEnabled: true-portControl: Auto portStatus: Unauthorized-currentId: 240 reAuthenticate: enabled reAuthPeriod: 120 abort:F fail:F start:F timeout:T success:F PAE: state: Connecting-portMode: Auto PAE: reAuthCount: 1-rxRespId: 0 PAE: quietPeriod: 60-reauthMax: 2-txPeriod: 30 BE: state: Idle-reqCount: 0-idFromServer: 9 BE: suppTimeout: 30-serverTimeout: 30-maxReq: 2 CD: adminControlledDirections: in-operControlledDirections: in CD: bridgeDetected: false KR: rxKey: false KT: keyAvailable: false-keyTxEnabled: false router#

related commands show dot1x all



5.93 show dot1x statistics interface To display 802.1x statistics information for the specific dot1x enabled interface

syntax show dot1x statistics interface interface-name <interface_name>


interface-name Display dot1x statistics for the specific interface

default None.

example

Router# show dot1x statistics interface ethernet2/1 802.1X statistics for interface ethernet2/1 EAPOL Frames Rx: 42-EAPOL Frames Tx: 0 EAPOL Start Frames Rx: 7-EAPOL Logoff Frames Rx: 1 EAP Rsp/Id Frames Rx: 17-EAP Response Frames Rx: 17 EAP Req/Id Frames Tx: 7790-EAP Request Frames Tx: 19 Invalid EAPOL Frames Rx: 0-EAP Length Error Frames Rx: 0 EAPOL Last Frame Version Rx: 1-EAPOL Last Frame Src: 0000.0000.0301

related commands debug dot1x





5.94 show etherchannel Use this command to show overall information about an EtherChannel configured in Ubigate.

syntax show etherchannel

default None.

example

Router# show etherchannel Router# show etherchannel % Total Configured Aggregator: 1 % Dynamic(Lacp) Aggregator: =================================== % [1] po10 % Mac address : 00:16:32:80:07:8c % Member : ethernet3/5 - Status : UP - SYNC ON - LINK_UP - Mode : active ethernet3/6 - Status : UP - SYNC ON - LINK_UP - Mode : active ethernet3/7 - Status : UP - SYNC ON - LINK_UP - Mode : active

related commands show etherchannel detail, show etherchannel summary





5.95 show etherchannel detail Use this command to show EtherChannel information provided by LACP.

syntax show etherchannel <etherchannel_group <1-65535>|detail|summary>


detail to display detailed information about EtherChannels. Member ports, the synchronization status, the system MAC address and the key value are displayed.

summary to display summarized information about EtherChannels. Member ports and the synchronization status for each EtherChannel, are displayed.

group <1-65535> -

default None.

example

Router# show etherchannel detail % Aggregator po10 1000000 % refCnt: 3 - linkCnt: 3 % Mac address: 00:16:32:80:07:8c % Admin Key: 0010 - Oper Key 0010 % Receive link count: 1 - Transmit link count: 0 % Individual: 0 - Ready: 1 % Partner LAG- 0x8000,00-16-32-80-16-41 % Link: ethernet3/5 (11) sync: ON % Link: ethernet3/6 (12) sync: ON % Link: ethernet3/7 (13) sync: ON

related commands show etherchannel





5.96 show etherchannel load-balance Use this command to show the load balance mechanism configured and used for EtherChanel in the system.

syntax show etherchannel load-balance

default None.

example

Router# show etherchannel load-balance % Source and Destination Mac address based load balancing

related commands show etherchannel detail, show etherchannel





5.97 show event This command shows the system event log.

syntax show event

default None.

example

Router# show event

related commands show event alarm_list





5.98 show event alarm_list This command shows the alarm list

syntax show event alarm_list

default None.

example

Router# show event alarm_list

related commands show event current_alarm





5.99 show event current_alarm This command shows the current alarm list

syntax show event current_alarm

default None.

example

Router# show event current_alarm

related commands show event alarm_list





5.100 show event event_history This command shows the event history table.

syntax show event event_history

default None.

example

Router# show event event_history

related commands show event current_alarm, show event alarm_list





5.101 show firewall Shows the status of the firewall.

syntax show firewall

default show firewall

example Router# show firewall connections display firewall connections dos-protect display dos protect checks interface display firewall configuration on interface ip-reassembly display ip reassembly information logging display logging information maps display maps max-connection-limit connection limit to all| map| self| int2self nat-translations display nat translations object display object configuration policy display the policies port-trigger display port-trigger records statistics display the firewall statistics stealth-mode display stealth-mode configuration for the maps timeout display timeout information url-key-filter display url key filter list

related commands show firewall < connections | dos-protect | interface | ip-reassembly | logging | maps | max-connection-limit | nat-translations | object | policy | statistics | stealth-mode |timeout | url-key-filter>





5.102 show fan This command shows the status of fan tray and each fan.

syntax show fan

default None.

example

Router# show fan






5.103 show firewall connections View the connection database.

syntax show firewall connections map-name <map_name> [summary | address <A.B.C.D> | port port_number <n> | protocol protocol-type <tcp | udp | icmp | ah | esp | gre | http>]


map-name For a specific map-the name of a that map.

summary Only summary connection details

A.B.C.D The connections based on the d specified IP address.

port-number Valid port numbers are 1-65535.

protocol-type TCP, UDP, ICMP, AH, ESP, GRE, and HTTP

default None.

example To view all the connections for just the map corp, enter:

Router# show firewall connections corp summary TCP UDP ICMP HTTP(S) Max Conn Active Conn --- --- ---- ------- -------- ----------- 0 0 0 0 2500 0 Router# show firewall connections corp address 10.1.1.1

related commands show firewall < dos-protect | interface | ip-reassembly | logging | maps | max-connection-limit | nat-translations | object | policy | statistics | stealth-mode |timeout | url-key-filter>





5.104 show firewall dos-protect Shows the configured DoS-protect settings.

syntax show firewall dos-protect

default None.

example To see the DoS protection configuration, enter:

Router# show firewall dos-protect DOS attack check Status ---------------- ------ syn flooding attack check enabled source route attack check disabled winnuke attack check disabled ftp bounce attack check disabled icmp error attack check enabled dns replay attack check enabled ip unaligned time stamp check disabled tcp sequence number prediction check disabled tcp sequence number range check disabled mime flood attack check disabled

related commands show firewall < connections | interface | ip-reassembly | logging | maps | max-connection-limit | nat-translations | object | policy | statistics | stealth-mode |timeout | url-key-filter>





5.105 show firewall interface View the interfaces that are configured for security.

syntax show firewall interface <all | map-name <map_name>>


map-name For a specific map-the name of that map.

default None.

example To view all the interfaces that are configured for security on the router, enter:

Router# show firewall interface all Interface Map Name --------- -------- To view all the interfaces that are configured for security in the map corp, enter: Router # show firewall interface corp

Interface Map Name

ethernet0/2 corp

related commands show firewall <connections | dos-protect | ip-reassembly | logging | maps | max-connection-limit | nat-translations | object | policy | statistics | stealth-mode |timeout | url-key-filter>





5.106 show firewall ip-reassembly Shows the IP packet reassembly configuration.

syntax show firewall ip-reassembly

default None.

example To show the IP reassembly configuration, enter:

Router # show firewall ip-reassembly ip reassembly status enabled ip reassembly packet size 65535 bytes fragment size in ip packet 28 bytes ip reassembly fragment count 44 ip reassembly timeout value 60 seconds Statistics ip reassembly requests 0 ip reassembly fails 0 ip reassembly timeout fails 0 ip reassembly fragment count exceeds 0 ip reassembly packet size exceeds 0 Router#

related commands show firewall < connections | dos-protect | interface | logging | maps | max-connection-limit | nat-translations | object | policy | statistics | stealth-mode |timeout | url-key-filter>





5.107 show firewall logging shows configured logging thresholds.

syntax show firewall logging

default None.

example To show current logging thresholds, enter:

Router# show firewall logging Logging Aggregation: enable Logging info Number of events ------------ ---------------- attack log 100 policy log 100 vpn log 1 Message Category Message Level -------------------- ------------- syn-flooding alert ip-reassembly none general-attacks alert ip-spoofing alert unauthorized-access alert win-nuke alert ip-options alert deny-policy alert data-inspection warning content-filtering warning unavailable-policy warning allow-policy informational system-messages notification access-statistics informational vpn-messages informational



5.109 show firewall max-connection Shows the maximum number of connections originating from a given map.

syntax show firewall max-connection-limit map-name <map_name>


map-name For a specific map-the name of that map.

default None.

example To show the number of connections for all, enter:

Router# show firewall max-connection-limit all Map Name Connections Internet 3072 corp 1024 *int2Self 108 Router#

related commands show firewall < connections | dos-protect | interface | ip-reassembly | logging | maps | nat-translations | object | policy | statistics | stealth-mode |timeout | url-key-filter>





5.112 show firewall object shows the objects that are configured on the router.

syntax show-firewall object <ftp-filter | http-filter | rpc-filter | smtp-filter | nat-pool | service | schedule | address> map-name <map_name> [object-name obj_name <name>]


object type The type of object: ftp-filter, http-filter, rpc-filter, smtp-filter, nat-pool, service, schedule and address

map-name Name of the map

obj-name The name of the object.

default show firewall object object-type map-name

example To view all the configured ftp-filter objects for the map corp, enter:

Router# show firewall object ftp-filter corp Object Name Action Log Commands ----------- ------ --- --------

To view all the configured ftp-filter objects for global, enter:

Router # show firewall object ftp-filter global Object Name Action Log Commands gloftp permit no put

related commands show firewall < connections | dos-protect | interface | ip-reassembly | logging | maps | max-connection-limit | nat-translations | policy | statistics | stealth-mode |timeout | url-key-filter>



5.113 show firewall policy shows the firewall policy configuration.

syntax show firewall policy map-name <map_name> [priority priority-number <n>] [statistics] [detail]


map-name For a specific map-the name of a that map

priority-number Priority in which the policy is arranged.

statistics Policy based on the filter statistics

details Details policy report

default show firewall policy map-name

example

Router# show firewall policy corp

Advanced: S-Self Traffic, F-Ftp-Filter, H-Http-Filter,

R-Rpc-Filter, N-Nat-Ip/Nat-Pool, L-Logging,

E-Policy Enabled, M-Smtp-Filter

Pri Dir Source Addr Destination Addr Sport Dport Proto Action

Advanced

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

1022 out any any any any any PERMIT SEL

1023 in any any any any any PERMIT SEL

1024 out any any any any any PERMIT EL

related commands show firewall <connections | dos-protect | interface | ip-reassembly | logging | maps | max-connection-limit | nat-translations | object | statistics | stealth-mode |timeout | url-key-filter>



5.114 show firewall port-trigger shows the firewall triggered ports

syntax show firewall port-trigger [port-trigger-name <p_t_name>]


port-trigger-name Specifies port-trigger record name

default None.

example To show firewall trigger:

Router# show firewall port-trigger Port : Protocol Port, T-Tcp U-Udp Forward : Protocol Start-Port End-Port, T-Tcp U-Udp Reverse : Protocol Start-Port End-Port, T-Tcp U-Udp Flag : E-Enable Trigger Port Address Forward Reverse Time Flag ------- ---- ------- ------- ------- ---- ----

related commands show firewall < connections | dos-protect | interface | ip-reassembly | logging | maps | max-connection-limit| nat-translations | object | policy | statistics | stealth-mode |timeout | url-key-filter>





5.115 show firewall statistics shows the firewall policy and attack statistics.

syntax show firewall statistics

default None.

example

Router# show firewall statistics Global packet statistics ------------------------ Received 0 Transmitted 0 Local delivery 0 Global packet discard statistics -------------------------------- Inbound policy not found 0 Outbound policy not found 0 Spoofed packets 0 Data without connection 0 Invalid tcp request 0 Invalid udp echo reply 0 Invalid icmp error msg 0 Invalid icmp echo reply 0 Invalid ack value 0 Access deleted policy 0 Src addr broadcast 0 Dest addr broadcast 0 No route for dest 0 Local delivery failed 0 Map-Name To Internet From Internet -------- ----------- ------------- self 0 0 corp 0 0 Total 0 0

related commands show firewall < connections | dos-protect | interface | ip-reassembly | logging | maps | max-connection-limit | nat-translations | object | policy | stealth-mode |timeout | url-key-filter>



5.116 show firewall stealth-mode Shows the stealth-mode configuration.

syntax show firewall stealth-mode

default None.

example To show stealth-mode details, enter:

Router# show firewall stealth-mode Map Name Stealth-mode -------- ------------ self disable internet disable corp disable

related commands show firewall connections, show firewall dos-protect, show firewall interface, show firewall logging, show firewall max-connection-limit, show firewall object, show firewall policy, show firewall port-trigger, show firewall statistics, show firewall, show firewall timeout, show firewall nat-translations, show firewall url-key-filter.





5.117 show firewall timeout View the timeout values for protocols and services.

syntax show firewall timeout [general | service-name <service_name>]


service-name Specifies the service name.

default Show firewall timeout general

example To show general timeout information, enter:

Router # show firewall timeout general Service Name Timeout tcp 600 udp 60 icmp 60 tcp-reset 20 ftp-inactivity 600 dns-inactivity 120 Router# To show timeout information for a particular, non-general service(timetcp), enter: Router # show firewall timeout timetcp

related commands show firewall < connections | dos-protect | interface | ip-reassembly | logging | maps | max-connection-limit | nat-translations | object | policy | statistics | stealth-mode | url-key-filter>





5.120 show firmware_params This command shows parameters to be needed for downloading a SNOS image using tftp. The value of each parameters can be modified with using firmware_params command at configure mode.

syntax show firmware_params

default None.

example

Router# show firmware_params Parameters for firmware downloading using TFTP [00] File name : iBG_Advanced_1.0.0.Z [01] TFTP Server IP or name : 90.90.1.242 [02] My IP address : any

related commands configure firmware_params





5.121 show fr avcs This command shows all AVCs configured on a Router system. This show includes the associated bundle information, virtual circuit ID (DLCI), status, policing, and IP address.

syntax show fr avcs

default None.

example Router# show fr avcs

related commands show fr cvcs, show fr invarp, show fr invarp_int, show fr lmistats, show fr pvcs, show fr vcstats





5.122 show fr cvcs This command shows all CVCs configured on a Router system. This show includes the associated bundle information, virtual circuit ID (DLCI), status, policing, and IP address.

syntax

show fr cvcs

default None.

example Router# show fr cvcs

related commands show fr avcs, show fr invarp, show fr invarp_int, show fr lmistats, show fr pvcs, show fr vcstats





5.123 show fr map This command shows the map entries for a frame relay bundle. This command shows the DLCI numbers, local and remote IP addresses, remote netmasks, and static routing data for a particular bundle.

syntax

show fr map <all | bundle-name <b_name>>


all Shows data for all bundles.

bundle-name Bundle for which inverse ARP statistics will be showed.

default None.

example

Router# show fr all

related commands show fr avcs, show fr cvcs, show fr invarp_int, show fr lmistats, show fr pvcs, show fr vcstats





5.124 show fr mapipv6 This command shows the current IPv6 map entries in the system.

syntax show fr mapipv6

default None.

example

Router# show fr mapipv6

related commands show fr avcs, show fr cvcs, show fr invarp_int, show fr lmistats, show fr pvcs, show fr vcstats





5.125 show fr invarp_int This command shows the time interval configured for the frame relay inverse-ARP timer.

syntax show fr invarp_int

default None.

example

Router# show fr invarp_int show fr invarp_int Frame relay Inverse ARP timer

interval = 30 seconds

related commands show fr avcs, show fr cvcs, show fr invarp, show fr lmistats, show fr pvcs and show fr vcstats





5.126 show fr lmistats This command shows the LMI statistics for a bundle. Statistics include the number of received status inquiries and full status inquiries, the number of transmitted and received status inquiries, and the number of transmit-side updates.

syntax

show fr lmistats bundle-name <b_name>


bundle-name Bundle for which LMI statistics will be showed.

example

Router# show fr lmistats wan2

default None.

related commands show fr avcs, show fr cvcs, show fr invarp, show fr invarp_int, show fr pvcs, show fr vcstats





5.127 show fr pvcs This command shows all PVCs including their bundle name, PVC number and status, and policing (enabled or disabled) information. If the PVC is switched to another PVC, that PVC number will be shown. If the PVC terminates at a LAN, the PVC IP address is showed.

syntax

show fr pvcs

default None.

example Rouetr# show fr pvcs

related commands show fr avcs, show fr cvcs, show fr invarp, show fr invarp_int, show fr lmistats, show fr vcstats





5.128 show fr vcstats This command shows virtual circuit statistics for a frame relay bundle.

syntax

show fr vcstats bundle-name <b_name> dlci <n> [stat_type <1 | 2 | 3>]


bundle-name Bundle for which PVC statistics will be showed.

dlci Specifies number of DLCI, the range is 16-1022.

stat_type 1 RX MON statistics 2 INJECT statistics 3 1490 statistics

default None.

example

Router# show fr vcstats wan1 100

related commands show fr avcs, show fr cvcs, show fr invarp, show fr invarp_int, show fr lmistats, show fr pvcs





5.129 show ftp This command shows FTP server status and FTP user account information.

syntax show ftp

default None.

example

Router# show ftp






5.130 show gmrp configuration To show GMRP related configuration information for a given bridge. To modify the lines showed, use the | (output modifier token) and to save the output to a file, use the> (output redirection token).

syntax show gmrp configuration bridge 1

default None.

example The following is an output of this command showing GMRP related configuration information:

Router# show gmrp configuration bridge 1 Global GMRP Configuration for bridge:2 GMRP Feature: Enabled GMRP Timers(centiseconds): Join: 20 Leave: 60 Leave All: 1000 Port based GMRP Configuration: GMRP Status Registration Forward All Port Enabled Normal Disabled eth4 Enabled Normal Disabled eth5 where: GMRP Status Status of GMRP for the particular port. Registration Registration status of GMRP for the particular port. Forward All Forward All status of GMRP for the particular port. Ports Ports that have GMRP Enabled or Disabled.



related commands debug gmrp





5.131 show gmrp machine Use this command to show the state machine for GMRP, for a particular bridge.

syntax show gmrp machine bridge 1

default None.

example The following is an output of this command showing the GMRP state machine.

Router# show gmrp machine bridge 1 port = ethernet 0/0 VLAN = 1 applicant state[0] = VO registrar state[0] = MT applicant state[1] = VO registrar state[1] = MT port = eth1 VLAN = 1 applicant state[0] = VO registrar state[0] = MT applicant state[1] = VO registrar state[1] = MT






5.132 show gmrp statistics To show GMRP statistics.

syntax show gmrp statistics vlanid vlan-id <vlan_id> bridge 1


vlan-id Specifies VLAN id. Range is 1 to 4094

default None.

example The following is an output of this command showing GMRP statistics.

Router# show gmrp statistics vlanid 1111 bridge 1 GMRP Statistics for bridge b vlan 1111

Total GMRP 0

packets Received: Join 0

Empties:Join Ins: 0

Leave Empties:Leave Ins: 0

- 0

Empties: 0

Total GMRP 0

packets Transmitted: 0

Join Empties:Join Ins: 0

Leave Empties:Leave Ins: 0

- 0

Empties: 0



5.133 show gmrp timer To show GMRP timer values on a specified interface.

syntax show gmrp timer if-name <if_name>


if-name Specify the name of the interface.

default None.

example The following is an output of this command showing the GMRP timer values for interface eth4.

Router# show gmrp timer eth4 Router# show gmrp timer ethernet 0/0






5.134 show gvrp configuration Use this command to show GVRP configuration bridge data for a specified bridge instance.

syntax show gvrp configuration bridge 1

default None.

example The following is an output of this command showing the GVRP configuration for bridge b.

Router# show gvrp configuration bridge 1 Global GVRP Configuration forbridge 3:GVRP Feature: Enabled Dynamic Vlan Creation: DisabledPortbased GVRP Configuration: Timers(centiseconds)Port GVRP Status Registration Applicant Join Leave LeaveAll eth4 Enabled Normal Normal 20 60 1000 eth5 Enabled Normal Normal 200 600 10000

related commands debug gvrp





5.135 show gvrp machine bridge Use this command to show the state machine for GVRP.

syntax show gvrp machine bridge 1

default None.

example The following is an output of this command showing the GVRP state machine.

Router# show gvrp machine bridge 1 port = eth5 applicant state = QA registrar state = INN port = eth4 applicant state = QA registrar state = INN






5.136 show gvrp statistics Use this command to show a statistical summary for a bridge.

syntax show gvrp statistics [if-name <if_name>]


if-name Specifies name of the port.

default None.

example The following is an output of this command showing a statistical summary for bridge 1.

Router# show gvrp statistics Bridge: b Port JoinEmpty JoinIn LeaveEmpty LeaveIn Emptyeth5 RX 0 2 0 0 0 TX 0 0 0 0 0 eth4 RX 0 1 0 0 1 TX 0 0 0 0 0

example

Router# show gvrp statistics ethernet 0/0






5.137 show gvrp timer Use this command to show data for the timers.

syntax show gvrp timer if-name <if_name>


if-name Specifies name of the interface.

default None.

example The following show output shows data for timer on interface eth4.

Router# show gvrp timer eth4






5.138 show hostname This command shows the system host name. The host name is visible as the main command prompt.

syntax show hostname

default None.

example

Router# show hostname

related commands configure hostname





5.139 show interface Use the show interface command to show interface configuration and status.

syntax show interface

default None.

example

Router# show interface Router/show/interface#

related commands show interface bundle, show interface ethernet, show interface tunnel, show interface avc





5.140 show interface avc General comment: To be consistence with the convention, the debug CLI should be in debug mode already by enter debug. From then on, only CLI after debug keyword should be documented (See ‘clear counters’ in this document as example.) This command shows information about a DTE-to-DTE MFR AVC. Information includes the status of the AVC, status of each CVC in the AVC, individual CVC counters, aggregated AVC counters, the status reporting mode for the AVC, RED configuration and statistics, VLAN tagging on the AVC (when enabled), and IP encapsulation information.

syntax avc avc-name <av_ name> dlci <n>


avc-name Specifies CVC name.

dlci Specifies number of DLCI, the range is 16-1022.

default None.

example

Router/show/interface# avc wan05 16

related commands show interface bundle, show interface ethernet, show interface tunnel


command modes Router/show/interface



5.141 show interface bundle This command shows the configuration and status for a specified bundle. Press any key to scroll through the show, or press ‘q’ to return to the command prompt. Repeat this command to obtain updated statistical data.

syntax bundle bundle-name <name> [pvc pvc-number <number>]


bundle-name Specifies name of bundle to be viewed.

pvc-number Specifies PVC number to be viewed.

default None.

example

Router/show/interface# bundle wan2 bundle wan2 status down, ipcp not in open state number of links 1 total bandwidth 1536 kbps link speed bw inverted status diffdelay(msec) ----- ----- t1 0/0/0 64 1536 no down ppp negotiation failed encapsulation ppp mtu 64-1500-4500 mru 64-1500-4500 magic_check enable Negotiated ppp bundle values negotiated mru 1500 negotiated mtu 1500 Authentication parameters authentication-database -- local Press any key to continue(q: quit | enter: next line): green 84 0 0 0 0 yellow 0 0 0 0 0 red 0 0 0 0 0 Router/show/interface# bundle frf bundle frf status up number of links 1 total bandwidth 1536 kbps, utilized: 1536 kbps link speed bw inverted status diffdelay(msec) ©2005 SAMSUNG Electronics Co., Ltd. All rights reserved. TBD .5 t1 0/0/1 64 1536 no up encapsulation frame relay mtu 1600 RFC1490 fragmentation enabled frf20 disabled



LMI ansi(ANSI T1.617 Annex D) keepalive(t391) 10 n392 9 n393 10 n391 6 interface type DTE Bundle/Interface Counters since last boot/clear Rx Frames 281 Rx Invalid Frames 0 Rx FECNS 0 Rx BECNS 0 Press any key to continue(q: quit | enter: next line): Rx Short Frames 0 Rx Long Frames 0 Rx Invalid DLCIs 0 Rx Unknown DLCIs 0 Tx Frames 283 PVC 16 status up shaping(cir-bcmax-bcmin-be) 1536000-1536000-65536-0 policing(de-cir-bc-be) D-1536000-1536000-0 protocol(s) support ip ip info ipaddr 4.4.4.1 netmask 255.255.255.0 counters since last boot/clear Bytes Rx 9674 Bytes Tx 8484 Packets Rx 134 Packets Tx 134 Err Packets Rx 0 Up/Down States 3 counters for the last five minutes Bytes Rx 4370 Bytes Tx 3818 Packets Rx 51 Packets Tx 49 Press any key to continue(q: quit | enter: next line): Err Packets Rx 0 Up/Down States 0 RED Information WRED Status: Enabled DS-RED Status: Disabled Current queue size = 0 Maximum queue size = 2 Current avg queue size = 0 Maximum avg queue size = 0 Current Q size for WRED= 0 Q overflows = 0 WRED Configuration: Wq Bias Factor: 5 --------------+---------------+-------------- color min max mpd threshold threshold --------------+---------------+-------------- green 16 26 5 yellow 11 19 5 red 5 14 5 Press any key to continue(q: quit | enter: next line): WRED Counters: Color Pkts Fwd Pkts Fwd Pkts Dropd Pkts Dropd Ctrl Pkts Below Minth Minth-Maxth Minth-Maxth Above Maxth ---------------+------------------+------------------+-------------------- green 34 0 0 0 0 yellow 5 0 0 0 0 red 0 0 0 0 0



related commands show interface ethernet, show interface tunnel, show interface avc





5.142 show interface bundles This command lists configured bundles.

syntax bundles

default None.

example Router/show/interface# bundles The following() shows a typical show of configured bundles and their bandwidths, descriptions, contact names, and status. Router# show interface bundles bundle bw(kbps)Description contact stat IType Link dallas 0 --down NONE

related commands show interface bundle, show interface ethernet





5.143 show interface pppofr This command shows the configuration informationand status for a specified pppofr. Press any key to scroll through the show, or press ‘q’ to return to the command prompt. Repeat this command to obtain updated statistical data.

syntax pppofr pppofr-name <name>


Pppofr-name Specifies name of pppofr to be viewed.

default None.

example

Router/show/interface# bundle wan2 bundle wan2 status down, ipcp not in open state number of links 1 total bandwidth 1536 kbps link speed bw inverted status diffdelay(msec) ----- ----- t1 0/0/0 64 1536 no down ppp negotiation failed encapsulation ppp mtu 64-1500-4500 mru 64-1500-4500 magic_check enable Negotiated ppp bundle values negotiated mru 1500 negotiated mtu 1500 Authentication parameters authentication-database -- local Press any key to continue(q: quit | enter: next line): green 84 0 0 0 0 yellow 0 0 0 0 0 red 0 0 0 0 0 Router/show/interface# bundle frf bundle frf status up number of links 1 total bandwidth 1536 kbps, utilized: 1536 kbps link speed bw inverted status diffdelay(msec) ©2005 SAMSUNG Electronics Co., Ltd. All rights reserved. TBD .5 t1 0/0/1 64 1536 no up encapsulation frame relay mtu 1600 RFC1490 fragmentation enabled frf20 disabled



LMI ansi(ANSI T1.617 Annex D) keepalive(t391) 10 n392 9 n393 10 n391 6 interface type DTE Bundle/Interface Counters since last boot/clear Rx Frames 281 Rx Invalid Frames 0 Rx FECNS 0 Rx BECNS 0 Press any key to continue(q: quit | enter: next line): Rx Short Frames 0 Rx Long Frames 0 Rx Invalid DLCIs 0 Rx Unknown DLCIs 0 Tx Frames 283 PVC 16 status up shaping(cir-bcmax-bcmin-be) 1536000-1536000-65536-0 policing(de-cir-bc-be) D-1536000-1536000-0 protocol(s) support ip ip info ipaddr 4.4.4.1 netmask 255.255.255.0 counters since last boot/clear Bytes Rx 9674 Bytes Tx 8484 Packets Rx 134 Packets Tx 134 Err Packets Rx 0 Up/Down States 3 counters for the last five minutes Bytes Rx 4370 Bytes Tx 3818 Packets Rx 51 Packets Tx 49 Press any key to continue(q: quit | enter: next line): Err Packets Rx 0 Up/Down States 0 RED Information WRED Status: Enabled DS-RED Status: Disabled Current queue size = 0 Maximum queue size = 2 Current avg queue size = 0 Maximum avg queue size = 0 Current Q size for WRED= 0 Q overflows = 0 WRED Configuration: Wq Bias Factor: 5 --------------+---------------+-------------- color min max mpd threshold threshold --------------+---------------+-------------- green 16 26 5 yellow 11 19 5 red 5 14 5 Press any key to continue(q: quit | enter: next line): WRED Counters: Color Pkts Fwd Pkts Fwd Pkts Dropd Pkts Dropd Ctrl Pkts Below Minth Minth-Maxth Minth-Maxth Above Maxth ---------------+------------------+------------------+-------------------- green 34 0 0 0 0 yellow 5 0 0 0 0 red 0 0 0 0 0



related commands show interface ethernet, show interface tunnel, show interface avc





5.144 show interface ethernet This command shows configuration and status for a specified Ethernet port. Press any key to scroll through the show, or press ‘q’ to return to the command prompt. Repeat this command to obtain updated statistical data.

syntax ethernet slot_number <slot/port>


slot_number Specifies ethernet slot and port number of the interface.

default None.

example

Router/show/interface# ethernet 0/0 To clear the Ethernet port show counters, use the clear counters Ethernet command. ethernet 0/0 ipaddr 10.10.1.1 Netmask 255.255.255.0 Description - status down, operationally down configured Auto speed mode Actual speed 100 mode half_duplex mtu 1500 ethernet(0/0)(unit number 0) Type: ETHERNET(802.3) Flags:(0x807c203) UP, MULTICAST-ROUTE Internet Address: 10.10.1.1 Internet Netmask: 255.255.255.0 Internet Broadcast: 10.10.1.255 Maximum Transfer Unit: 1500 bytes Mac Address: 00:00:23:00:60:00 port counters since last boot/clear



related commands clear counters ethernet, show interface bundle, show interface tunnel, show interface avc





5.145 show interface ethernets This command shows Ethernet port configuration and status. This show shows the IP address, subnet mask, user-defined Description, status (up = active; down = shut down), speed (10 or 100 MHz), and operating mode (half-duplex or full-duplex) for each port.

syntax ethernets

default None.

example

Router/show/interface# ethernets ethernet 0/0 ipaddr 10.10.1.1 netmask 255.255.255.0 Description - status down, operationally down configured Auto speed mode actual speed 100 mode half_duplex mtu 1500 ethernet1/0 ipaddr 192.168.120.1 netmask 255.255.255.0Description

related commands show interface ethernet, show interface bundle





5.146 show interface loopback Displays loopback interface (s).

syntax loopback [loopback_name]

default None.

example

Router/show/interface# loopback loopback_name






5.147 show interface l2tp-server Displays l2tp-server interface (s).

syntax l2tp-server [l2tp-server-name]


l2tp-server-name Specifies name of the L2TP server.

default None.

example

Router/show/interface# l2tp-server l2tp-1






5.148 show interface switchport Displays the Layer-2 interface modes.

syntax switchport bridge

default None.

example

Router/show/interface# switchport bridge 1






5.149 show interface tunnel Displays information about the specified tunnel interface.

syntax tunnel tunnel-name <name>


tunnel-name Specifies name of the tunnel.

default None.

example In this example, the information displayed is for the t1 tunnel.

Router/show/interface# tunnel t1 Tunnel: t1 Status: up Internet Address: 110.1.1.1 Internet Netmask: 255.255.255.0 Source Address: 100.1.1.1 Destination Address: 200.1.1.1 MTU: 1476 bytes Protocol: GRE ICMP unreachable: will be sent ICMP redirect: will be sent Crypto type: untrusted IPSEC/IKE: policy not set key not set TTL: 30 Keepalive: disabled TOS: not set Path MTU discovery: disabled Key Value: not set Checksum: disabled Sequence Datagrams: disabled Tunnel Statistics: Bytes Rx 1018327 Bytes Tx 1518930 Packets Rx 1094 Packets Tx 1116 Err Packets Rx 10 Output Errs 0 Router/show/interface#



5.150 show interface tunnels shows the status and traffic statistics all tunnels.

syntax tunnels

default None.

example To see details on all tunnels, enter:

Router/show/interface # tunnels Tunnel: mainpipe Status: down(No source interface) Internet Address: 10.10.10.200 Internet Netmask: 255.255.0.0 Source Address: 10.10.30.10 Destination Address: 192.169.125.10 MTU: 1476 bytes Protocol: IPIP ICMP unreachable: will not be sent ICMP redirect: will be sent Crypto type: not set IPSEC/IKE: policy not set key not set TTL: 45 Keepalive: enabled, interval: 10, retries: 3 TOS: 100 Path MTU discovery: enabled Key Value: 884452 Checksum: enabled Sequence Datagrams: enabled Router/configure/interface/tunnel mainpipe# Tunnel Statistics: Bytes Rx 0 Bytes Tx 0 Packets Rx 0 Packets Tx 0 Err Packets Rx 0 Output Errs 0






5.151 show interface virtual-access Displays virtual access interface (s).

syntax virtual-access [virtual_access_name]

default None.

example

Router/show/interface# virtual-access virtual_access_name






5.152 show interface virtual-accesses Displays virtual access interfaces.

syntax virtual-accesses

default None.

example

Router/show/interface# virtual-access virtual_accesses

related commands show interface virtual-access





5.153 show ip This command accesses next-level commands for showing IP data.

syntax show ip

default None.

example

Router# show ip

related commands debug ip





5.154 show access-list routing list This command shows IP packet filter list rules, or all filtering rule sets currently in the Router system.

syntax show access-list routing rule-name <rulelist_name>


rule-name Specifies access list name

default None.

example Router# show access-list routing Filter01






5.155 show access-list ip list This command shows IP packet filter list rules, or all filtering rule sets currently in the Router system.

syntax access-list ip list <rule-name <rulelist_name> | all>



default None.

example

Router# show access-list ip list Filter01 Router# show access-list ip list all

related commands show access-list ip list-rules, show access-list ip list-stats





5.156 show access-list ip list-rules This command shows the IP filtering sets applied to an Ethernet port, a bundle, a PVC, or all interfaces. The names of the filter sets are given for both packet transmission directions.

syntax access-list ip list-rules if-type <if_type>


if-type Specifies type of the interface: ether0, ether1, bundle, bundle:pvc and all

default None.

example

Router# show access-list ip list-rules wan1:3

related commands show access-list ip list, show access-list ip list-stats





5.157 show access-list ip list-stats This command shows IP filter statistics for an Ethernet port, a bundle, a PVC, or all interfaces.

syntax access-list ip list-stats if-type <if_type>



default None.

example

Router# show access-list ip list-stats ethernet0/2

related commands show access-list ip list, show access-list ip list-rules





5.158 show access-list ipv6 list This command shows IPv6 packet filter list rules, or all filtering rule sets currently in the Router system.

syntax access-list ipv6 list <rule-name <rulelist_name> | all>



default None.

example

Router# show access-list ipv6 list Filter01 Router# show access-list ipv6 list all

related commands show access-list ipv6 list-rules, show access-list ipv6 list-stats





5.159 show access-list ipv6 list-rules This command shows the IPv6 filtering sets applied to an Ethernet port, a bundle, a PVC, or all interfaces. The names of the filter sets are given for both packet transmission directions.

syntax access-list ipv6 list-rules if-type <if_type>



default None.

example

Router# show access-list ipv6 list-rules wan1:3

related commands show access-list ipv6 list, show access-list ipv6 list-stats





5.160 show access-list ipv6 list-stats This command shows IPv6 filter statistics for an Ethernet port, a bundle, a PVC, or all interfaces.

syntax access-list ipv6 list-stats if-type <if_type>


if-type Specifies type of the interface: ether0, ether1, bundle, bundle: PVC and all.

default None.

example

Router# show access-list ipv6 list-stats ethernet0/2

related commands show access-list ipv6 list, show access-list ipv6 list-rules





5.161 show ip bgp A.B.C.D Use this command to show all BGP network information.

syntax bgp A.B.C.D



default None.

example

Router/show/ip# bgp 35.0.0.0


applicable models/versions iBG2016 and iBG3026/all versions.

command modes Router/show/ip



5.162 show ip bgp A.B.C.D/M Use this command to show all BGP network information.

syntax bgp A.B.C.D/M



M Subnet Mask Length

default None.

example

Router/show/ip# bgp 35.0.0.0/8






5.163 show ip bgp attribute-info Use this command to show internal attribute hash information.

syntax bgp attribute-info

default None.

example Router/show/ip# bgp attribute-info






5.164 show ip bgp cidr-only Use this command to show routes with classless, longest-matching-prefix network masks.

syntax bgp cidr-only

default None.

example

Router/show/ip# bgp cidr-only






5.165 show ip bgp community Use this command to show routes matching the communities.

syntax bgp community [community-number <AA:NN> [[exact-match] | [local-AS] | [no-advertise] | [no-export]] | [local-AS] | [no-advertise] | [no-export]]


community-number Community number in AA:NN format


local-as Do not send outside local AS (well-known community)

no-advertise Do not advertise to any peer (well-known community)

no-export Do not export to next AS (well-known community)

default None.

example

Router/show/ip# bgp community 10:23 Router/show/ip# bgp community 10:23 l no-a no-e






5.166 show ip bgp community-info Use this command to list all BGP community information.

syntax bgp community-info

default None.

example

Router/show/ip# bgp community-info






5.167 show ip bgp community-list Use this command to show routes that match the community-list.

syntax bgp community-list LISTNAME <cl_name> [exact-match]


LISTNAME Community-list name


default None.

example

Router/show/ip# bgp community-list mylist exact-match






5.168 show ip bgp dampening Use this command to show detailed information about dampening.

syntax bgp dampening <dampened-paths | flap-statistics | parameters>


dampened-paths Display paths suppressed due to dampening

flap-statistics Display flap statistics of routes

parameters Display details of configured dampening parameters

default None.

example

Router/show/ip# bgp dampening p Router/show/ip# bgp dampening dampened-paths Router/show/ip# bgp dampening flap

related commands clear ip bgp dampening, debug bgp dampening





5.169 show ip bgp filter-list Use this command to show routes conforming to the filter-list.

syntax bgp filter-list LISTNAME <acl_name>


LISTNAME Regular expression access list name

default None.

example

Router/show/ip# bgp filter-list mylist Router/show/ip# bgp filter-list *acc1*

related commands debug bgp filters





5.170 show ip bgp inconsistent-as Use this command to show routes with inconsistent AS Paths.

syntax bgp inconsistent-as

default None.

example

Router/show/ip# bgp inconsistent-as

related commands clear ip bgp, debug bgp filters





5.171 show ip bgp neighbors Use this command to show detailed information on BGP neighbor connections.

syntax bgp neighbors [A.B.C.D] [advertised-routes | received-routes | routes]


A.B.C.D IP address of neighbor to display information about

advertised-routes The routes advertised to a BGP neighbor

received-routes The received routes from neighbor

routes Routes learned from neighbor

default None.

example

Router/show/ip# bgp neighbors Router/show/ip# bgp neighbors 1.2.3.4






5.172 show ip bgp paths Use this command to show BGP path information.

syntax show ip bgp paths

default None.

example

Router/show/ip# bgp paths






5.173 show ip bgp prefix-list Use this command to show routes matching the prefix-list.

syntax bgp prefix-list LISTNAME <ip_p_name>


LISTNAME IP prefix-list name

default None.

example show ip bgp prefix-list

example

Router/show/ip# bgp prefix-list mylist

related commands show ip bgp quote-regexp





5.174 show ip bgp quote-regexp Use this command to show routes matching the AS path regular expression as a quoted string.

syntax bgp quote-regexp quoted-string <quoted_string>


quoted-string Display routes matching the AS path regular expression (quoted string)

default None.

example

Router/show/ip# bgp quote-regexp ‘IPI’

related commands show ip bgp paths





5.175 show ip bgp regexp Use this command to show routes matching the AS path regular expression.

syntax bgp regexp .LINE <r_expression>


LINE A regular-expression to match the BGP AS paths

default None.

example

Router/show/ip# bgp regexp myexpression






5.176 show ip bgp route-map Use this command to show routes that match the specified route-map.

syntax show ip bgp route-map route_map <r_map>


route_map A route-map to match on

default None.

example Router/show/ip# bgp route-map IPI






5.177 show ip bgp scan Use this command to show BGP scan status.

syntax bgp scan

default None.

example Router/show/ip# bgp scan






5.178 show ip bgp summary Use this command to show a summary of BGP neighbor status.

syntax bgp summary

default None.

example

Router/show/ip# bgp summary






5.179 show ip dhcps address_pools This command shows the DHCP address pools.

syntax dhcps address_pools < summary | full >


summary summarized address pool information

full full address pool information

default None.

example Router/show/ip# dhcps address_pools _

related commands show ip dhcps configuration, show ip dhcps interfaces, show ip dhcps statistics, show ip dhcps vendor_options





5.180 show ip dhcps bindings This command shows the DHCP server bindings.

syntax dhcps bindings

default None.

example Router/show/ip# dhcps bindings IP address Hardware Address Lease Expiration ================ ==================== ================ 8.8.8.2 00:50:04:7c:8d:70 WED FEB 02 07:18:26 2005

related commands show ip dhcps address_pools, show ip dhcps configuration, show ip dhcps interfaces, show ip dhcps statistics, show ip dhcps vendor options





5.181 show ip dhcps config This command shows the DHCP configuration.

syntax dhcps config

default None.

example

Router/show/ip# dhcps config DHCP Server is enabled DHCP Server configured for following interfaces: ethernet0/2 ethernet0/4 default Lease Time: 3600 seconds Remote Database URL: not configured DHCP server address pool: test8 default router: 8.8.8.1 dns server: 90.90.90.200 domain: routerdomain lease: 480 seconds network: 8.8.8.0 255.255.255.0

related commands show ip dhcps bindings, show ip dhcps address_pools, show ip dhcps interfaces, show ip dhcps statistics, show ip dhcps venodr options





5.182 show ip dhcps interfaces This command shows the DHCP interfaces.

syntax dhcps interfaces

default None.

example

Router/show/ip# dhcps interfaces DHCP Server configured for following interfaces: ethernet0/2 ethernet0/4

related commands show ip dhcps address_pools, show ip dhcps configuration, show ip dhcps statistics, show ip dhcps vendor options





5.183 show ip dhcps statistics This command shows the DHCP server statistics.

syntax dhcps statistics

default None.

example

Router/show/ip# dhcps statistics DHCP Server packets received: DHCP DISCOVER : 2 DHCP REQUEST : 3 Total : 5 DHCP Server packets sent: DHCP OFFER : 2 DHCP ACK : 3 Total : 5

related commands show ip dhcps bindings, show ip dhcps address_pools, show ip dhcps configuration, show ip dhcps interfaces, show ip dhcps vendor options





configure ip dhcps vendor This command configures the vendor specific information option of the DHCP server. This command enters the DHCP configuration mode for the specified vendor class, hence, all commands executed before the next Exit command apply to this vendor specific information. Use the no form of this command to delete a DHCP vendor class. The administrator can create multiple DHCP vendor classes on devices with multiple interfaces.

syntax vendor vendor_name <name> no vendor vendor_name <name>


vendor_name <name> Name of the vendor

example

This example configures the vendor specific information of DHCP server to ‘vendor1’ and enters the vendor specific information configuration mode. Router/configure/ip/dhcps# vendor vendor1

related commands configure ip dhcps remote_database, configure ip dhcps interface, configure ip dhcps relay, configure ip dhcps enable, show ip dhcp config, configure ip dhcps vendor sub_option_bin, configure ip dhcps vendor sub_option_txt, configure ip dhcps vendor vendor_class_idenifier, configure ip dhcps vendor vendor_option_bin, configure ip dhcps vendor vendor_option_txt


command modes Router/configure/ip/dhcps



configure ip dhcps vendor sub_option_bin This command adds and configures an encapsulated vendor-specific option formed by series of bytes from the DHCP server. To remove a sub_option_bin from a vendor class, use the no form of this command.

syntax sub_option_bin option_code<n> value<data> no sub_option_bin option_code<n> value<data>


option_code<n> Option code interpreted by the vendor- specific code on the clients

value<data> Value of vendor-specific information; a colon-separated list of hexadecimal values, ex) 01:02:4F:4B

example

This example configures the sub_option_bin for vendor ‘vendor1’. Router/configure/ip/dhcps/vendor vendor1# sub_option_bin 100 01:02:4F:4B

related commands configure ip dhcps remote_database, configure ip dhcps interface, configure ip dhcps relay, configure ip dhcps enable, show ip dhcp config, configure ip dhcps vendor, configure ip dhcps vendor sub_option_txt, configure ip dhcps vendor vendor_class_idenifier, configure ip dhcps vendor vendor_option_bin, configure ip dhcps vendor vendor_option_txt


command modes Router/configure/ip/dhcps/vendor



configure ip dhcps vendor sub_option_txt This command adds and configures an encapsulated vendor-specific option of the DHCP server. To remove a sub_option_bin from a vendor class, use the no form of this command.

syntax sub_option_txt option_code<n> value<data> no sub_option_txt option_code<n> value<data>


option_code<n> Option code interpreted by vendor- specific code on the clients.

value<data> Value of vendor specific information.

example

This example configures the sub_option_txt for vendor ‘vendor1’. Router/configure/ip/dhcps/vendor vendor1# sub_option_txt 100 “01024F4B”

related commands configure ip dhcps remote_database, configure ip dhcps interface, configure ip dhcps relay, configure ip dhcps enable, show ip dhcp config, configure ip dhcps vendor, configure ip dhcps vendor sub_option_bin, configure ip dhcps vendor vendor_class_idenifier, configure ip dhcps vendor vendor_option_bin, configure ip dhcps vendor vendor_option_txt





configure ip dhcps vendor vendor_class_idenifier This command adds and configures a vendor class identifier to identify the vendor type of the DHCP client. To remove a vendor class identifier from a vendor class, use the no form of this command.

syntax vendor_class_identifier identifier<idenifier> no vendor_class_identifier identifier<idenifier>


identifier<idenifier> Identifier for vendor class

example

This example configures the sub_option_txt for vendor ‘vendor1’. Router/configure/ip/dhcps/vendor vendor1# vendoer_class_identifier “vendor1”

related commands configure ip dhcps remote_database, configure ip dhcps interface, configure ip dhcps relay, configure ip dhcps enable, show ip dhcp config, configure ip dhcps vendor, configure ip dhcps vendor sub_option_bin, configure ip dhcps vendor sub_option_txt, configure ip dhcps vendor vendor_option_bin, configure ip dhcps vendor vendor_option_txt





configure ip dhcps vendor vendor_option_bin This command adds and configures the entire vendor-specific option (binary format) of the DHCP server. It would replace all sub-options. To remove a vendor_option_bin from a vendor class, use the no form of this command.

syntax vendor_option_bin option_value <data> no vendor_option_bin option_value<data>


option_value<data> Value of the vendor-specific option; a colon-separated list of hexadecimal values, ex) 01:02:4F:4B

example

This example configures the vendor_option_bin for vendor ‘vendor1’. Router/configure/ip/dhcps/vendor vendor1# vendor_option_bin 01:02:4F:4B

related commands configure ip dhcps remote_database, configure ip dhcps interface, configure ip dhcps relay, configure ip dhcps enable, show ip dhcp config, configure ip dhcps vendor, configure ip dhcps vendor sub_option_bin, configure ip dhcps vendor sub_option_txt, configure ip dhcps vendor vendor_class_idenifier, configure ip dhcps vendor vendor_option_txt





configure ip dhcps vendor vendor_option_txt This command adds and configures the entire vendor-specific option (text format) of the DHCP server. It would replace all sub-options. To remove a vendor_option_txt from a vendor class, use the no form of this command.

syntax vendor_option_txt option_value<data> no vendor_option_txt option_value<data>


Option_value<data> Value of the vendor-specific option; text string

example

This example configures the vendor_option_txt for vendor ‘vendor1’. Router/configure/ip/dhcps/vendor vendor1# vendor_option_txt “01024F4B”

related commands configure ip dhcps remote_database, configure ip dhcps interface, configure ip dhcps relay, configure ip dhcps enable, show ip dhcp config, configure ip dhcps vendor, configure ip dhcps vendor sub_option_bin, configure ip dhcps vendor sub_option_txt, configure ip dhcps vendor vendor_class_idenifier, configure ip dhcps vendor vendor_option_bin





5.184 show ip dns This command shows the DNS information.

syntax dns

default None.

example

Router/show/ip# dns

related commands configure ip domain-name, configure ip pname_server, configure ip name_server





5.185 show ip dvmrp Use this command to show global DVMRP daemon info. To modify the lines showed, use the | (output modifier token) and to save the output to a file use the> (output redirection token).

syntax show ip dvmrp

default None.

example

Router# show ip dvmrp DVMRP Daemon Start Time: 18w2d19h DVMRP Daemon Uptime: 04:58:40DVMRP Number of Route Entries: 3 DVMRP Number of Prune Entries: 0 DVMRP Route Report Timer: RunningDVMRP Route Report Timer Last Update: 18w3d00hDVMRP Route Report Timer Next Update: 00:00:23DVMRP Flash Route Update Timer: Not Running






5.186 show ip dvmrp interface Use this command to show information on all DVMRP-enabled interfaces or a specified interface. To modify the lines showed, use the | (output modifier token) and to save the output to a file use the> (output redirection token).

syntax show ip dvmrp interface [detail | if-name <if_name> [detail]]


detail Shows DVMRP detailed interface information.

if-name Specifies interface name

default None.

example

Router# show ip dvmrp interface Address Interface Vif Ver. Nbr Type Remote Index Cnt Address 1.1.1.10 ethernet3/1 0 v3.ff 0 BCAST N/A 2.2.2.20 ethernet3/2 1 v3.ff 0 BCAST N/A






5.187 show ip dvmrp neighbor Shows the DVMRP neighbor entry in detail indicated by interface IFNAME and its IP address A.B.C.D. To modify the lines showed, use the | (output modifier token) and to save the output to a file use the> (output redirection token).

syntax show ip dvmrp neighbor [detail | if-name <if_name> [detail] | if-name <if_name> A.B.C.D[detail]]


if-name The name of the interface.

A.B.C.D The address of the neighbor

detail Shows detailed neighbor information

default None.

example

Router# show ip dvmrp neighbor detail Neighbor address: 10.10.10.11 Interface: eth1 UpTime: 00:00:06 ExpTime:

00:00:29 Major Version:3 Minor Version:255 Capabilities: 2e State: 1WAY Type: Discovered by Probe Number of PROBE Received: 1 Number of REPORT Received:0 Number of REPORT Sent: 0 Number of PRUNE Received:0

Number of PRUNE Sent:0 Number of GRAFT Received:0 Number of GRAFT Sent:0 Number of GRAFTACK Recvd:0 Number of GRAFTACK Sent:0 Support Capability Flag: Support Pruning:Support GenID:



5.188 show ip dvmrp prune Shows the entire DVMRP prune table in detail. To modify the lines showed, use the | (output modifier token) and to save the output to a file use the> (output redirection token).

syntax show ip dvmrp prune [detail]


detail Shows detailed neighbor information

default None.

example

Router# show ip dvmrp prune Flags P=Pruned,H=Host,D=Holddown,N=NegMFC,I=Init Source Mask Group State FCR Exptime Prune/Graft Address Len Address Cnt ReXmit-Time 192.168.2.0 24 239.255.255.2 ..... 1 01:59:59 Off






5.189 show ip dvmrp prune group Shows all the DVMRP prune table entries in detail which contain the multicast group indicated by IP address A.B.C.D. To modify the lines showed, use the | (output modifier token) and to save the output to a file use the> (output redirection token).

syntax show ip dvmrp prune group A.B.C.D [detail]


A.B.C.D Specifies the address of the neighbor

detail Shows detailed prune state information

default None.

example

Router# show ip dvmrp prune group 239.255.255.2 Flags: P=Pruned, H=Host,D=Holddown,N=NegMFC,I=Init Source Mask Group State FCR Exptime Prune/Graft Address Len Address Cnt ReXmit-Time 192.168.2.0 24 239.255.255.2 ..... 1 01:59:56 Off






5.190 show ip dvmrp prune source Shows the DVMRP prune table entry in detail which matches both the multicast source network indicated by IP address A.B.C.D and mask length M and the multicast group indicated by IP address A.B.C.D. To modify the lines showed, use the | (output modifier token) and to save the output to a file use the> (output redirection token).

syntax show ip dvmrp prune source A.B.C.D/M group A.B.C.D [detail]


A.B.C.D/M The prefix of the group

A.B.C.D The address of the group


default None.

example

Router# show ip dvmrp prune source 192.168.2.0/24 group 239.255.255.2 Flags: P=Pruned,H=Host,D=Holddown,N=NegMFC,I=InitSource Mask Group State FCR Exptime Prune/Graft Address Len Address Cnt ReXmit-Time 192.168.2.0 24 239.255.255.2 ..... 1 01:59:55 Off






5.191 show ip dvmrp prune source Shows DVMRP prune table entries in detail which contain the multicast source network indicated by IP address A.B.C.D and mask length M. To modify the lines showed, use the | (output modifier token) and to save the output to a file use the> (output redirection token).

syntax show ip dvmrp prune source A.B.C.D/M [group A.B.C.D][detail]


A.B.C.D/M The prefix of the group


default None.

example

Router# show ip dvmrp prune source 192.168.2.0/24 group 239.255.255.2 detail Flags: P=Pruned,H=Host,D=Holddown,N=NegMFC,I=InitSource Mask Group State FCR Exptime Prune/Graft Address Len Address Cnt ReXmit-Time 192.168.2.0 24 239.255.255.2 ..... 1 01:59:55 Off






5.192 show ip dvmrp route Shows all the DVMRP neighbor tables in detail. To modify the lines showed, use the | (output modifier token) and to save the output to a file use the> (output redirection token).

syntax show ip dvmrp route [A.B.C.D/M][detail]


A.B.C.D/M The source network address and mask.


default None.

example

Router# show ip dvmrp route Flags: N = New, D = DirectlyConnected, H = Holddown Network Flags Nexthop NexthopMetric Uptime Exptime Xface Neighbor 10.10.10.0/24 .D. eth1 Directly Connected 1 05:01:29 00:00:00 10.10.11.0/24 .D. eth2 Directly Connected 1 05:01:29 00:00:00 10.10.12.0/24 .D. eth3 Directly Connected 1 05:01:29 00:00:00






5.193 show ip dvmrp route nexthop Shows all the DVMRP route table entries in detail that have the upstream neighbor indicated by IP address A.B.C.D. To modify the lines showed, use the | (output modifier token) and to save the output to a file use the> (output redirection token).

syntax show ip dvmrp route nexthop A.B.C.D [detail] where



detail Shows detailed route information

default None.

example

Router# show ip dvmrp route nexthop 10.10.10.11 Flags: N = New, D = DirectlyConnected, H = Holddown Network Flags Nexthop Nexthop Metric Uptime Exptime Xface Neighbor 192.168.0.0/24 ... eth1 10.10.10.11 2 00:00:08






5.194 show ip dvmrp route best-match Shows the DVMRP route table entry in detail which is the best-match route for the source indicated by IP address To modify the lines showed, use the | (output modifier token) and to save the output to a file use the> (output redirection token).

syntax show ip dvmrp route best-match A.B.C.D [detail]



detail Shows detailed route information

default None.

example With out the detail parameter:

Router# show ip dvmrp route best-match 10.10.10.50 Flags: N = New, D = DirectlyConnected, H = Holddown Network Flags NexthopNexthop Metric Uptime Exptime Xface Neighbor 10.10.10.0/24 .D. eth1 Directly Connected 1 05:06:39 00:00:00

With the detail parameter:

dvmrp> show ip dvmrp route best-match 10.10.10.50 detail Network: 10.10.10.0/24 Flags:(N=New,D=DirectConnect,H=Holddown): .D. Metric: 1 Uptime: 05:07:14 Expiry time: 00:00:00 Upstream VIF: eth1 Upstream Neighbor: Directly Connected Route VIF: eth1 vif-index: 1 Flags(D=DF,U=UpStream): DU DF Address: 10.10.10.50



DF Metric: 1 Number dsd neighbors: 0 VIF: eth2 vif-index: 2 Flags(D=DF,U=UpStream): D. DF Address: 10.10.11.50 DF Metric: 1 Number dsd neighbors: 0 VIF: eth3 vif-index: 3 Flags(D=DF,U=UpStream): D. DF Address: 10.10.12.50 DF Metric: 1 Number dsd neighbors: 0






5.195 show hosts This command shows a list of configured hosts, along with their IPv4 and IPv6 addresses.

syntax hosts [type < ip >] hosts [type < ipv6 >] (for SNOS verion 2.0.0 or higher)


type Host type for display, IPv4 hosts only or IPv6 hosts only. None will specify all hosts.

default None.

example

Router/show# hosts Router/show# hosts ip Router/show# hosts ipv6 (for SNOS verion 2.0.0 or higher)

related commands configure ip host_add, configure ipv6 host_add





5.196 show ip http config Use this command to display HTTP and HTTP secure server configuration status.

syntax http config

default None.

example

Router/show/ip# http config HTTP and HTTP secure server status for Web-based Device Management HTTP server status: Enabled HTTP server port: 80 HTTP server authentication method: local only HTTP server base path(fixed): /cf0/ HTTP secure server status: Enabled HTTP secure server port: 4443 HTTP secure server ciphersuite: RSA with MD5 or SHA1, 512 or 1024 bits

related commands configure ip http server, configure ip http secure-server





5.197 show ip http selfcert Use this command to display self-signed certificate.

syntax http selfcert

default None.

example

Router/show/ip# http selfcert SELF CERTIFICATE # 1 IdName : self1 SubName : /CN=SNOS-HTTPS-Self-Signed-Certification SerialNum : 00 IssuerNam : /CN=SNOS-HTTPS-Self-Signed-Certification Expiry Time : Feb 4 06:27:23 2007 GMT

related commands configure ip http gen-selfcet





5.198 show dm_version This command shows iBG-DM package version information which installed on your iBG router’s flash memory (/cf0).

syntax show dm_version

default None.

example

Router# show dm_version iBG-DM Version : 2.0.0 BuildNum : 20070316.1 SNOS support : iBG3026_2.0.0/iBG2016_2.0.0/ISM_1.1.0 ------------ package files (except web files) ---------- ibgdm.jar : O.K. (size : 4393428 bytes) ibgdmhelp.jar : O.K. (size : 984376 bytes) ibgdmres.jar : O.K. (size : 3635810 bytes) ism.jar : O.K. (size : 2890736 bytes) jhclass.jar : O.K. (size : 2415654 bytes) mediation.jar : O.K. (size : 2854601 bytes)

related commands show ip http config





5.199 show ip igmp groups Use this command to show the multicast groups with receivers directly connected to the router and learned through IGMP.

syntax show ip igmp groups [A.B.C.D | if-name <if_name>]


if-name Name of interface on which group has been reported

A.B.C.D Multicast group address

default None.

example Using show ip igmp groups command without parameters shows the group address, interface type, and interface number of all directly connected multicast groups:

Router# show ip igmp groups IGMP Connected Group Membership Group Address Interface Uptime Expires Last Reporter 225.1.1.1 ethernet3/0 00:17:37 00:03:53 174.0.1.10 225.1.1.2 ethernet3/0 00:17:37 00:03:53 174.0.1.10 225.1.1.3 ethernet3/0 00:17:37 00:03:53 174.0.1.10 Router# show ip igmp groups 225.1.1.2 IGMP Connected Group Membership Group Address Interface Uptime Expires Last Reporter 225.1.1.2 ethernet3/0 00:52:29 00:04:02 174.0.1.10 Router# show ip igmp groups ethernet3/0 IGMP Connected Group Membership Group Address Interface Uptime Expires Last Reporter 225.1.1.1 ethernet3/0 00:51:26 00:02:55 174.0.1.10 225.1.1.2 ethernet3/0 00:51:26 00:02:55 174.0.1.10 225.1.1.3 ethernet3/0 00:51:26 00:02:55 174.0.1.10



related commands clear ip igmp group





5.200 show ip igmp interface Use this command to show multicast-related information about an interface.

syntax show ip igmp interface if-name [if_name]



default None.

example The following shows multicast-relatedd information about an interface.

Router# show ip igmp interface Interface ethernet0/2 (Index 3) IGMP Enabled, Active, Querier, Default version 2 Internet address is 150.1.1.1 IGMP query interval is 125 seconds IGMP querier timeout is 255 seconds IGMP max query response time is 10 seconds Last member query response interval is 1000 milliseconds Group Membership interval is 260 seconds Number of groups IGMP joined on this interface: 0 Number of received IGMP V1-reports: 0 Number of received IGMP V2-reports: 0 Number of received IGMP V2-leaves: 0 Multicast routing is enabled on interface Interface ethernet3/0 (Index 6) IGMP Enabled, Active, Querier, Default version 2 Internet address is 174.0.1.1 IGMP query interval is 125 seconds IGMP querier timeout is 255 seconds IGMP max query response time is 10 seconds Last member query response interval is 1000 milliseconds Group Membership interval is 260 seconds



Number of groups IGMP joined on this interface: 3 Number of received IGMP V1-reports: 0 Number of received IGMP V2-reports: 201 Number of received IGMP V2-leaves: 0 Multicast routing is enabled on interface Router# show ip igmp interface ethernet3/0 Interface ethernet3/0 (Index 6) IGMP Enabled, Active, Querier, Default version 2 Internet address is 174.0.1.1 IGMP query interval is 125 seconds IGMP querier timeout is 255 seconds IGMP max query response time is 10 seconds Last member query response interval is 1000 milliseconds Group Membership interval is 260 seconds Number of groups IGMP joined on this interface: 3 Number of received IGMP V1-reports: 0 Number of received IGMP V2-reports: 75 Number of received IGMP V2-leaves: 3 Multicast routing is enabled on interface

related commands clear ip igmp interface





5.201 show ip igmp snooping Use this command to show the state of IGMP Snooping.

syntax show ip igmp snooping

default None.

example

Router# show ip igmp snooping

related commands show ip igmp interface





5.202 show ip igmp snooping explicit-tracking Use this command to show information about the explicit host tracking status for IGMPv3 hosts.

syntax show ip igmp snooping explicit-tracking show ip igmp snooping explicit-tracking [vlan vlanid <vlan_id>] show ip igmp snooping explicit-tracking [vlan default]


vlanid Specifies VLAN ID. Range is 2 to 4094

default Specifies default VLAN ID

default None.

example If no VLAN or bridge is specified, all bridges/VLANs are showed. If only a bridge is specified, all VLANs on that bridge are showed. If only a VLAN is specified, this command assumes that only one bridge is configured.

Router# show ip igmp snooping explicit-tracking vlan 25 Source/ Group Interface Reporter Filter_mode 10.1.1.1/226.2.2.2 ethernet 0/0 16.27.2.3 INCLUDE 10.2.2.2/226.2.2.2 ethernet 0/0 16.27.2.3 INCLUDE

example

Router# show ip igmp snooping explicit-tracking vlan default



5.203 show ip igmp snooping fast- Use this command to show information about the fast-leave processing for IGMP hosts

syntax show ip igmp snooping fast-leave [bridge 1] show ip igmp snooping fast-leave [vlan vlanid <vlan_id>] show ip igmp snooping fast-leave [vlan default]


vlanid Specifies VLAN ID, Range is 2 to 4094

default Specifies the default VLAN ID

default None.

example The following is an output of this command showing information about the fast-leave processing for IGMP hosts.

Router# show ip igmp snooping fast-leave Bridge 1: VLAN 1 IGMP Snooping fast-leave is disabled Bridge 1: VLAN 100 IGMP Snooping fast-leave is enabled Bridge 1: VLAN 200 IGMP Snooping fast-leave is disabled Router# If no VLAN or bridge is specified, all bridges/VLANs are showed. If only one bridge is specified, all VLANs on that bridge are showed. If only one VLAN is specified, this command assumes that only one bridge is configured.



5.204 show ip igmp snooping group Use this command to show the group information.

syntax show ip igmp snooping group

default None.

example The following is an output of this command showing the group information.

Router# show ip igmp snooping group






5.205 show ip igmp snooping group-membership-interval

Use this command to show the value of the group-membership interval.

syntax show ip igmp snooping group-membership-interval show ip igmp snooping group-membership-interval [vlan vlanid <vlan_id>] show ip igmp snooping group-membership-interval [vlan default]




default None.

example The following is an output of this command showing the value of the other querier interval.

Router# show ip igmp snooping group-membership-interval Bridge 1: VLAN 2IGMP Snooping group-membership-interval is 120000 ms






5.206 show ip igmp snooping interface Use this command to show the value of the IGMP snooping version supported by the interface.

syntax show ip igmp snooping interface version

default None.

example

Router# show ip igmp snooping interface version IGMP Snooping version for interface ethernet 0/0 vlan 1 bridge 1 is 2IGMP Snooping version forinterface eth1 vlan 1 bridge 1 is 2






5.207 show ip igmp snooping last-member-query-interval

Use this command to show information about the last-member-query-interval processing for IGMP hosts.

syntax show ip igmp snooping last-member-query-interval show ip igmp snooping last-member-query-interval [vlan vlanid <vlan_id>] show ip igmp snooping last-member-query-interval [vlan default] where




default None.

example The following is an output of this command showing information about the last-member-query-interval processing for IGMP hosts.

Router# show ip igmp snooping last-member-query-interval vlan 2 bridge 1 Last-member-query-interval for VLAN 2 Bridge 2 is 900 millisecondsRouter#




5.208 show ip igmp snooping max-response- time

Use this command to show the value of the maximum response time.

syntax show ip igmp snooping max-response-time show ip igmp snooping max-response-time [vlan default] show ip igmp snooping max-response-time vlan vlanid <vlan_id> where




default None.


Router# show ip igmp snooping max-response-time Bridge 1: VLAN 1 IGMP Snooping max-response-time is 900 msBridge 2: VLAN 2 IGMP Snooping max-response-time is 900 ms






5.209 show ip igmp snooping mrouter Use this command to show the multicast router interfaces in default VLAN.

syntax show ip igmp snooping mrouter show ip igmp snooping mrouter [interface if-name <if_name>] show ip igmp snooping mrouter [vlan vlanid <vlan_id>] show ip igmp snooping mrouter [vlan default]


if-name Specifies interface name



default None.

example The following is an output of this command showing the multicast router interfaces in default VLAN:

Router# show ip igmp snooping mrouter vlan default vlan ports-----+---------------------------------------1 ethernet 0/0,Router






5.210 show ip igmp snooping querier-timeout Use this command to show the value of the other querier interval.

syntax show ip igmp snooping querier-timeout show ip igmp snooping querier-timeout [vlan vlanid <vlan_id>] show ip igmp snooping querier-timeout [vlan default]




default None.


Router# show ip igmp snooping querier-timeout Bridge 1: VLAN 1IGMP Snooping other-querier-interval is 900 ms






5.211 show ip igmp snooping querier Use this command to show the state of the IGMP snooping querier.

syntax show ip igmp snooping querier show ip igmp snooping querier [vlan vlanid <vlan_id>] show ip igmp snooping querier [vlan default]




default None.

example The following is an output of this command showing the state information about the IGMP snooping querier.

Router# show ip igmp snooping querier IGMP Snooping querier is enabled






5.212 show ip igmp snooping query-interval Use this command to show the value of the IGMP snooping query-interval.

syntax show ip igmp snooping query-interval show ip igmp snooping query-interval [vlan vlanid <vlan_id>] show ip igmp snooping query-interval [vlan default] show ip igmp snooping query-interval


vlanid Specifies VLAN ID. Range is 2 to 4094.

default Specifies default VLAN ID.

default None.

example The following is an output of this command showing the value of the IGMP snooping query-interval.

Router# show ip igmp snooping query-interval






5.213 show ip igmp snooping ssm-safe-reporting

Use this command to show the state information about the IGMP snooping SSM-safe-reporting.

syntax show ip igmp snooping ssm-safe-reporting show ip igmp snooping ssm-safe-reporting [vlan vlanid <vlan_id>] show ip igmp snooping ssm-safe-reporting [vlan default]




default None.

example The following is an output of this command showing the state information about the IGMP snooping SSM-safereporting.

Router# show ip igmp snooping ssm-safe-reporting vlan 2 bridge 1 IGMP Snooping ssm-safe-reporting is enabled for VLAN 2 Bridge 1Router#






5.214 show ip igmp snooping vlan Use this command to show the IGMP snooping state for the default VLAN.

syntax show ip igmp snooping vlan <default | vlanid <vlan_id>]



default None.

example The following is an output of this command showing the IGMP snooping state for the default VLAN.

Router# show ip igmp snooping vlan default IGMP snooping is globally enabled Bridge 1: VLAN: default IGMP snooping is enabled IGMP snooping fast-leave is disabled IGMP snooping querier is disabled IGMP snooping explicit-tracking is enabled IGMP snooping ssm-safe-reporting is enabled IGMP snooping last member query interval is 1000 ms






5.215 show ip igmpV2 snooping statistics Use this command to display IGMP version 2 statistics.

syntax ip igmpV2 snooping statistics ip igmpV2 snooping statistics [vlan vlanid <vlan_id>]



default None.

example

Router/show# ip igmpV2 snooping statistics IGMP-V2 Snooping Statistics: Bridge 1 VLAN default Total valid pkts rcvd: 0 Total invalid pkts rcvd: 0 Number of Reports rcvd: 0 Number of Leaves rcvd: 0 Number of Membership Queries rcvd: 0 Number of Reports tx: 0 Number of Leaves tx: 0 Number of Group-Specific Queries tx: 0 Number of General Queries tx: 0 IGMP-V2 Snooping Statistics: Bridge 1 VLAN 100 Total valid pkts rcvd: 0 Total invalid pkts rcvd: 0 Number of Reports rcvd: 0 Number of Leaves rcvd: 0 Number of Membership Queries rcvd: 0 Number of Reports tx: 0 Number of Leaves tx: 0 Number of Group-Specific Queries tx: 0 Number of General Queries tx: 0 IGMP-V2 Snooping Statistics: Bridge 1 VLAN 200 Total valid pkts rcvd: 0 Total invalid pkts rcvd: 0 Number of Reports rcvd: 0 Number of Leaves rcvd: 0 Number of Membership Queries rcvd: 0 Number of Reports tx: 0 Number of Leaves tx: 0 Number of Group-Specific Queries tx: 0 Number of General Queries tx: 0



5.216 show ip interface Use this command to show interface information.

syntax show ip interface [interface if-name <if_name>] [format <detail | brief>]

example Router# show ip interface interface ethernet0/4 format detail Router# show ip interface format brief






5.217 show ip interfaces Use this command to show interfaces information.

syntax show ip interfaces [interface if-name <if_name>] [format <detail | brief>]

example

Router# show ip interfacse interface ethernet0/4 format detail Router# show ip interfaces format brief






5.218 show ip mroute Use this command to show IP multicast routing table information.

syntax show ip mroute [A.B.C.D] [summary]


A.B.C.D Specifies source or Group IP Address

example

Router# show ip mroute A.B.C.D summary Router# show ip mroute summary






5.219 show ip mvif Use this command to show IP multicast interface information.

syntax show ip mvif [if-name <if_name>]


if-name Specifies name of the interface

example

Router# show ip mvif Router# show ip mvif ethernet0/4






5.220 show ip ospf Use this command to show general information about all OSPF routing processes. Include the process ID parameter with this command to show information about specified instances.

syntax show ip ospf [PROCESSID <n>] [border-routers | database | neighbor | route | te-database | virtual-links]


PROCESSID <0-65535> The ID of the router process for which information will be showed. If this parameter is included, only the information for the specified routing process is showed.

border-routers Specifies Border and Boundary Router Information

database Specifies Database summary

neighbor Specifies Neighbor list

route Specifies OSPF routing table

te-database Specifies TE Database

virtual-links Specifies Virtual link information

default None.

example

Router# show ip ospf Routing Process "ospf 1" with ID 199.9.9.76 Process uptime is 3 minutes Process bound to VRF default Conforms to RFC2328, and RFC1583Compatibility flag is disabled Supports only single TOS(TOS0) routes Supports opaque LSA This router is an ABR, ABR Type is Alternative Cisco (RFC3509) SPF schedule delay 5 secs, Hold time between two SPFs 10 secs Refresh timer 10 secs Number of incomming current DD exchange neighbors 0/5 Number of outgoing current DD exchange neighbors 0/5



Number of external LSA 0. Checksum 0x000000 Number of opaque AS LSA 0. Checksum 0x000000 Number of non-default external LSA 0 External LSA database is unlimited. Number of LSA originated 9 Number of LSA received 5 Number of areas attached to this router: 2 Area 0 (BACKBONE) Number of interfaces in this area is 1(1) Number of fully adjacent neighbors in this area is 0 Area has no authentication SPF algorithm last executed 00:00:44.660 ago SPF algorithm executed 3 times Number of LSA 2. Checksum 0x00bf85 Area 1 Number of interfaces in this area is 1(1) Number of fully adjacent neighbors in this area is 1 Number of fully adjacent virtual neighbors through this area is 0 Area has no authentication SPF algorithm last executed 00:01:30.310 ago SPF algorithm executed 5 times Number of LSA 8. Checksum 0x02da77

related commands show ip ospf database





5.221 show ip ospf border-routers Use this command to show the ABRs and ASBRs for all OSPF instances. Include the process ID parameter with this command to view data about specified instances.

syntax show ip ospf [PROCESSID <n>] border-routers


PROCESSID <0-65535> The ID of the router process for which information will be showed. If this parameter is included, only the information for the specified routing process is showed.

border-routers Specifies Border and Boundary Router Information

default None.

example This is a sample output from the show ip ospf border-routers command.

Router# show ip ospf border-routers OSPF process 1 internal Routing TableCodes: i-Intra-area route, I-Inter-area route i 10.15.0.1 [10] via 10.10.0.1, ethernet 0/0, ASBR, Area 0.0.0.0 i 172.16.10.1 [10] via 10.10.11.50, eth1, ABR, ASBR, Area 0.0.0.0

example

Router# show ip ospf border-routers Router# show ip ospf 721 border-routers



related commands show ip ospf database, show ip ospf, show ip ospf route





5.222 show ip ospf database Use this command to show a database summary for OSPF information. This command shows BGP tags for prefixes. Include the process ID parameter with this command to show information about specified instances.

syntax show ip ospf [PROCESSID <n>] database [adv-router| asbr-summary| external|max-age| network| nssa-external|opaque-area|opaque-as|opaque-link| router|self-originate|summary]


PROCESSID <0-65535> The ID of the router process for which information will be showed. self-originate shows self- originated link states. max-age shows LSAs in MaxAge list. It maintains the list of the all LSAs in the database which have reached the max-age which is 3600 seconds.

adv-router Advertising Router Link states

asbr-summary ASBR summary link states

external External link states

max-age LSAs in MaxAge list

network Network link states

nssa-external NSSA external link state

opaque-area Link area Opaque-LSA

opaque-as Link AS Opaque-LSA

opaque-link Link local Opaque-LSA

router Router link states

self-originate Self-originated link states

summary Network summary link states

default None.



example The following are sample outputs from the show ip ospf database command with and without the process ID parameter. Notice that the first output (without process ID), shows database information about both the instances and the second and third outputs show database information only about the instances specified by the process ID. The last two shows show the use of the self-originate and max-age parameters.

Router# show ip ospf database OSPF Router with ID(88.8.8.8)(Process ID 1) Router Link States(Area 0.0.0.0) Link ID ADV Router Age Seq# CkSum Link count 88.8.8.8 88.8.8.8 4 0x80000002 0x1383 3 OSPF Router with ID(180.6.1.1)(Process ID 700) Router Link States(Area 0.0.0.0) Link ID ADV Router Age Seq# CkSum Link count 170.6.1.2 170.6.1.2 1388 0x80000034 0xbd2a 2 180.6.1.1 180.6.1.1 1553 0x80000033 0xe61e 5 Area-Local Opaque-LSA(Area 0.0.0.0) Link ID ADV Router Age Seq# CkSum Opaque ID 1.0.0.1 180.6.1.1 1523 0x8000002b 0x5655 1 1.0.0.76 180.6.1.1 1513 0x8000002a 0xdd5c 76 Router# show ip ospf 1 database OSPF Router with ID(88.8.8.8)(Process ID 1) Router Link States(Area 0.0.0.0) Link ID ADV Router Age Seq# CkSum Link count 77.7.7.7 77.7.7.7 384 0x8000041a 0x321b 6 88.8.8.8 88.8.8.8 354 0x80000004 0xb836 3 172.16.5.1 172.16.5.1 1180 0x800000e4 0x029c 2 Net Link States(Area 0.0.0.0) Link ID ADV Router Age Seq# CkSum 161.1.1.1 77.7.7.7 384 0x80000001 0xbfc0



Router# show ip ospf 100 database OSPF Router with ID(180.6.1.1)(Process ID 100) Router Link States(Area 0.0.0.0) Link ID ADV Router Age Seq# CkSum Link count 170.6.1.2 170.6.1.2 2014 0x80000034 0xbd2a 2 180.6.1.1 180.6.1.1 389 0x80000034 0xe41f 5 Area-Local Opaque-LSA(Area 0.0.0.0) Link ID ADV Router Age Seq# CkSum Opaque ID 1.0.0.1 180.6.1.1 379 0x8000002c 0x5456 1 1.0.0.76 180.6.1.1 379 0x8000002b 0xdb5d 76 0 Router# show ip ospf database self-originate OSPF Router with ID(88.8.8.8)(Process ID 1) Router Link States(Area 0.0.0.0) Link ID ADV Router Age Seq# CkSum Link count 88.8.8.8 88.8.8.8 702 0x80000004 0xb836 3 Area-Local Opaque-LSA(Area 0.0.0.0) Link ID ADV Router Age Seq# CkSum Opaque ID 1.0.0.1 88.8.8.8 729 0x80000001 0x8de0 1 1.0.0.4 88.8.8.8 729 0x80000001 0x361e 4 OSPF Router with ID(180.6.1.1)(Process ID 700) Router Link States(Area 0.0.0.0) Link ID ADV Router Age Seq# CkSum Link count 180.6.1.1 180.6.1.1 496 0x80000034 0xe41f 5 Area-Local Opaque-LSA(Area 0.0.0.0) Link ID ADV Router Age Seq# CkSum Opaque ID 1.0.0.1 180.6.1.1 486 0x8000002c 0x5456 1 1.0.0.76 180.6.1.1 486 0x8000002b 0xdb5d 76



example

Router# show ip ospf database external 1.2.3.4 self-originate Router# show ip ospf database self-originate Router# show ip 1 ospf database max-age Router# show ip 100 ospf database router adv-router 2.3.4.5

related commands show ip ospf route, show ip route ospf, show ip ospf





5.223 show ip ospf database asbr-summary Use this command to show information about the Autonomous System Boundary Router (ASBR) summary LSAs.

syntax show ip ospf database asbr-summary [A.B.C.D|self-originate|adv-router]


A.B.C.D A link state ID (as an IP address).

self-originate Shows self-originated link states.

adv-router Shows all the LSAs of the specified router.

default None.

example

Router# show ip ospf database asbr-summary 1.2.3.4 self-originate Router# show ip ospf database asbr-summary self-originate Router# show ip ospf database asbr-summary 1.2.3.4 adv-router 2.3.4.5

related commands show ip ospf database, show ip ospf route, show ip route ospf, show ip ospf





5.224 show ip ospf database external Use this command to show information about the external LSAs.

syntax show ip ospf database external [A.B.C.D|self-originate|adv-router]




adv-router Adv-router A.B.C.D adv-router Shows all the LSAs of the specified router.

default None.

example This is a sample output from the show ip ospf database external command with the self-originate option selected.

Router# show ip ospf database OSPF Router with ID (199.9.9.76) (Process ID 1) AS External Link States LS age: 6 Options: 0x2 (*|-|-|-|-|-|E|-) LS Type: AS-external-LSA Link State ID: 11.11.11.11 (External Network Number) Advertising Router: 11.11.11.11 LS Seq Number: 80000001 Checksum: 0x6402 Length: 36 Network Mask: /32 Metric Type: 2 (Larger than any link state path) TOS: 0 Metric: 20 Forward Address: 0.0.0.0



External Route Tag: 0 LS age: 6 Options: 0x2 (*|-|-|-|-|-|E|-) LS Type: AS-external-LSA Link State ID: 12.12.12.0 (External Network Number) Advertising Router: 11.11.11.11 LS Seq Number: 80000001 Checksum: 0xaebf Length: 36 Network Mask: /24 Metric Type: 2 (Larger than any link state path) TOS: 0 Metric: 20 Forward Address: 0.0.0.0 External Route Tag: 0

example

Router# show ip ospf database external 1.2.3.4 self-originate Router# show ip ospf database external self-originate Router# show ip ospf database external 1.2.3.4 adv-router 2.3.4.5

related commands show ip ospf route, show ip route ospf, show ip ospf database, show ip ospf





5.225 show ip ospf database max-age syntax show ip ospf database max-age

default None.

example Router# show ip ospf database max-age OSPF Router process 100 with ID(3.3.3.4) MaxAge Link States: Link type: 7Link State ID: 37.37.37.0 Advertising Router: 3.3.3.1LSA lock count: 6 Link type: 7Link State ID: 10.0.0.0 Advertising Router: 3.3.3.1LSA lock count: 6

related commands show ip opsf





5.226 show ip ospf database network Use this command to show information about the network LSAs.

syntax show ip ospf database network [A.B.C.D|self-originate|adv-router]




adv-router Adv-router A.B.C.D Adv-router shows all the LSAs of the specified router.

default None.

example The following is a sample output from the show ip ospf database network command, with and without the adv-router option selected:

Router# show ip ospf database network OSPF Router process 200 with ID(192.30.30.2) Net Link States(Area 0.0.0.0) LS age: 1175 Options: 0x2(*|-|-|-|-|-|E|-) LS Type: network-LSA Link State ID: 192.10.10.9(address of Designated Router) Advertising Router: 192.30.30.3 LS Seq Number: 80000002 Checksum: 0xdfb1 Length: 32 Network Mask: /24 Attached Router: 192.20.20.1 Attached Router: 192.30.30.3 LS age: 1327 Options: 0x2(*|-|-|-|-|-|E|-) LS Type: network-LSA Link State ID: 192.20.20.2(address of Designated Router)



Advertising Router: 192.20.20.2 LS Seq Number: 8000000d Checksum: 0xbce6 Length: 32 Network Mask: /24 Attached Router: 192.20.20.1 Attached Router: 192.20.20.2 LS age: 1278 Options: 0x2(*|-|-|-|-|-|E|-) LS Type: network-LSA Link State ID: 192.30.30.3(address of Designated Router) Advertising Router: 192.30.30.3 Advertising Router: 192.30.30.3 LS Seq Number: 80000001 Checksum: 0x0556 Length: 32 Network Mask: /24 Attached Router: 192.30.30.2 Attached Router: 192.30.30.3 Router# show ip ospf database network adv-router 192.30.30.3 OSPF Router process 200 with ID(192.30.30.2) Net Link States(Area 0.0.0.0) LS age: 1387 Options: 0x2(*|-|-|-|-|-|E|-) LS Type: network-LSA Link State ID: 192.10.10.9(address of Designated Router) Advertising Router: 192.30.30.3 LS Seq Number: 80000001 Checksum: 0xe1b0 Length: 32 Network Mask: /24 Attached Router: 192.20.20.1 Attached Router: 192.30.30.3 LS age: 1648 Options: 0x2(*|-|-|-|-|-|E|-) LS Type: network-LSA Link State ID: 192.30.30.3(address of Designated Router) Advertising Router: 192.30.30.3 LS Seq Number: 8000000f Checksum: 0xe864 Length: 32 Network Mask: /24 Attached Router: 192.30.30.2 Attached Router: 192.30.30.3



example

Router# show ip ospf database network 1.2.3.4 self-originate Router# show ip ospf database network self-originate Router# show ip ospf database network 1.2.3.4 adv-router 2.3.4.5

related commands show ip route ospf, show ip ospf route, show ip ospf





5.227 show ip ospf database nssa-external Use this command to show information about the NSSA external LSAs.

syntax show ip ospf database nssa-external [A.B.C.D|self-originate|adv-router]





default None.

example The following is a sample output from the show ip ospf database nssa-external command with the adv-router and ip address option selected.

Router# show ip ospf database nssa-external adv-router 180.6.1.1 OSPF Router with ID(180.6.1.1)(Process ID 700) NSSA-external Link States(Area 0.0.0.5 [NSSA]) LS age: 15 Options: 0x0(*|-|-|-|-|-|-|-) LS Type: AS-NSSA-LSA Link State ID: 170.1.2.0(External Network Number For NSSA) Advertising Router: 180.6.1.1 LS Seq Number: 80000001 Checksum: 0x7027 Length: 36 Network Mask: /24 Metric Type: 2(Larger than any link state path) TOS: 0 Metric: 20 NSSA: Forward Address: 180.6.1.1 External Route Tag: 0 LS age: 15 Options: 0x0(*|-|-|-|-|-|-|-)



LS Type: AS-NSSA-LSA Link State ID: 170.1.3.0(External Network Number For NSSA) Advertising Router: 180.6.1.1 LS Seq Number: 80000001 Checksum: 0x6531 Length: 36 Network Mask: /24 Metric Type: 2(Larger than any link state path) TOS: 0 Metric: 20 NSSA: Forward Address: 180.6.1.1 External Route Tag: 0 LS age: 15 Options: 0x0(*|-|-|-|-|-|-|-) LS Type: AS-NSSA-LSA Link State ID: 170.1.4.0(External Network Number For NSSA) Advertising Router: 180.6.1.1 LS Seq Number: 80000001 Checksum: 0x5a3b Length: 36 Network Mask: /24 Metric Type: 2(Larger than any link state path) TOS: 0 Metric: 20 NSSA: Forward Address: 180.6.1.1 External Route Tag: 0

example

Router# show ip ospf database nssa-external 1.2.3.4 self-originate Router# show ip ospf database nssa-external self-originate Router# show ip ospf database nssa-external 1.2.3.4 adv-router 2.3.4.5

related commands show ip route ospf, show ip ospf route, show ip ospf





5.228 show ip ospf database opaque-area Use this command to show information about the area-local (link state type 10) scope LSAs. Type-10 Opaque LSAs are not flooded beyond the borders of their associated area.

syntax show ip ospf database opaque-area [A.B.C.D|self-originate|adv-router]





default None.

example The following is a sample output from the show ip ospf database opaque-area command, with the self-originate option selected.

Router# show ip ospf database opaque-area self-originate OSPF Router with ID(88.8.8.8)(Process ID 1) Area-Local Opaque-LSA(Area 0.0.0.0) LS age: 1533 Options: 0x2(*|-|-|-|-|-|E|-) LS Type: Area-Local Opaque-LSA Link State ID: 1.0.0.1(Area-Local Opaque-Type/ID) Opaque Type: 1 Opaque ID: 1 Advertising Router: 88.8.8.8 LS Seq Number: 80000031 Checksum: 0x2d11 Length: 28 MPLS TE router ID: 88.8.8.8 Number of Links: 0



example

Router# show ip ospf database opaque-area 1.2.3.4 self-originate Router# show ip ospf database opaque-area self-originate Router# show ip ospf database opaque-area 1.2.3.4 adv-router 2.3.4.5

related commands show ip route, show ip ospf route, show ip route ospf, show ip ospf





5.229 show ip ospf database opaque-as Use this command to show information about the link-state type 11 LSAs. This type of link-state denotes that the LSA is flooded throughout the Autonomous System (AS).

syntax show ip ospf database opaque-as [A.B.C.D|self-originate|adv-router]





default None.

example The following is a sample output from the show ip ospf database opaque-as command, with the self-originate option selected.

Router# show ip ospf database opaque-as self-originate OSPF Router with ID(10.10.11.50)(Process ID 1) AS-Global Opaque-LSA LS age: 325 Options: 0x2(*|-|-|-|-|-|E|-) LS Type: AS-external Opaque-LSA Link State ID: 11.10.9.23(AS-external Opaque-Type/ID) Opaque Type: 11 Opaque ID: 657687 Advertising Router: 10.10.11.50 LS Seq Number: 80000001 Checksum: 0xb018 Length: 25 Router# show ip ospf database opaque-as 1.2.3.4 self-originate Router# show ip ospf database opaque-as self-originate Router# show ip ospf database opaque-as 1.2.3.4 adv-router 2.3.4.5



related commands show ip ospf database, show ip ospf





5.230 show ip ospf database opaque-link Use this command to show information about the link-state type 9 LSAs. This type denotes a link-local scope. The LSAs are not flooded beyond the local network.

syntax show ip ospf database opaque-link [A.B.C.D|self-originate|adv-router]





default None.

example The following is a sample output from the show ip ospf database opaque-link command, with a link-state selected.

Router# show ip ospf database opaque-link 10.0.220.247 OSPF Router with ID(10.10.11.50)(Process ID 1) Link-Local Opaque-LSA(Link hme0:10.10.10.50) LS age: 276 Options: 0x2(*|-|-|-|-|-|E|-) LS Type: Link-Local Opaque-LSA Link State ID: 10.0.220.247(Link-Local Opaque-Type/ID) Opaque Type: 10 Opaque ID: 56567 Advertising Router: 10.10.11.50 LS Seq Number: 80000001 Checksum: 0x744e Length: 26 Link-Local Opaque-LSA(Link hme1:10.10.11.50) Router# show ip ospf database opaque-link 1.2.3.4 self-originate Router# show ip ospf database opaque-link self-originate Router# show ip ospf database opaque-link 1.2.3.4 adv-router 2.3.4.5



related commands show ip ospf database, show ip ospf





5.231 show ip ospf database router Use this command to show information only about the router LSAs.

syntax show ip ospf database router [A.B.C.D|self-originate|adv-router] adv-router = adv-router A.B.C.D adv-router shows all the LSAs of the specified router.




default None.

example The following is a sample output from the show ip ospf database router command, with the ip address selected.

Router# show ip ospf database router 10.10.11.50 OSPF Router with ID(10.10.11.50)(Process ID 100) Router Link States(Area 0.0.0.0) LS age: 878 Options: 0x2(*|-|-|-|-|-|E|-) Flags: 0x3: ABR ASBR LS Type: router-LSA Link State ID: 10.10.11.50 Advertising Router: 10.10.11.50 LS Seq Number: 80000004 Checksum: 0xe39e Length: 36 Number of Links: 1 Link connected to: Stub Network (Link ID) Network/subnet number: 10.10.10.0 (Link Data) Network Mask: 255.255.255.0 Number of TOS metrics: 0 TOS 0 Metric: 10



Router Link States(Area 0.0.0.1) LS age: 877 Options: 0x2(*|-|-|-|-|-|E|-) Flags: 0x3: ABR ASBR LS Type: router-LSA Link State ID: 10.10.11.50 Advertising Router: 10.10.11.50 LS Seq Number: 80000003 Checksum: 0xee93 Length: 36 Number of Links: 1 Link connected to: Stub Network (Link ID) Network/subnet number: 10.10.11.0 (Link Data) Network Mask: 255.255.255.0 Number of TOS metrics: 0 TOS 0 Metric: 10 Router# show ip ospf database router 1.2.3.4 self-originate Router# show ip ospf database router self-originate Router# show ip ospf database router 1.2.3.4 adv-router 2.3.4.5

related commands show ip ospf database, show ip ospf route, show ip route ospf, show ip ospf





5.232 show ip ospf database self-originate Use this command to show a database summary for OSPF information. This command shows BGP tags for prefixes. Include the process ID parameter with this command to show information about specified instances.

syntax show ip ospf database self-originate show ip ospf [PROCESSID] database self-originate


PROCESSID <0-65535> The ID of the router process for which information will be showed. self-originate shows self-originated link states.

default None.

example

Router# show ip ospf database self-originate OSPF Router with ID(88.8.8.8)(Process ID 1) Router Link States(Area 0.0.0.0) Link ID ADV Router Age Seq# CkSum Link count 88.8.8.8 88.8.8.8 702 0x80000004 0xb836 3 Area-Local Opaque-LSA(Area 0.0.0.0) Link ID ADV Router Age Seq# CkSum Opaque ID 1.0.0.1 88.8.8.8 729 0x80000001 0x8de0 1 1.0.0.4 88.8.8.8 729 0x80000001 0x361e 4 OSPF Router with ID(180.6.1.1)(Process ID 700) Router Link States(Area 0.0.0.0) Link ID ADV Router Age Seq# CkSum Link count 180.6.1.1 180.6.1.1 496 0x80000034 0xe41f 5 Area-Local Opaque-LSA(Area 0.0.0.0)



Link ID ADV Router Age Seq# CkSum Opaque ID 1.0.0.1 180.6.1.1 486 0x8000002c 0x5456 1 1.0.0.76 180.6.1.1 486 0x8000002b 0xdb5d 76 Router# show ip ospf database self-originate






5.233 show ip ospf database summary Use this command to show information about the summary LSAs.

syntax show ip ospf database summary [A.B.C.D|self-originate|adv-router]





default None.

example The following are the sample outputs from the show ip ospf database summary command, using the self-originate, adv-router and ip address options.

Router# show ip ospf database summary 10.10.10.0 OSPF Router with ID(10.10.11.50)(Process ID 100) Summary Link States(Area 0.0.0.0) Summary Link States(Area 0.0.0.1) LS age: 1124 Options: 0x2(*|-|-|-|-|-|E|-) LS Type: summary-LSA Link State ID: 10.10.10.0(summary Network Number) Advertising Router: 10.10.11.50 LS Seq Number: 80000001 Checksum: 0x41a2 Length: 28 Network Mask: /24 TOS: 0 Metric: 10 Router# show ip ospf database summary self-originate OSPF Router with ID(10.10.11.50)(Process ID 100)



Summary Link States(Area 0.0.0.0) LS age: 1061 Options: 0x2(*|-|-|-|-|-|E|-) LS Type: summary-LSA Link State ID: 10.10.11.0(summary Network Number) Advertising Router: 10.10.11.50 LS Seq Number: 80000001 Checksum: 0x36ac Length: 28 Network Mask: /24 TOS: 0 Metric: 10 Summary Link States(Area 0.0.0.1) LS age: 1061 Options: 0x2(*|-|-|-|-|-|E|-) LS Type: summary-LSA Link State ID: 10.10.11.0(summary Network Number) Advertising Router: 10.10.11.50 LS Seq Number: 80000001 Checksum: 0x36ac Length: 28 Network Mask: /24 TOS: 0 Metric: 10 Summary Link States(Area 0.0.0.1) LS age: 1061 Options: 0x2(*|-|-|-|-|-|E|-) LS Type: summary-LSA Link State ID: 10.10.10.0(summary Network Number) Advertising Router: 10.10.11.50 LS Seq Number: 80000001 Checksum: 0x41a2 Length: 28 Network Mask: /24 TOS: 0 Metric: 10 Router# show ip ospf database summary adv-router 10.10.11.50 OSPF Router process 100 with ID(10.10.11.50) Summary Link States(Area 0.0.0.0) LS age: 989 Options: 0x2(*|-|-|-|-|-|E|-) LS Type: summary-LSA Link State ID: 10.10.11.0(summary Network Number) Advertising Router: 10.10.11.50 LS Seq Number: 80000001



Checksum: 0x36ac Length: 28 Network Mask: /24 TOS: 0 Metric: 10 Summary Link States(Area 0.0.0.1) LS age: 989 Options: 0x2(*|-|-|-|-|-|E|-) LS Type: summary-LSA Link State ID: 10.10.11.0(summary Network Number) Advertising Router: 10.10.11.50 LS Seq Number: 80000001 Checksum: 0x36ac Length: 28 Network Mask: /24 TOS: 0 Metric: 10 Router# show ip ospf database summary 1.2.3.4 self-originate Router# show ip ospf database summary self-originate Router# show ip ospf database summary 1.2.3.4 adv-router 2.3.4.5






5.234 show ip ospf interface Use this command to show interface information for OSPF.

syntax show ip ospf interface IFNAME <if_name>


if-name An alphanumeric string that is the interface name.

default None.

example The following is a sample output of this command:

Router# show ip ospf interface ethernet1 ethernet1 is up, line protocol is up Internet Address 170.1.1.1/24, Area 0.0.0.0, MTU 1500 Process ID 700, Router ID 180.6.1.1, Network Type BROADCAST, Cost: 1 Transmit Delay is 1 sec, State DR, Priority 1, TE Metric 0 Designated Router(ID) 180.6.1.1, Interface Address 170.1.1.1 no backup designated router on this network Timer intervals configured, Hello 10, Dead 40, Wait 40, Retransmit 5 Hello due in 00:00:05 Neighbor Count is 0, Adjacent neighbor count is 0 Crypt Sequence Number is 1110471905 Hello received 0 sent 545, DD received 0 sent 0 LS-Req received 0 sent 0, LS-Upd received 0 sent 0 LS-Ack received 0 sent 0, Discarded 0 Router# show ip ospf interface ethernet0/0



related commands show ip ospf





5.235 show ip ospf neighbor Use this command to show information on OSPF neighbors. Include the process ID parameter with this command to show information about specified instances.

syntax show ip ospf [PROCESSID <n>] neighbor [A.B.C.D|all|detailL|interface]


PROCESSID <0-65535> The ID of the router process for which information will be showed.

A.B.C.D A.B.C.D (detail) Neighbor ID.

all Include down status neighbor

detail Detail (all) Detail of all neighbors

interface Interface (A.B.C.D)

default None.

example The following are sample outputs from the show ip ospf neighbor command with and without the process ID parameter. Notice that the first output (without process ID), shows database information about both the instances and the second output shows database information only about the instance specified by the process ID. The last show shows the use of the detail parameter.

5.216-188 Orion Modular Router Command Reference Router# show ip ospf neighbor OSPF process 1: Neighbor ID10.10.10.50 Pri 1 State Full/DR Dead Time 00:00:38 Address 10.10.10.50 Interface ethernet 0/0 OSPF process 100:Neighbor ID Pri 10.10.11.50 1 State Full/Backup Dead Time 00:00:31 Address 10.10.11.50 Interface eth1



Router#show ip ospf 1 neighbor OSPF process 1:Neighbor ID Pri 10.10.10.50 1 State Full/DR Dead Time 00:00:38 Address 10.10.10.50 Interface ethernet 0/0 Router# show ip ospf 100 neighbor OSPF process 100:Neighbor ID Pri 10.10.11.50 1 State Full/Backup Dead Time 00:00:31 Address 10.10.11.50 Interface eth1 Router# show ip ospf neighbor detail Neighbor 77.7.7.7, interface address 161.1.1.1 In the area 0.0.0.0 via interface ethernet0/2 Neighbor priority is 1, State is Full, 6 state changes DR is 161.1.1.1, BDR is 161.1.1.2 Options is 0x42(*|O|-|-|-|-|E|-) Dead timer due in 00:00:32 Neighbor is up for 01:22:56 Database Summary List 0 Link State Request List 0 Link State Retransmission List 0 Crypt Sequence Number is 0 Thread Inactivity Timer on Thread Database Description Retransmission off Thread Link State Request Retransmission off Thread Link State Update Retransmission off Neighbor 170.6.1.2, interface address 170.6.1.2 In the area 0.0.0.0 via interface PPP-1 Neighbor priority is 1, State is Full, 5 state changes DR is 0.0.0.0, BDR is 0.0.0.0 Options is 0x42(*|O|-|-|-|-|E|-) Dead timer due in 00:00:36 Neighbor is up for 01:22:54 Database Summary List 0 Link State Request List 0 Link State Retransmission List 0 Crypt Sequence Number is 0 Thread Inactivity Timer on Thread Database Description Retransmission off Thread Link State Request Retransmission off Thread Link State Update Retransmission off Router# show ip ospf neighbor detail Router# show ip ospf neighbor 1.2.3.4 Router# show ip ospf neighbor myifname detail all



related commands show ip ospf interface, show ip ospf





5.236 show ip ospf route Use this command to show the OSPF routing table. Include the process ID parameter with this command to show the OSPF routing table for specified instances.

syntax show ip ospf route show ip ospf [PROCESSID <n>] route


PROCESSID 0-65535> The ID of the router process for which information will be showed. If this parameter is included, only the information for this specified routing process is showed.

default None.

example The following is a sample output from the show ip ospf route command with the process ID parameter.

Router# show ip ospf route OSPF process 1: Codes: C-connected, D-Discard, O-OSPF, IA-OSPF inter area N1-OSPF NSSA external type 1, N2-OSPF NSSA external type 2 E1-OSPF external type 1, E2-OSPF external type 2 O 10.10.0.0/24 [10] is directly connected, ethernet 0/0, Area 0.0.0.0 O 10.10.11.0/24 [10] is directly connected, eth1, Area 0.0.0.0 O 10.10.11.100/32 [10] is directly connected, lo, Area 0.0.0.0E2 10.15.0.0/24 [10/50] via10.10.0.1, ethernet 0/0 IA 172.16.10.0/24 [30] via 10.10.11.50, eth1, Area0.0.0.0E2 192.168.0.0/16 [10/20] via 10.10.11.50, eth1



related commands show ip ospf database, show ip route ospf, show ip ospf





5.237 show ip ospf te-database Use this command to show the traffic engineering database contents for all OSPF instances. The alternate form of this command shows traffic engineering database for specified OSPF instance. This form is enabled only if OSPF virtual router feature is disabled.

syntax show ip ospf te-database show ip ospf [PROCESSID <n>] te-database


PROCESSID <0-65535> The ID of the router process for which information will be showed. If this parameter is included, only the information for this specified routing process is showed.

default None.

example Following is a sample output from the show ip ospf te-database command.

Router# show ip ospf te-database ************************************************************ LS Age : 2 Options : 0x2 LS Type : 10(Area-Local Opaque-LSA) Opaque Type : 1 Instance : 0x1 Advertising Router : 21.21.21.21 LS Sequence Number : 0x8000005c LS Checksum : 0xab9f Length : 28 Router Address : 21.21.21.21 ------------------------------------------------------------ LS Age : 2 Options : 0x2 LS Type : 10(Area-Local Opaque-LSA)



Opaque Type : 1 Instance : 0x45 Advertising Router : 21.21.21.21 LS Sequence Number : 0x8000005c LS Checksum : 0x9e4d Length : 72 Link Type : Point to Point Link ID : 77.7.7.7 Local Interface Addresses : 30.1.1.2 Remote Interface Addresses : 30.1.1.1 Te Metric : 65 Max Bandwidth : 1536.000 Kbits/s

example

Router# show ip ospf te-database Router# show ip ospf 535 te-database

related commands show ip ospf interface





5.238 show ip ospf virtual-links Use this command to show virtual link information.

syntax show ip ospf virtual-links

default None.

example The following is the show of the virtual link information for two routers, one with the virtual link up and one with virtual link down.

Router# show ip ospf virtual-links Virtual Link VLINK0 to router 180.6.1.2 is up Transit area 0.0.0.5 via interface ethernet0/1, Cost of using 1 Local address 180.6.1.1/32 Remote address 180.6.1.2/32 Transmit Delay is 1 sec, State Point-To-Point, Timer intervals configured, Hello 10, Dead 40, Wait 40, Retransmit 5 Hello due in 00:00:06 Adjacency state Full






5.239 show ipv6 ospf Use this command to show global and area information about OSPFv3.

syntax show ipv6 ospf tag [tag <n>]


tag tag WORD instance-id <0-255>

default None.

example

Router# show ipv6 ospf Routing Process "OSPFv3 (100)" with ID 199.9.9.192 SPF schedule delay 5 secs, Hold time between SPFs 10 secs Minimum LSA interval 5 secs, Minimum LSA arrival 1 secs Number of external LSA 0. Checksum Sum 0x0000 Number of AS-Scoped Unknown LSA 0 Number of LSA originated 0 Number of LSA received 0 Number of areas in this router is 0

related commands show ipv6 ospf database





5.240 show ipv6 ospf database Use this command to show information in the OSPFv3 Link State Database.

syntax show ipv6 ospf [PROCESSID <n>] database [adv-router| asbr-summary|external|max-age| network| nssa-external|opaque-area|opaque-as|opaque-link|router|self-originate|summary]


router Router link states

network Network link states

Inter-prefix Shows Inter-Area-Prefix LSAs.

Inter-router Shows Inter-Area-Router LSAs.

external Shows AS-external-LSAs.

link Shows Link-LSAs.

Intra-prefix Shows Intra-Area-Prefix-LSAs.

default None.

example The following are sample outputs from the show IP OSPF database command with and without the process ID parameter.

Router# show ipv6 ospf database OSPFv3 Router with ID (199.9.9.74) (Process 99) Link-LSA (Interface ethernet3/8) Link State ID ADV Router Age Seq# CkSum Prefix 0.0.0.14 90.90.5.53 217 0x80000001 0xe9a0 2 0.0.0.5 117.10.10.1 637 0x80000003 0xd804 1 0.0.0.34 199.1.1.75 783 0x8000002a 0x8b0a 1 0.0.0.71 199.9.9.1 799 0x8000002a 0x02c0 1 0.0.0.14 199.9.9.52 220 0x8000002d 0x84b5 2 0.0.0.14 199.9.9.54 206 0x80000001 0x1156 1



0.0.0.6 199.9.9.61 1513 0x80000035 0x16d2 1 0.0.0.6 199.9.9.62 941 0x80000005 0x149f 1 0.0.0.5 199.9.9.63 1734 0x8000002c 0x934d 1 0.0.0.5 199.9.9.64 1615 0x80000006 0x05d2 1 0.0.0.5 199.9.9.65 364 0x8000000a 0x78ba 1 0.0.0.14 199.9.9.74 810 0x8000002a 0xdbf7 1 0.0.0.5 199.9.9.192 1462 0x80000009 0x5693 1 0.0.0.5 199.9.9.194 692 0x8000002a 0x4319 1 Router-LSA (Area 0.0.0.99) Link State ID ADV Router Age Seq# CkSum Link 0.0.0.0 90.90.5.53 208 0x80000003 0xd42d 1 0.0.0.0 117.10.10.1 626 0x80000005 0xf676 1 0.0.0.0 199.1.1.75 1519 0x80000095 0x52e2 1 0.0.0.0 199.9.9.1 1516 0x80000089 0xb79e 1 0.0.0.0 199.9.9.52 220 0x80000098 0x4508 1 0.0.0.0 199.9.9.54 196 0x80000003 0x6d70 1 0.0.0.0 199.9.9.61 1508 0x800000f7 0xe505 1 0.0.0.0 199.9.9.62 1513 0x80000012 0xa52c 1 0.0.0.0 199.9.9.63 204 0x800000db 0xfd0a 1 0.0.0.0 199.9.9.64 1514 0x80000026 0x6359 1 0.0.0.0 199.9.9.65 200 0x8000003d 0x2f75 1 0.0.0.0 199.9.9.74 1515 0x80000098 0xc076 1 0.0.0.0 199.9.9.192 1513 0x8000003b 0x36f0 1 0.0.0.0 199.9.9.194 1275 0x8000005c 0xe71c 1 1

related commands show ipv6 ospf route, show ipv6 route ospf, show ipv6 ospf





5.241 show ipv6 ospf interface Use this command to display OSPFv3 interface information.

syntax show ipv6 ospf interface IFNAME <if_name>


if-name An alphanumeric string that is the interface name.

default None.

example The following is a sample output of this command:

Router# show ip ospf interface ethernet3/8 ethernet3/8 is up, line protocol is up Interface ID 14 IPv6 Prefixes fe80::216:32ff:fe80:478e/10 (Link-Local Address) 199::74/64 OSPFv3 Process (99), Area 0.0.0.99, Instance ID 0 Router ID 199.9.9.74, Network Type BROADCAST, Cost: 1 Transmit Delay is 1 sec, State DROther, Priority 1 Designated Router (ID) 199.9.9.63 Interface Address fe80::216:32ff:fe80:23a5 Backup Designated Router (ID) 199.9.9.61 Interface Address fe80::216:32ff:fe80:1da6 Timer interval configured, Hello 10, Dead 40, Wait 40, Retransmit 5 Hello due in 00:00:10 Neighbor Count is 13, Adjacent neighbor count is 2 Router#

related commands show ipv6 ospf



5.242 show ipv6 ospf neighbor Use this command to display information about an OSPFv3 neighbor. This is a sample output from the show IPv6 OSPF neighbor command displaying information about the OSPFv3 neighbor.

syntax show ipv6 ospf neighbor [A.B.C.D|detail|interface]


A.B.C.D A.B.C.D (detail) Neighbor ID.

detail Detail (all) Detail of all neighbors

interface Interface (A.B.C.D)

default None.

example

Router# show ipv6 ospf neighbor OSPFv3 Process (99) Neighbor ID Pri State Dead Time Interface Instance ID 90.90.5.53 2 2-Way/DROther 00:00:38 ethernet3/8 0 117.10.10.1 1 2-Way/DROther 00:00:38 ethernet3/8 0 199.1.1.75 1 2-Way/DROther 00:00:32 ethernet3/8 0 199.9.9.1 1 2-Way/DROther 00:00:33 ethernet3/8 0 199.9.9.52 3 2-Way/DROther 00:00:37 ethernet3/8 0 199.9.9.54 1 2-Way/DROther 00:00:40 ethernet3/8 0 199.9.9.61 8 Full/Backup 00:00:35 ethernet3/8 0 199.9.9.62 7 2-Way/DROther 00:00:38 ethernet3/8 0 199.9.9.63 20 Full/DR 00:00:30 ethernet3/8 0 199.9.9.64 4 2-Way/DROther 00:00:39 ethernet3/8 0 199.9.9.65 7 2-Way/DROther 00:00:35 ethernet3/8 0 199.9.9.192 1 2-Way/DROther 00:00:32 ethernet3/8 0 199.9.9.194 1 2-Way/DROther 00:00:34 ethernet3/8 0 Router# show ipv6 ospf neighbor199.9.9.63 OSPFv3 Process (99) Neighbor 199.9.9.63, interface address fe80::216:32ff:fe80:23a5



In the area 0.0.0.99 via interface ethernet3/8 Neighbor priority is 20, State is Full, 6 state changes DR is 199.9.9.63 BDR is 199.9.9.61 Options is 0x000013 (-|R|-|-|E|V6) Dead timer due in 00:00:35 Database Summary List 0 Link State Request List 0 Link State Retransmission List 0 Router# show ipv6 ospf neighbor detail Neighbor 90.90.5.53, interface address fe80::216:32ff:fe80:760e In the area 0.0.0.99 via interface ethernet3/8 Neighbor priority is 2, State is 2-Way, 2 state changes DR is 199.9.9.63 BDR is 199.9.9.61 Options is 0x000013 (-|R|-|-|E|V6) Dead timer due in 00:00:37 Database Summary List 0 Link State Request List 0 Link State Retransmission List 0 : : : Neighbor 199.9.9.63, interface address fe80::216:32ff:fe80:23a5 In the area 0.0.0.99 via interface ethernet3/8 Neighbor priority is 20, State is Full, 6 state changes DR is 199.9.9.63 BDR is 199.9.9.61 Options is 0x000013 (-|R|-|-|E|V6) Dead timer due in 00:00:40 Database Summary List 0 Link State Request List 0 Link State Retransmission List 0 Router#

related commands show ipv6 ospf interface, show ipv6 ospf





5.243 show ipv6 ospf route Use this command to show the OSPF routing table.

syntax show ipv6 ospf route

default None.

example The following is a sample output from the show IP OSPF route command with the process ID parameter.

Router# show ipv6 ospf route OSPFv3 Process (99) Codes: C - connected, D - Discard, O - OSPF, IA - OSPF inter area E1 - OSPF external type 1, E2 - OSPF external type 2 Destination Metric Next-hop IA 11::/64 2 via fe80::216:32ff:fe80:710e, ethernet3/8 E2 33::/64 1/20 via fe80::216:32ff:fe80:1da6, ethernet3/8 E1 91::/64 3 via fe80::216:32ff:fe80:710e, ethernet3/8 E1 91::1:0:0:0:0/64 3 via fe80::216:32ff:fe80:710e, ethernet3/8 Router#

related commands show ipv6 ospf database, show ipv6 route ospf, show ipv6 ospf





5.244 show ipv6 ospf virtual-links Use this command to show virtual link information.

syntax show ipv6 ospf virtual-links

default None.

example

Router# show ipv6 ospf virtual-links Virtual Link VLINK1 to router 5.6.7.8 is up Transit area 0.0.0.1 via interface eth0, instance ID 0 Local address 3ffe:1234:1::1/128 Remote address 3ffe:5678:3::1/128 Transmit Delay is 1 sec, State Point-To-Point, Timer intervals configured, Hello 10, Dead 40, Wait 40, Retransmit 5 Hello due in 00:00:01 Adjacency state Up Router#






5.245 show ip pim sparse-mode bsr-router Use this command to show the bootstrap router (BSR) (v2) address. To modify the lines showed, use the | (output modifier token); to save the output to a file, use the> (output redirection token).

syntax show ip pim sparse-mode bsr-router

default None.

example

Router# show ip pim sparse-mode bsr-router PIMv2 Bootstrap information BSR address: 10.10.11.35(?) Uptime: 00:00:38, BSR Priority: 0, Hash mask length: 10 Expires: 00:01:32 Role: Non-candidate BSR

State: Accept Preferred

related commands show ip pim sparse-mode rp mapping, show ip pim sparse-mode neighbor





5.246 show ip pim sparse-mode interface Use this command to show PIM-SM interface information. To modify the lines showed, use the | (output modifier token); to save the output to a file, use the> (output redirection token).

syntax show ip pim sparse-mode interface

default None.

example

Router# show ip pim sparse-mode interface

related commands show ip pim sparse-mode rp mapping, show ip pim sparse-mode neighbor





5.247 show ip pim sparse-mode interface detail Use this command to show detailed information on a PIM-SM interface. To modify the lines showed, use the | (output modifier token); to save the output to a file, use the> (output redirection token).

syntax show ip pim sparse-mode interface detail

default None.

example

Router# show ip pim sparse-mode interface detail eth1(vif 3): Address 192.168.1.149, DR 192.168.1.149 Hello period 30 seconds, Next Hello in 15 seconds Triggered Hello period 5 seconds Neighbors: 192.168.1.22 eth2(vif 0): Address 10.10.11.149, DR 10.10.11.149 Hello period 30 seconds, Next Hello in 18 seconds Triggered Hello period 5 seconds Neighbors:

10.10.11.4





5.248 show ip pim sparse-mode mroute This command shows the IP multicast routing table. To modify the lines showed, use the | (output modifier token); to save the output to a file, use the> (output redirection token).

syntax show ip pim sparse-mode mroute

default None.

example

Router# show ip pim sparse-mode mroute






5.249 show ip pim sparse-mode neighbor Use this command to show the PIM-SM neighbor information. To modify the lines showed, use the | (output modifier token); to save the output to a file, use the> (output redirection token).

syntax show ip pim sparse-mode neighbor [detail]

default None.

example

Router# show ip pim sparse-mode neighbor






5.250 show ip pim sparse-mode neighbor detail Use this command to show detailed neighbor information. To modify the lines showed, use the | (output modifier token); to save the output to a file, use the> (output redirection token).

syntax show ip pim sparse-mode neighbor detail

default None.

example Router# show ip pim sparse-mode neighbor detail Nbr 192.168.1.22 (eth1) Expires in 93 seconds Nbr 10.10.11.4(eth2) Expires in 83 seconds






5.251 show ip pim sparse-mode nexthop Use this command to see the nexthop information from NSM as used by PIM-SM. To modify the lines showed, use the | (output modifier token); to save the output to a file, use the> (output redirection token).

syntax show ip pim sparse-mode nexthop


Destination The destination address for which PIM-SM requires nexthop information.

Type The type of destination, as indicated by the Flags Description. N = New, R= RP, S = Source, U = Unreachable

Nexthop Num The number of nexthops to the destination. PIM-SM always uses only 1 nexthop.

Nexthop Addr The address of the primary nexthop gateway

Nexthop IfIndex The interface on which the nexthop gateway can be reached.

Nexthop Name The name of nexthop interface

Metric The metric of the route towards the destination

Preference The preference of the route towards destination

default None.

example

Router# show ip pim sparse-mode nexthop Flags: N = New, R = RP, S = Source, U = Unreachable Destination Type Nexthop Nexthop Nexthop Nexthop Metric Pref Refcnt Num Addr Ifindex Name 10.10.0.9 .RS. 1 0.0.0.0 4 0 0 1 192.168.35.10 .RS. 1 10.10.0.2 4 eth2 10 0 1



5.252 show ip pim sparse-mode rp-hash Use this command to show the rendezvous point (RP) to be chosen based on the group selected. To modify the lines showed, use the | (output modifier token); to save the output to a file, use the> (output redirection token).

syntax show ip pim sparse-mode rp-hash A.B.C.D


A.B.C.D Specifies group address

default None.

example A.B.C.D in command refers to the group address to be hashed.

Router# show ip pim sparse-mode rp-hash 224.0.1.3 RP: 10.10.11.35 Info source: 10.10.11.35, via bootstrap






5.253 show ip pim sparse-mode rp mapping Use this command to show group-to-RP (rendezvous point) mappings, and the RP set. To modify the lines showed, use the | (output modifier token); to save the output to a file, use the> (output redirection token).

syntax show ip pim sparse-mode rp mapping

default None.

example

Router# show ip pim sparse-mode rp mapping PIM Group-to-RP Mappings Group(s): 224.0.0.0/4 RP: 10.10.0.9 Info source: 10.10.0.9, via bootstrap, priority 0 Uptime: 16:52:39, expires: 00:02:50 show ip pim sparse-mode rp-hash






5.254 show ip protocols Use this command to show BGP, OSPF, and RIP process parameters and statistics.

syntax show ip protocols [bgp | ospf | rip]

default None.

example This is an example of the output from the show ip protocols command:

Router# show ip protocols Routing Protocol is "rip" Sending updates every 30 seconds with +/-50%, next due in 15 seconds Timeout after 180 seconds, garbage collect after 120 seconds Outgoing update filter list for all interface is not set Incoming update filter list for all interface is not set default redistribution metric is 1 Redistributing: default version control: send version 2, receive version 2 Interface Send Recv Key-chain ethernet2/15 2 2 Routing for Networks: 170.1.1.0/24 Routing Information Sources: Gateway Distance Last Update Bad Packets Bad Routes Distance: 120(default is 120) Routing Protocol is "ospf 0" Redistributing: Routing for Networks: Distance: global:(default is 110) Routing Protocol is "ospf 1" Redistributing: Routing for Networks: 88.8.8.8/32



111.1.1.0/24 116.1.0.0/16 151.1.1.0/24 152.1.1.0/24 160.1.1.0/24 161.1.1.0/24 Distance: global:(default is 110) Routing Protocol is "ospf 77" Redistributing: Routing for Networks: 190.90.1.0/24 Distance: global:(default is 110) Routing Protocol is "bgp 60" IGP synchronization is disabled Automatic route summarization is disabled default local-preference applied to incoming route is 100 Redistributing: Neighbor(s): Address AddressFamily FiltIn FiltOut DistIn DistOut RouteMapIn RouteMapOut Weight 77.7.7.7 unicast 97.1.1.1 unicast 111.1.1.2 unicast 116.1.1.2 unicast 161.1.1.1 unicast

related commands show ip route, show ip ospf, show ip bpg summary, show ip rip





5.255 show ip protocols bgp Use this command to show BGP process parameters and statistics.

syntax show ip protocols bgp

default None.


Router# show ip protocols bgp Routing Protocol is "bgp 60" IGP synchronization is disabled Automatic route summarization is disabled default local-preference applied to incoming route is 100 Redistributing: Neighbor(s): Address AddressFamily FiltIn FiltOut DistIn DistOut RouteMapIn RouteMapOut Weight 77.7.7.7 unicast 97.1.1.1 unicast 111.1.1.2 unicast 116.1.1.2 unicast 161.1.1.1 unicast






5.256 show ip protocols ospf Use this command to show OSPF process parameters and statistics.

syntax show ip protocols ospf

default None.


Router# show ip protocols ospf Routing Protocol is "ospf 0" Redistributing: Routing for Networks: Distance: global:(default is 110) Routing Protocol is "ospf 1" Redistributing: Routing for Networks: 88.8.8.8/32 111.1.1.0/24 116.1.0.0/16 151.1.1.0/24 152.1.1.0/24 160.1.1.0/24 161.1.1.0/24 Distance: global:(default is 110) Routing Protocol is "ospf 77" Redistributing: Routing for Networks: 190.90.1.0/24 Distance: global:(default is 110)



5.257 show ip protocols rip Use this command to show RIP process parameters and statistics.

syntax ip protocols rip

default None.

example The following is a sample output from the show ip protocols rip command.

Router# show ip protocols rip Routing Protocol is "rip" Routing Protocol is "rip" Sending updates every 30 seconds with +/-50%, next due in 13 seconds Timeout after 180 seconds, garbage collect after 120 seconds Outgoing update filter list for all interface is not set Incoming update filter list for all interface is not set default redistribution metric is 1 Redistributing: default version control: send version 2, receive version 2 Interface Send Recv Key-chain ethernet2/15 2 2 Routing for Networks: 170.1.1.0/24 Routing Information Sources: Gateway Distance Last Update Bad Packets Bad Routes 170.1.1.2 120 00:00:26 0 0 Distance: 120(default is 120)

related commands show ip rip interfaces, show ip rip





5.258 show ipv6 protocols rip Use this command to display RIPng process parameters and statistics.

syntax ipv6 protocols rip

default None.

example The following is a sample output from the show IPv6 protocols RIP command.

Router# show ipv6 protocols rip Routing Protocol is "ripng" Sending updates every 30 seconds, next due in 19 seconds Timeout after 180 seconds, garbage collect after 120 seconds Outgoing update filter list for all interface is not set Incoming update filter list for all interface is not set Default redistribute metric is 1 Redistributing: Interface ethernet3/0 Routing for Networks: fe80::216:32ff:fe80:2cdf ethernet3/0

related commands show ipv6 rip interface, show ipv6 rip





5.259 show ip prefix-list Use this command to show configured IP prefix list entries.

syntax show ip prefix-list [list-name <p_l_name> [[PREFIX | SEQUENCE]] | DETAIL |SUMMARY]


List-name The name of the prefix list

PREFIX A.B.C.D/M [first-match | longer]

A.B.C.D IP address of the network in list_name

M <0-32> The length of the network prefix in A.B.C.D

first-match Show first matched prefix

longer Show networks with longer prefix than M

SEQUENCE Sequence in list_name <1-4294967295>

DETAIL Detail [WORD]

SUMMARY Summary [WORD]

default None.

example

Router/show/ip# prefix-list Router/show/ip# prefix-list list1 10.10.0.98/8 first-match Router/show/ip# prefix-list list1 seq 4294967293

related commands show ip bgp prefix-list, ip preix-list (configuration sub-mode)





5.260 show ip rip Use this command to show RIP routes.

syntax show ip rip

default None.

example

Router# show ip rip -------------------------------- External RIP entry count: 3 -------------------------------- Codes: R - RIP, Rc - RIP connected, Rs - RIP static, K - Kernel, C - Connected, S - Static, O - OSPF, B - BGP Network Next Hop Metric From If Time R 52.190.12.0/24 150.1.1.2 1 150.1.1.2 ethernet0/2 02:55 R 52.190.15.0/24 150.1.1.2 1 150.1.1.2 ethernet0/2 02:55 R 123.123.123.0/24 150.1.1.2 1 150.1.1.2 ethernet0/2 02:55 Rc 150.1.1.0/24 1 ethernet0/2

related commands show ip route





5.261 show ip rip database Use this command to show information about the RIP database.

syntax show ip rip database

default None.

example The following output shows the RIP database information.

Router# show ip rip database -------------------------------- External RIP entry count: 3 -------------------------------- Codes: R - RIP, Rc - RIP connected, Rs - RIP static, K - Kernel, C - Connected, S - Static, O - OSPF, B - BGP Network Next Hop Metric From If Time R 52.190.12.0/24 150.1.1.2 1 150.1.1.2 ethernet0/2 02:55 R 52.190.15.0/24 150.1.1.2 1 150.1.1.2 ethernet0/2 02:55 R 123.123.123.0/24 150.1.1.2 1 150.1.1.2 ethernet0/2 02:55 Rc 150.1.1.0/24 1 ethernet0/2

related commands show ip rip, show ip route





5.262 show ip rip interface Use this command to show information about the RIP interfaces. You can specify an interface name to show information about a specific interface.

syntax show ip rip interface if-name <if_name>


if-name Name of the interface for which information is to be showed.

default None.

example

Router# show ip rip interface ethernet0/2 is up, line protocol is up Routing Protocol: RIP Receive RIP packets Send RIP packets Passive interface: Disabled Split horizon: Enabled with Poisoned Reversed Authentication disabled IP interface address: 150.1.1.2/24 ethernet3/8 is up, line protocol is up Routing Protocol: RIP Receive RIP packets Send RIP packets Passive interface: Disabled Split horizon: Enabled with Poisoned Reversed Authentication disabled IP interface address: 199.9.9.76/24 Router# show ip rip interface ethernet0/2 ethernet0/2 is up, line protocol is up Routing Protocol: RIP Receive RIP packets Send RIP packets



Passive interface: Disabled Split horizon: Enabled with Poisoned Reversed Authentication disabled IP interface address: 150.1.1.2/24

related commands show ip route





5.263 show ipv6 rip Use this command to show RIPng routes.

syntax show ipv6 rip

default None.

example The following is a sample output from the show IPv6 RIP command.

Router# show ipv6 rip Codes: R - RIP, Rc - RIP connected, Rs - RIP static, Ra - RIP aggregated, Rcx - RIP connect suppressed, Rsx - RIP static suppressed, K - Kernel, C - Connected, S - Static, O - OSPF, B - BGP Network Metric Tag Time Next Hop If S 2000:1:1::/64 1 0 fe80::216:32ff:fe80:70e ethernet3/3 Rc 2001:2200::/64 1 0 :: ethernet3/0 Ra 2007:1::/32 1 0 -- Rx 2007:1:1:1::/64 2 0 02:57 fe80::200:64ff:fe04:526b ethernet3/0 Rx 2007:1:1:2::/64 2 0 02:57 fe80::200:64ff:fe04:526b ethernet3/0 Rx 2007:1:1:3::/64 2 0 02:57 fe80::200:64ff:fe04:526b ethernet3/0 R 2007:5:5::/64 2 0 02:57 fe80::200:64ff:fe04:526b ethernet3/0 R 2007:5:5:1::/64 2 0 02:57 fe80::200:64ff:fe04:526b ethernet3/0 R 2007:5:5:2::/64 2 0 02:57 fe80::200:64ff:fe04:526b ethernet3/0 Rc 2007:15::/64 1 0 :: ethernet3/3



related commands show ipv6 route





5.264 show ipv6 rip database Use this command to display information about the RIPng database.

syntax show ipv6 rip database

default None.

example The following is a sample output from the show IPv6 RIP database command.

Router# show ipv6 rip database Codes: R - RIP, Rc - RIP connected, Rs - RIP static, Ra - RIP aggregated, Rcx - RIP connect suppressed, Rsx - RIP static suppressed, K - Kernel, C - Connected, S - Static, O - OSPF, B - BGP Network Metric Tag Time Next Hop If S 2000:1:1::/64 1 0 fe80::216:32ff:fe80:70e ethernet3/3 Rc 2001:2200::/64 1 0 :: ethernet3/0 Ra 2007:1::/32 1 0 -- Rx 2007:1:1:1::/64 2 0 02:57 fe80::200:64ff:fe04:526b ethernet3/0 Rx 2007:1:1:2::/64 2 0 02:57 fe80::200:64ff:fe04:526b ethernet3/0 Rx 2007:1:1:3::/64 2 0 02:57 fe80::200:64ff:fe04:526b ethernet3/0 R 2007:5:5::/64 2 0 02:57 fe80::200:64ff:fe04:526b ethernet3/0 R 2007:5:5:1::/64 2 0 02:57 fe80::200:64ff:fe04:526b ethernet3/0 R 2007:5:5:2::/64 2 0 02:57 fe80::200:64ff:fe04:526b ethernet3/0 Rc 2007:15::/64 1 0 :: ethernet3/3



related commands show ipv6 rip, show ipv6 route





5.265 show ipv6 rip interface Use this command to display information about the RIPng interfaces. You can specify an interface name to display information about a specific interface.

syntax show ipv6 rip interface if-name <if_name>


if-name Name of the interface for which information has to be displayed.

default None.

example

Router# show ipv6 rip interface lo0 is up, line protocol is up RIPng is not enabled on this interface ethernet0/0 is up, line protocol is up RIPng is not enabled on this interface ethernet0/2 is down, line protocol is down RIPng is not enabled on this interface ethernet3/0 is up, line protocol is up Routing Protocol: RIPng Passive interface: Disabled Split horizon: Enabled with Poisoned Reversed IPv6 interface address: 2001:2200::1/64 fe80::216:32ff:fe80:706/10 ethernet3/1 is up, line protocol is up RIPng is not enabled on this interface ethernet3/2 is up, line protocol is up RIPng is not enabled on this interface ethernet3/3 is up, line protocol is up Routing Protocol: RIPng Passive interface: Disabled Split horizon: Enabled with Poisoned Reversed IPv6 interface address: 2007:15::6/64 fe80::216:32ff:fe80:709/10 ethernet3/5 is up, line protocol is up RIPng is not enabled on this interface ethernet3/8 is down, line protocol is down RIPng is not enabled on this interface



related commands show ipv6 rip





5.266 show ip route Use the show ip route command to show the IP routing table for a protocol or from a particular table.

syntax show ip route [A.B.C.D | A.B.C.D/M | database | bgp | connected | kernel | ospf | rip | static | summary]


database Show ip routing table database

bgp Show selected BGP routes.

connected Show selected connected routes.

kernel Show selected kernel routes.

ospf Show selected OSPF routes.

rip Show selected RIP routes.

static Show selected static routes.

summay Show summary of all routes

A.B.C.D Network in the IP routing table to show

A.B.C.D/M IP prefix <network>/<length>, e.g., 35.0.0.0/8.

default None.

example

Router# show ip route Codes: K-kernel, C-connected, S-static, R-RIP, B-BGP O-OSPF, IA-OSPF inter area, M-MPLS N1-OSPF NSSA external type 1, N2-OSPF NSSA external type 2 E1-OSPF external type 1, E2-OSPF external type 2 i-IS-IS, L1-IS-IS level-1, L2-IS-IS level-2, ia-IS-IS inter area *-candidate default IP Load balancing policy is per_flow C 2.2.2.0/24 is directly connected, wan1 C 2.2.2.2/32 is directly connected, wan1 C 10.10.83.0/24 is directly connected, ethernet(0/0)/2 C 10.10.84.0/24 is directly connected, motfcc1 C 11.0.0.0/24 is directly connected, vlan1.5



R 20.1.1.0/24 [120/2] via 2.2.2.2, wan1, 18:28:45 C 30.1.1.0/24 is directly connected, ethernet3/1 R 40.1.1.0/24 [120/2] via 2.2.2.2, wan1, 18:28:45 C 127.0.0.0/8 is directly connected, lo0 Router# show ip route rip R 3.3.3.0/24 [120/2] via 2.2.2.2, wan1, 00:00:12 R 3.3.3.1/32 [120/2] via 2.2.2.2, wan1, 00:00:12 R 10.10.81.0/24 [120/2] via 2.2.2.2, wan1, 00:00:12 R 210.1.119.0/24 [120/12] via 2.2.2.2, wan1, 00:00:01 R 210.1.120.0/24 [120/12] via 2.2.2.2, wan1, 00:00:01 R 210.1.121.0/24 [120/12] via 2.2.2.2, wan1, 00:00:01 R 210.1.122.0/24 [120/12] via 2.2.2.2, wan1, 00:00:01 R 210.1.123.0/24 [120/12] via 2.2.2.2, wan1, 00:00:01 R 210.1.124.0/24 [120/12] via 2.2.2.2, wan1, 00:00:01 R 210.1.125.0/24 [120/12] via 2.2.2.2, wan1, 00:00:01 R 210.1.126.0/24 [120/12] via 2.2.2.2, wan1, 00:00:01 R 210.1.127.0/24 [120/12] via 2.2.2.2, wan1, 00:00:01 R 210.1.128.0/24 [120/12] via 2.2.2.2, wan1, 00:00:01 R 210.1.129.0/24 [120/12] via 2.2.2.2, wan1, 00:00:01 Router# show ip route static S 10.1.2.0/24 [1/0] via 10.1.1.28, ethernet1/0 S 10.10.0.0/16 [1/0] via 10.10.87.254, motfcc1 S 42.0.0.0/8 [9/0] via 15.1.1.42, ethernet3/0 S 52.1.0.0/18 [1/0] via 2.2.2.2, wan1 S 172.168.0.0/16 [8/0] via 10.1.1.42, ethernet1/0 S 192.168.128.0/24 [1/0] via 2.2.2.2, wan1 S 192.168.165.0/24 [1/0] via 2.2.2.2, wan1

related commands show ip route summary





5.267 show ip route database Use this command to show all routing entries known by NSM. When multiple entries are available for the same prefix, NSM uses an internal route selection mechanism based on protocol administrative distance and metric values to choose the best route. All best routes are entered into the FIB, and can be viewed using the show ip route command.

syntax show ip route database [bgp | connected | kernel | ospf | rip | static]


bgp Show all the BGP routes learned by NSM.

connected Show all the connected routes learned by NSM.

kernel Show all the kernel routes learned by NSM.

ospf Show all the OSPF routes learned by NSM.

rip Show all the RIP routes learned by NSM.

static Show all the static routes learned by NSM.

default None.

example The following is an output of this command showing all routes learned by NSM. This output shows selected as well as non selected routes.

To illustrate the difference between the show ip route output and this output, the same configuration has been used in both examples.



Router# show ip route database Codes: K-kernel, C-connected, S-static, R-RIP, B-BGP O-OSPF, IA-OSPF inter area, M-MPLS N1-OSPF NSSA external type 1, N2-OSPF NSSA external type 2 E1-OSPF external type 1, E2-OSPF external type 2 i-IS-IS, L1-IS-IS level-1, L2-IS-IS level-2, ia-IS-IS inter area >-selected route, *-FIB route, p-stale info IP Load balancing policy is per_flow O E2 *> 10.10.11.0/24 [110/20] via 161.1.1.1, ethernet0/2, 02:59:09 O E2 10.100.1.0/24 [110/20] via 161.1.1.1, ethernet0/2, 02:59:09 C *> 10.100.1.0/24 is directly connected, ethernet0/0 O *> 20.1.1.0/24 [110/67] via 161.1.1.1, ethernet0/2, 02:59:10 O *> 21.21.21.21/32 [110/76] via 161.1.1.1, ethernet0/2, 02:59:10 O E2 *> 29.1.1.0/24 [110/20] via 161.1.1.1, ethernet0/2, 02:59:09 O E2 *> 29.1.1.1/32 [110/20] via 161.1.1.1, ethernet0/2, 02:59:09 O E2 *> 29.1.1.2/32 [110/20] via 161.1.1.1, ethernet0/2, 02:59:09 O *> 30.1.1.0/24 [110/66] via 161.1.1.1, ethernet0/2, 02:59:10 O E2 *> 33.33.33.33/32 [110/20] via 161.1.1.1, ethernet0/2, 02:59:09 O *> 40.1.1.0/24 [110/66] via 161.1.1.1, ethernet0/2, 02:59:10 C *> 60.60.60.0/24 is directly connected, vlan1.200 O *> 77.7.7.7/32 [110/11] via 161.1.1.1, ethernet0/2, 02:59:10 C *> 88.8.8.8/32 is directly connected, lo C *> 127.0.0.0/8 is directly connected, lo0 C *> 152.1.1.0/24 is directly connected, ethernet0/3 C *> 161.1.1.0/24 is directly connected, ethernet0/2 C *> 170.1.1.0/24 is directly connected, ethernet2/15 C *> 170.3.1.0/24 is directly connected, ethernet2/14 O 170.6.1.0/24 [110/65] is directly connected, PPP-1, 02:59:35



C *> 170.6.1.0/24 is directly connected, PPP-1 C *> 170.6.1.2/32 is directly connected, PPP-1 O N2 *> 170.7.1.0/24 [110/20] via 180.6.1.2, ethernet0/1, 02:59:09 C *> 170.11.1.0/24 is directly connected, PPP-2 C *> 170.11.1.2/32 is directly connected, PPP-2 C *> 170.30.1.0/24 is directly connected, vlan1.7 S *> 170.75.1.0/24 [1/0] via 170.11.1.2, PPP-2 C *> 180.7.1.0/24 is directly connected, DS3-3 C *> 180.7.1.2/32 is directly connected, DS3-3 C *> 180.8.1.0/24 is directly connected, DS3-1 C *> 180.8.1.2/32 is directly connected, DS3-1 The following is a show output of this command with the ospf parameter, showing all OPSF routes learned by NSM: Router# show ip route database ospf O *> 1.1.1.0/24 [110/20] via 2.2.2.1, eth2, 00:01:26 O 2.2.2.0/24 [110/10] is directly connected, eth2, 00:02:16O IA *> 4.4.4.0/24 [110/21] via 2.2.2.1, eth2, 00:01:26






5.268 show ip rtp This command is used to enter the RTP mode and configure and view the RTP statistics.

syntax show ip rtp

default None.

example

Router# show ip rtp

related commands show ip rtp configuration





5.269 show ip rtp configuration This command displays the timeout of the RTP entries.

syntax show ip rtp configuration bundle-name <b_name>


bundle-name Specifies interface bundle name

default None.

example

Router# show ip rtp configuration wan1

related commands show ip rtp statistics





5.270 show ip rtp statistics This command displays the RTP statistics.

syntax show ip rtp statistics bundle-name <b_name>


bundle-name Specifies interface bundle name

default None.

example

Router# show ip rtp statistics wan1

related commands show ip rtp configuration





5.271 show ip ssh Use this command to display the SSH configuration or session status.

syntax show ip ssh <config | session number <n> | sessions>


Config Display ssh server configuration

session Display ssh server session in detail

sessions Display all ssh server sessions

default None.

example

Router#show ip ssh config Router#show ip ssh session 2 Router#show ip ssh sessions

related commands show ip ssh config, show ip ssh sessions





5.272 show ipv6 forwarding Use this command to display the forwarding status.

syntax show ipv6 forwarding

default None.

example

Router# show ipv6 forwarding






5.273 show ipv6 interfaces Use this command to display the information about IPv6 interfaces.

syntax show ipv6 interfaces [interface if_name<if_name>] <detail | brief>

default None.

example

Router# show ipv6 interfaces interface ethernet0/2 detail Router# show ipv6 interfaces interface ethernet0/2 brief






5.274 show ipv6 neighbors Use this command to display the neighbor cache information.

syntax show ipv6 neighbors

default None.

example

Router# show ipv6 neighbors






5.275 show ipv6 route Use the show IPv6 route command to show the IPv6 routing table for a protocol or from a particular table.

syntax show ipv6 route [X:X::X:X | X:X::X:X/M | database | bgp | connected | kernel | ospf | rip | static | summary]


database Show ipv6 routing table database

Bgp Show selected BGP routes.

connected Show selected connected routes.

kernel Show selected kernel routes.

Ospf Show selected OSPF routes.

Rip Show selected RIP routes.

Static Show selected static routes.

summay Show summary of all routes

X:X::X:X IPv6 Address

X:X::X:X/M IPv6 prefix

default None.

example

Router# show ipv6 route






5.276 show ipv6 route database Use this command to show all routing entries known by NSM. When multiple entries are available for the same prefix, NSM uses an internal route selection mechanism based on protocol administrative distance and metric values to choose the best route. All the best routes are entered into the FIB, and can be viewed using the show IPv6 route command.

syntax show ipv6 route database [bgp | connected | kernel | ospf | rip | static]


Bgp Show all the BGP routes learned by NSM.

connected Show all the connected routes learned by NSM.

kernel Show all the kernel routes learned by NSM.

Ospf Show all the OSPF routes learned by NSM.

Rip Show all the RIP routes learned by NSM.

Static Show all the static routes learned by NSM.

default None.

example

Router# show ip route database ospf






5.277 show ipv6 routers Use this command to display the router advertisement information.

syntax show ipv6 routers

default None.

example

Router# show ipv6 routers






5.278 show ipv6 dhcp binding This command shows the DHCPv6 server bindings.

syntax show ipv6 dhcp bindings

default None.

example

Router# show ipv6 dhcp binding

related commands show IPv6 DHCP duids, show IPv6 DHCP interface, show IPv6 DHCP pool.





5.279 show ipv6 dhcp duids This command shows the DHCPv6 duids.

syntax show ipv6 dhcp duids

default None.

example

Router# show ipv6 dhcp duids

related commands show ipv6 dhcp binding, show ipv6 dhcp interface, show ipv6 dhcp pool





5.280 show ipv6 dhcp interface This command shows the DHCPv6 interface configuration.

syntax show ipv6 dhcp interface

default None.

example Router# show ipv6 dhcp interface

related commands show ipv6 dhcp binding, show ipv6 dhcp duids, show ipv6 dhcp pool





5.281 show ipv6 dhcp pool This command shows the DHCPv6 address pools.

syntax show ipv6 dhcp pool

default None.

example Router # show ipv6 dhcp pool

related commands show ipv6 dhcp binding, show ipv6 dhcp duids, show ipv6 dhcp interface, show ipv6 dhcp pool





5.282 show ipv6 prefix-list This command shows the prefix list entry related IPv6.

syntax ipv6 prefix-list [<prefix_name> | detail | summary]


prefix-name Name of a prefix list.

detail Flag for showing with more detail.

summary Flag for showing simply

default None.

example

Router# show ipv6 prefix-list prefix1 Router# show ipv6 prefix-list summary



command modes Router/configure



5.283 show isdn bri-statistics Use this command to display ISDN-BRI HDLC statistics information for D-channel. And B-channels of the ISDN-BRI bundle

syntax show isdn bri-statistics bundle-name<bundle_name>



default None.

example

Router# show isdn bri-statistics bri0 -------------------------------------------------- HDLC Statistics for D Channel -------------------------------------------------- GT0: rx packet counter 126 GT0: rx Byte counter 767 GT0: rx chRxErr counter 0 GT0: rx crc counter 1 GT0: rx abort counter 0 GT0: rx chainedError counter 0 GT0: rx all error counter 1 GT0: tx packet counter 124 GT0: tx Byte counter 499 GT0: tx packet request 0 GT0: tx packet request error 0 GT0: tx packet release 124 GT0: tx packet stop release 0 GT0: tx packet redo release 0

related commands clear isdn bri-statistics, debug isdn



applicable models/versions Requires ISDN module




5.284 show isdn global Use this command to display all ISDN information for the router briefly.

syntax show isdn global

default None.

example

Router# show isdn global ISDN Global Configuration ------------------------- Basic Rate Interface Switch Type: basic-5ess Tei Mode : Point to Point Tei value for Point to Point : 0 Side : USR Primary Rate interface Switch Type: primary-5ess Tei value for Point to Point : 0 Side : USR

related commands debug isdn





5.285 show isdn interface Use this command to display ISDN information for the specified interface.

syntax interface bundle-name <bundle_name>



default None.

example

Router# show isdn interface pri1 ISDN Information: pri1 -------------------------- caller - answer1 - answer2 - called-number 1200 spid1 - spid2 - idle-timeout 5 connect delay 15 keep-alive 10000 disconnect-cause 17 switch-type primary-euro tei-mode point-to-point

related commands show isdn global





5.286 show isdn interfaces Use this command to display ISDN information for all interfaces.

syntax show isdn interfaces

default None.

example

Router# show isdn interfaces ISDN Information: pri1 -------------------------- caller - answer1 - answer2 - called-number 1200 spid1 - spid2 - idle-timeout 5 connect delay 15 keep-alive 10000 disconnect-cause 17 switch-type primary-euro tei-mode point-to-point ISDN Information: pri2 -------------------------- caller - answer1 - answer2 - called-number 1200 spid1 - spid2 - idle-timeout 5 connect delay 15 keep-alive 10000 disconnect-cause 17 switch-type primary-euro tei-mode point-to-point



ISDN Information: bri0 -------------------------- caller - answer1 - answer2 - called-number 5551000 spid1 - spid2 - idle-timeout 5 connect delay 15 keep-alive 10000 disconnect-cause 17 switch-type basic-dms tei-mode point-to-multipoint

related commands interface





5.287 show isdn pri-statistics Use this command to display ISDN-PRI HDLC statistics information for D-channel and B-channel timeslots of the ISDN-PRI bundle

syntax show isdn pri-statistics bundle-name<bundle_name>



default None.

example

Router/show/isdn# pri-statistics pri0 -------------------------------------------------- HDLC Statistics for D Channel -------------------------------------------------- GT2: rx packet counter 271 GT2: rx Byte counter 1624 GT2: rx chRxErr counter 0 GT2: rx crc counter 0 GT2: rx abort counter 0 GT2: rx chainedError counter 0 GT2: rx all error counter 0 GT2: tx packet counter 272 GT2: tx Byte counter 1085 GT2: tx packet request 0 GT2: tx packet request error 0 GT2: tx packet release 272 GT2: tx packet stop release 0 GT2: tx packet redo release 0

related commands show isdn bri-statistics



5.288 show isdn status Use this command to display ISDN status information for the ISDN bundle.



syntax status bundle-name<bundle_name>

default None.

example

Router/show/isdn# status pri1 ==== NETWORK side configuration === Layer 1 Status: ACTIVE Layer 2 Status: ACTIVE TEI MODE POINT-TO-POINT Layer 3 Status: 0 Active Calls

related commands show isdn bri-statistics, show isdn pri-statistics


command modes Router/show/isdn



5.289 show lacp-counter Use this command to show the packet traffic on all ports of all present LACP aggregators, or a given LACP aggregator.

syntax show lacp-counter [cg-number <n>]


cg-number Specifies channel-group number from 1 to 65535

default None.

example

Router# show lacp-counter % Traffic statistics Port LACPDUs Marker Pckt err Sent Recv Sent Recv Sent Recv % Aggregator po2 1000000 ethernet3/20 0 0 0 34 0






5.290 show lacp sys-id Use this command to show the LACP system ID and priority.

syntax show lacp sys-id

default None.

example

Router# show lacp sys-id % System 8000,00-00-90-90-90-32






5.291 show mac system Use this command to show the MAC address assigned to a Router system.

syntax show mac system

default None.

example

Router# show mac system Starting MAC = 00:00:23:00:00:00 MAC Range = 512

related commands show mac system





5.292 show memory all Use this command to show memory statistics about all protocols and the Router library.

syntax show memory all

default None.

example The following is an output of this command showing memory statistics about all protocols:

Router# show memory all Memory type Alloc cells Alloc bytes =================================== ============= =============== Temporary memory: 17759 1732336 Hash: 16 1280 Hash index: 16 58368 Hash bucket: 61 4880 Thread master: 8 8576 Thread: 71 7952 Link list: 148 11840 ... Buffer data: 3 3216 Prefix: 4 320 ... Host config password : 7 560 VTY master: 8 640 VTY: 4 17600 VTY history: 16 1280 VTY if: 49 14896 VTY connected: 112 8960 ... Patricia tree node: 22 1760 Message entry: 7 560 Message handler: 8 896 Host: 8 1408 Log information: 16 1280 Context: 16 3072 NSM Client Handler: 7 229712 NSM Client : 7 14672 NSM server entry: 7 229712 NSM server client: 7 560 NSM server: 1 2096 NSM Route table: 12 960 NSM Route node: 15 1680 NSM Master: 1 112 NSM RIB: 15 1200 ... IGMP interface info: 1 176 NSM IPv6 Mcast entry: 1 560 NSM IPv6 Mcast Client entry: 2 160 NSM IPv6 Mcast Stat block entry: 2 8288 MLD Top: 1 176 MLD interface: 6 1056 OSPFv3 structure: 1 304 OSPFv3 area: 1 176 OSPFv3 interface: 1 304 OSPFv3 neighbor: 3 912 OSPFv3 vertex: 1 80 ... OSPFv3 prefix map: 1 80 OSPFv3 packet: 681 105328 OSPFv3 FIFO: 1 80 OSPFv3 if params: 2 224 OSPFv3Description: 4 320 BGP structure: 1 1072 BGP VR structure: 1 112 BGP global structure: 1 112 BGP peer: 1 2096 BGP as list master: 1 80 Community list handler: 1 80 BGP Damp Reuse List Array: 1 2096 BGP table: 37 2960 PIM-DM Global: 1 176 PIM-DM VR : 1 80 PIM-DM VRF: 1 176



related commands show memory all, show memory nsm, show memory rip, show memory ospf show memory dvmrp, show memory lib applicable models/versions All models




5.293 show memory bgp Use this command to show memory statistics for the BGP.

syntax show memory bgp

default None.

example

Router# show memory bgp

related commands show memory ospf, show memory rip





5.294 show memory dot1x Use this command to show memory statistics for the 802.1x port based access control.

syntax show memory dot1x

default None.

example

Router# show memory dot1x






5.295 show memory dvmrp Use this command to show memory statistics for the DVMRP.

syntax show memory dvmrp

default None.

example

Router# show memory dvmrp Library memories for DVMRP Memory type Alloc cells Alloc bytes ================================ ========== =============== Temporary memory : 34255 1696244 Hash : 30 1560 Hash index : 30 119640 Hash bucket : 126 4536 Thread master : 12 12528 Thread : 104 6240 Link list : 217 11252 Link list node : 311 11196 Buffer : 8 416 Buffer bucket : 1 52 Buffer data : 1 1044 Show : 1 532 Show page : 3 24636 Show server : 12 720 Prefix : 10 360 Prefix IPv4 : 118 4248 Route table : 175 6300 Route node : 709 45376 LS table : 38 1432 LS node : 16 832 LS prefix : 16 576 Vector : 17789 640404 Vector index : 17789 691044 SNMP subtree : 34 35496 Host config : 12 432 Message of The Day : 12 1776 IMI Client : 11 11484 VTY master : 12 624 VTY : 8 34976



VTY history : 9 388 VTY if : 126 67032 VTY connected : 60 3120 Stream : 10 520 Stream data : 10 340168 Stream sock CB : 1 148 Circular queue buf : 2 16424 Access list : 8 480 Access list str : 8 288 Access filter : 8 704 Route map : 5 260 Route map name : 5 180 Route map index : 5 300 Route map rule : 5 260 Route map rule str : 5 180 Route map data : 2 72 Bit map : 6 888 Bit map block : 6 312 Bit map block array : 6 1224 Patricia tree : 51 1836 Patricia tree node : 5 300 Avl tree : 2 104 Message entry : 20 1040 Message handler : 23 1932 Host : 12 1008 Log information : 24 1248 Context : 12 6384 Fib Routing Entries : 14 1400 Memories for DVMRP Memory type Alloc cells Alloc bytes ================================ ========== =============== DVMRP : 1 532 DVMRP vif : 12 1776






5.296 show memory lacp Use this command to show memory statistics for the LACP.

syntax show memory lacp

default None.

example Router# show memory lacp






5.297 show memory lib Use this command to show library memory statistics.

syntax show memory lib

default None.

example

Router# show memory lib

related commands show memory all





5.298 show memory mstp Use this command to show memory statistics for the MSTP.

syntax show memory mstp

default None.

example

Router# show memory mstp






5.299 show memory nsm Use the show memory NSM command to show NSM memory statistics.

syntax show memory nsm

default None.

example

Router# show memory nsm

related commands show memory lib, show memory all, show memory rip, show memory nsm, show memory ospf, show memory





5.300 show memory ospf Use this command to show memory statistics for the OSPF protocol.

syntax show memory ospf

default None.

example The following is a sample output from the show memory ospf command showing OSPF statistics

Router# show memory ospf Library memories for OSPF Memory type Alloc cells Alloc bytes =============================== ============ ============== Temporary memory : 33831 1789968 Hash : 20 960 Hash index : 20 78400 Hash bucket : 378 18144 Thread master : 12 12480 Thread : 160 8960 Link list : 289 13872 Link list node : 834 40032 Buffer : 6 288 Buffer bucket : 1 48 Buffer data : 1 1040 Show : 1 528 Show page : 9 73872 Show server : 12 672 Prefix : 20 960 Prefix IPv4 : 567 27216 Route table : 1288 61824 Route node : 2264 135840 LS table : 158 7584 LS node : 123 5904 LS prefix : 123 5904 Vector : 17622 845856



Vector index : 17622 880288 SNMP subtree : 26 27040 Host config : 12 576 Message of The Day : 12 1728 IMI Client : 11 11440 VTY master : 12 576 VTY : 6 26208 VTY history : 60 2924 VTY if : 377 199056 VTY connected : 286 13728 Stream : 14 672 Stream data : 14 348384 Bit map : 6 864 Bit map block : 6 288 Bit map block array : 6 1200 Patricia tree : 118 5664 Patricia tree node : 83 4648 Avl tree : 2 96 Message entry : 21 1008 Message handler : 23 1840 Host : 12 960 Log information : 24 1152 Context : 12 6336 Fib Routing Entries : 103 12392 Memories for OSPF Memory type Alloc cells Alloc bytes =============================== ============ ============= OSPF master : 1 528 OSPF structure : 2 2080 OSPF area : 4 1088 OSPF interface : 6 1200 OSPF neighbor : 2 400 OSPF SPF vertex : 4 192 OSPF Nexthop : 7 336 OSPF Route : 4 192 OSPF Route calculation : 4 576 OSPF Path : 8 448 OSPF LSA : 18 1080 OSPF LSA data : 16 1224 OSPF Router-LSA Map : 5 240 OSPF Summary-LSA Map : 3 144 OSPF LSDB : 15 7920 OSPF Packet : 4 632



OSPF Network : 6 288 OSPF Opaque Map : 4 228 OSPF Notifier : 9 432 OSPF VR information : 1 80 OSPFDescription: 0

related commands show memory all, show memory lib





5.301 show memory ipv6 ospf Use this command to show memory statistics for the OSPFv3 protocol.

syntax show memory ipv6 ospf

default None.

example The following is a sample output from the show memory OSPF command showing OSPFv3 statistics.

Router# show memory ipv6 ospf Library memories for OSPFv3 Memory type Alloc cells Alloc bytes ================================ ========== =============== Temporary memory : 45693 2249468 Hash : 46 1840 Hash index : 46 181656 Hash bucket : 208 7488 Thread master : 15 15660 Thread : 212 12720 Link list : 300 11988 Link list node : 1089 39204 Buffer : 4 208 Buffer bucket : 1 52 Buffer data : 1 1044 Show : 1 532 Show page : 18 147816 Show server : 15 900 Prefix : 35 1400 Prefix IPv4 : 336 12096



Prefix IPv6 : 104 4160 Route table : 243 8748 Route node : 1240 84320 LS table : 729 26276 LS node : 41127 2138604 LS prefix : 41127 1560616 Vector : 53784 1936224 Vector index : 53784 2003388 SNMP subtree : 16 16704 Host config : 15 540 Message of The Day : 15 2220 IMI Client : 14 14616 VTY master : 15 600 VTY : 4 17488 VTY history : 25 1384 VTY if : 205 109060 VTY connected : 221 11492 Stream : 22 1144 Stream data : 22 561672 Stream sock CB : 2 296 Circular queue buf : 4 32848 Access list : 44 2640 Access list str : 44 1584 Access filter : 66 9768 Route map : 14 560 Route map name : 14 504 Route map index : 28 1680 Route map rule : 28 1456 Route map rule str : 28 1008 Route map data : 8 288 Bit map : 6 888 Bit map block : 6 312 Bit map block array : 6 1224 Patricia tree : 100 3600 Patricia tree node : 23 1380 Avl tree : 2 104 Message entry : 26 1040 Message handler : 29 2552 Host : 15 1320 Log information : 30 1560 Context : 15 7980 Fib Routing Entries : 10060 2052240 Fib Route Header : 30164 2531996 Fib Gateway Entries : 10060 524592



Memories for OSPFv3 Memory type Alloc cells Alloc bytes ================================ ========== =============== OSPFv3 structure : 1 276 OSPFv3 area : 1 148 OSPFv3 interface : 1 204 OSPFv3 neighbor : 14 2856 OSPFv3 vertex : 16 832 OSPFv3 route : 10009 360324 OSPFv3 path : 10009 520468 OSPFv3 nexthop : 15 780 OSPFv3 LSA : 16434 854568 OSPFv3 LSA data : 16434 986532 OSPFv3 LSA map : 1 36 OSPFv3 LSDB : 45 2340 OSPFv3 LSDB slot : 301 15652 OSPFv3 packet : 618 193352 OSPFv3 FIFO : 1 36 OSPFv3 if params : 3 204 OSPFv3 description : 7 252






5.302 show memory pim-sparse-mode Use this command to show the memory statistics for the PIM-SM daemon. To modify the lines showed, use the | (output modifier token); to save the output to a file, use the> (output redirection token).

syntax show memory pim-sparse-mode

default None.

example

Router# show memory pim-sparse-mode Memory type Active cells Alloc bytes ============================== ============ =============== PIM: 1 244 PIM Vif : 5 740 PIM neighbor : 5 240 PIM SG: 0 0 PIM G: 0 0 PIM src : 0 0 PIM group : 9 324 PIM RP: 1 12 PIM RP SET : 3 120 PIM nexthop : 2 64 PIM OIF : 0 0 PIM RP XX : 0 0 PIM reg : 0 0 other show memory <protocolname> commands






5.303 show memory rip Use this command to show memory statistics for RIP.

syntax show memory rip

default None.

example

Router# show memory rip






5.304 show memory ipv6 rip Use this command to display memory statistics for RIPng.

syntax show memory ipv6 rip

default None.

example

Router# show memory ipv6 rip

related commands show memory all, show memory lib, show memory rip





5.305 show mirror Use this command to show the status of all mirrored ports.

syntax show mirror

default None.

example The following is a sample output of the show mirror command showing the status of all mirrored ports:

Router# show mirror Mirror Test Port Name: ge1 Mirror option:Enabled Mirror direction: both Monitored Port Name: ge2 Mirror Test Port Name: ge3 Mirror option: Enabled Mirror direction: receive Monitored PortName: ge4 Mirror Test Port Name: ge3 Mirror option: Enabled Mirror direction: receive Monitored Port Name: ge1 Mirror Test Port Name: ge1 Mirror option:Enabled Mirror direction: receive Monitored Port Name: ge3 Mirror Test Port Name: ge1 Mirror option: Enabled Mirror direction: transmit Monitored PortName: ge4




5.306 show mirror interface Use this command to show port mirroring.

syntax show mirror interface if-name <if_name> where


if-name Specifies the name of the destination port to be used

default None.

example

Router# show mirror interface eth1/0






5.307 show module This command accesses next-level commands for showing interface card alarms, configurations, and statistics.

syntax show module

default None.

example

Router# show module alarms display alarms. ansistats access ANSI statistics commands attstats access ATT statistics commands configuration display configuration. ietfstats access IETF statistics commands test display test Configuration & status info. thresholds display configured thresholds. userstats access user statistics commands






5.308 show module alarms This command accesses next-level commands for showing interface alarms.

syntax alarms [t1 | ct3 | hssi | serial]

default None.

example

Router/show/module# alarms



command modes Router/show/module



5.309 show module alarms ct3 This command shows alarms detected on a CT3 interface or a constituent T1 channel. To show the alarms in real-time, specify the desired refresh interval in minutes when entering this command. To return to the system command prompt, type ‘q’.

syntax ct3 t3_identifier <slot/port: t1_channel>[refresh_interval <n>]


t3_identifier refresh_interval

slot: slot number port: port number t1_channel: T1 channel within the Channelized T3 How often, in minutes, the alarm display will be updated

default None.

example

Router/show/module/alarms# ct3 1/0:28



command modes Router/show/module/alarms



5.310 show module alarms e1 This command shows the alarms detected on an E1 interface. Also shows individual user threshold alarms for all user statistics currently configured with alarm thresholds. To see the current user alarm threshold settings, use the show module thresholds e1 command. To show the alarms in real-time, specify the desired refresh interval in minutes when entering this command. To return to the system command prompt, type ‘q’.

syntax e1 e1_identifier <slot/subslot/port>[refresh_interval <n>]


e1_identifier refresh_interval

slot: slot number subslot: subslot number in the main board port: port number How often, in minutes, the alarm display will be updated

default None.

example

Router/show/module/alarms# e1 2/1






5.311 show module alarms t1 This command shows the alarms detected on a T1 interface. Also, shows individual user threshold alarms for all user statistics currently configured with alarm thresholds. To view the current user alarm threshold settings, use the show module thresholds t1 command. To show the alarms in real-time, specify the desired refresh interval in minutes when entering this command. To return to the system command prompt, type ‘q’.

syntax t1 t1_identifier <slot/subslot/port>[refresh_interval <n>]




default None.

example

Router/show/module/alarms# t1 1/0






5.312 show module alarms hssi This command shows alarms detected on a HSSI module.

syntax hssi slot_port < slot/port > [ refresh_interval <n> ]


slot_port To specify show alarms for HSSI module by slot and port number (1/0, 2/0)

refresh_interval The alarm show will be updated in minutes. (minimum is 1minite) If you do not specify an interval, you must repeat the command to update the alarm show.

default None.

example

Router/show/module/alarms# hssi 1/0

related commands show module alarms hssi, show module configuration hssi, show module test hssi, show module userstats hssi





5.313 show module alarms serial This command shows alarms detected on a Serial module.

syntax serial slot_port < slot/port > [ refresh_interval <n> ]


slot_port To specify show alarms for Serial module by slot (1, 2) and port number (0-3)

refresh_interval The alarm show will be updated in minutes. (minimum is 1minite) If you do not specify an interval, you must repeat the command to update the alarm show.

default None.

example

Router/show/module/alarms# serial 1/0

related commands show module alarms serial, show module configuration serial, show module test serial, show module userstats serial





5.314 show module ansistats This command accesses next-level commands for showing ANSI performance statistics.

syntax ansistats

default None.

example

Router/show/module# ansistats


applicable models/versions All models. command modes Router/show/module



5.315 show module ansistats ct3 This command shows ANSI statistics for a CT3 interface. These statistics may be cleared only by the carrier, via FDL requests from the remote end. Statistics for multiple 15-minute intervals may be showed by specifying the number of intervals (1 to 96) you wish to view.

syntax ct3 t3_identifier <slot/port: t1_channel>[refresh_interval <n>]



slot: slot number port: port number t1_channel: T1 channel within the Channelized T3. Range 1 to 28. How often, in minutes, the alarm display will be updated

default None.

example

Router/show/module/ansistats# ct3 1/1:28



command modes Router/show/module/ansistats



5.316 show module ansistats t1 This command shows ANSI statistics for a T1 interface. The show shows the current 15-minute interval statistics, the elapsed time in the current sampling interval, and the total counts for the past 8 hours. These statistics may be cleared only by the carrier by FDL requests from the remote end. Statistics for multiple 15-minute intervals may be showed by specifying the number of intervals (1 to 96) you wish to view.





default None.

example

Router/show/module/ansistats# t1 0/2/1


applicable models/versions All models. command modes Router/show/module/ansistats



5.317 show module attstats This command accesses next-level commands for showing AT & T statistics.

syntax attstats

default None.

example

Router/show/module# attstats






5.318 show module attstats ct3 This command shows AT & T statistics for a T1 within a CT3 interface. These statistics can be cleared only by the carrier, via FDL requests from the remote end. Statistics for multiple 15-minute intervals may be showed by specifying the number of intervals (1 to 96) you wish to view.

syntax ct3 t3_identifier <slot/port> t1 t1_channel <t1_ch> [refresh_interval <n>]


t3_identifier t1_channel refresh_interval

slot: slot number port: port number t1_ch: T1 channel within the Channelized T3. Range 1 to 28. How often, in minutes, the alarm display will be updated

default None.

example

Router/show/module/attstats# ct3 1/0 t1 2



command modes Router/show/module/attstats



5.319 show module attstats t1 This command shows AT & T statistics for a T1 interface. Statistics for multiple 15-minute intervals may be showed by specifying the number of intervals (1 to 96) you wish to view.





default None.

example

Router/show/module/attstats# t1 0/2/1



command modes Router/show/module/attstats



5.320 show module configuration This command accesses next-level commands for showing the configuration and status of the ADSL, CT3, T1, E1, HSSI and Serial interfaces.

syntax configuration

default None.

example

router/show/module# configuration

related commands show module configuration all, show module configuration ct3, show module configuration e1, show module configuration t1, show module configuration t3, show module configuration hssi, show module configuration serial





5.321 show module configuration adsl This command shows the configuration and status of the ADSL link

syntax configuration adsl port_num < slot/sub_slot/port >



default: None.

example

Router/show/module# configuration adsl 0/3/0 ============================================================ Module Status : Ready Mode Selected : Unknown <AUTO> Latency Type : Unknown +--------------------------------------------------------+ Downstream Upstream +--------------------------------------------------------+ Data Rate : 0 kbps 0 kbps Maximum Attainable Data Rate : 0 kbps 0 kbps +--------------------------------------------------------+ Line Attenuation : 0.00 dB 0.00 dB Signal Attenuation : 0.00 dB 0.00 dB Signal-to-Noise Ratio Margin : 0.00 dB 0.00 dB Actual Aggregate Transmit Power : 0.00 dB 0.00 dB +--------------------------------------------------------+ Near End Far End +--------------------------------------------------------+ CRC : 0 0 RS_Correction : 0 0 HEC Error : 0 0 ============================================================

related commands configure module adsl encap_mode



5.322 show module configuration all This command shows the configuration for all ADSL, CT3, T1, E1, HSSI or Serial ports.

syntax configuration all

default None.

example

Router/show/module# configuration all T1 # Framing Coding ClkSrc LBO-CableLength State Alarm 1/3 esf b8zs int csu/0db up N/A 1/2 esf b8zs ext csu/0db up N/A 1/1 esf b8zs ext csu/0db up N/A 1/0 esf b8zs ext csu/0db up N/A






5.323 show module configuration ct3 This command shows the configuration and status of a CT3 link or a constituent T1 channel.

syntax configuration ct3 t3_identifier <slot/port[<:n>]>


t3_identifier CT3 interface slot, port number, and individual T1 channel within CT3 The range of the T1 channel is 1-28.

default None.

example

Router/show/module# configuration ct3 1/0/1-5 T1 1/0:1 is ENABLED Alarm Hierarchy: TRUE, Yellow Alarm: DETECT Framing:ESF, LineCode:B8ZS, ClockSource: INT, FDL: ANSI Unit Protocol enabled, ATT Unit Protocol enabled, CsuDsuType: CSU & DSU, Loopback Framing(In-band): Overwrite, CIRCUIT-ID: Not Configured, CONTACT-INFO: Not Configured, DESCRIPTION: Not Configured, LINK NAME: Not Configured, Line Status: RLOS:OFF RAIS: ON RLOF: OFF RRAI: OFF TAIS: OFF TRAI: OFF TPtrn: OFF Loop: OFF Timeslot Map: 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 |0 |0 |0 |0 |0 |0 |0 |0 |0 |0 |0 |0 |0 |0 |0 |0 |0 |0 |0 |0 |0 |0 |0 |0 | |__|__|__|__|__|__|__|__|__|__|__|__|__|__|__|__|__|__|__|__|__|__|__|__|




5.324 show module configuration e1 This command shows the configuration and status of an E1 interface.

syntax configuration e1 e1_identifier <slot/subslot/port>


e1_identifier E1 slot|subslot|port (s) for which user configuration will be displayed.

default None.

example

Router/show/module/configuration# e1 1/0/0 Router/show/module/configuration# e1 1/0/0-3






5.325 show module configuration t1 This command shows the configuration and status of a T1 interface.

syntax configuration t1 t1_identifier <slot/subslot/port>


t1_identifier T1 slot|subslot|port (s) for which user configuration will be displayed.

default None.

example

Router/show/module# configuration t1 0/2/1 T1 0/2/1 is ENABLED Alarm Hierarchy: TRUE, Yellow Alarm: DISABLE Framing:D4, LineCode:B8ZS, ClockSource: INT, LineMode:CSU, LBO:0 db FDL: ANSI Unit Protocol enabled, ATT Unit Protocol disabled, CsuDsuType: CSU, Loopback Framing(In-band): Overwrite, CIRCUIT-ID: Not Configured, CONTACT-INFO: Not Configured, DESCRIPTION: Not Configured, LINK NAME: Not Configured, Line Status: RLOS:OFF RAIS:OFF RLOF:OFF RRAI:OFF TAIS:OFF TRAI:OFF TPtrn:OFF Loop:OFF Timeslot Map: 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 |0 |0 |0 |0 |0 |0 |0 |0 |0 |0 |0 |0 |0 |0 |0 |0 |0 |0 |0 |0 |0 |0 |0 |0 | |__|__|__|__|__|__|__|__|__|__|__|__|__|__|__|__|__|__|__|__|__|__|__|__| Router/show/module# configuration t1 1/0/0-3




5.326 show module configuration hssi This command shows configurations detected on a HSSI module.

syntax hssi slot_port < slot/port >


slot_port To specify show configurations for HSSI module by slot and port number (1/0, 2/0)

default None.

example

Router/show/module# configuration hssi 1/0 Interface Type : DCE CRC : CRC16 Clock Rate : 52000000 Clock Source : Internal Data Mode : Normal Control Signal Processing : Process Link Name : Not Configured






5.327 show module configuration serial This command shows configurations detected on a Serial module.

syntax serial slot_port < slot/port >


slot_port To specify show configurations for Serial module by slot (1, 2)and port number (0-3)

default None.

example

Router/show/module# configuration serial 1/0 Current Serial Mode : V.35 Operation Mode : DCE CRC : CRC16 Clock Source : Internal Clock Rate : 8000.0KHz Flow Control :Off Data Mode : Normal Input Control Signal : Ignore Link Name : Not Configured






5.328 show module ietfstats This command accesses next-level commands for showing IETF statistics.

syntax ietfstats

default None.

example

Router/show/module# ietfstats

related commands show module ietfstats ct3, show module ietfstats e1, show module ietfstats t1, show module ietfstats t3





5.329 show module ietfstats ct3 This command shows IETF performance statistics for a CT3 interface. You also can have the system show summaries of statistics for multiple 15-minute intervals of the current 24-hour period. To do this, specify the number of intervals (1 to 96) when entering this command, as described below.

syntax ietfstats ct3 t3_identifier <slot/port>[t1 t1-channel<n>] [interval_range <n>]


t3_identifier T3 slot|port for which user statistics will be displayed.

t1-channel T1 channel number within the CT3. Range is 1-28.

interval_range You may view only one T1 channel at a time. Range of 15-minute intervals for which you want to show a summary of statistics (1-96).

default None.

example

Router/show/module# ietfstats ct3 1/0 t1 1






5.330 show module ietfstats e1 This command shows the IETF performance statistics for an E1 interface. Statistics for multiple 15-minute intervals may be showed by specifying the number of intervals (1 to 32) you wish to view.

syntax ietfstats e1 e1-identifier <slot/subslot/port> [interval_range <n>]


e1_identifier E1 slot|subslot|port (s) for which user statistics will be displayed.

interval_range You may view only one E1 channel at a time. Range of 15-minute intervals for which you want to show a summary of statistics (1-96).

default None.

example

Router/show/module# ietfstats e1 1/0-3 interval_range 1-5






5.331 show module ietfstats t1 This command shows IETF performance statistics for a T1 interface. Statistics for multiple 15-minute intervals may be showed by specifying the number of intervals (1 to 96) you wish to view.

syntax ietfstats t1 t1-identifier <slot/subslot/port> [interval_range <n>]


t1-identifier t1 slot|subslot|port (s) for which user statistics will be displayed.


default None.

example

Router/show/module# ietfstats t1 1 interval_range 1-5






5.332 show module itutstats This command accesses next-level commands that show the International Telecommunication Union statistics for an E1 port.

syntax itutstats

default None.

example

Router/show/module# itutstats






5.333 show module itutstats e1 This command shows the International Telecommunication Union statistics for an E1 port.

syntax ietfstats e1 e1-identifier <slot/subslot/port> [interval_range <n>]




example

Router/show/module# itutstats e1 1/0 in 1-25 System Time: TUE NOV 28 19:04:46 2056 IETF Archive Statistics Archive no 1 Start Time: TUE NOV 28 18:36:18 2056 INTR E1No ES SES SEFS UAS CSS PCV LES LCV 1 1/0 1 0 0 417 0 1 1 0 2 1/0 1 0 0 10 0 2 1 2 3 1/0 0 0 0 0 0 0 0 0 4 1/0 0 0 0 0 0 0 0 0 Orion Modular Router Command Reference Archive no 5 Start Time: TUE NOV 28 17:36:18 2056 INTR E1No ES SES SEFS UAS CSS PCV LES -------5 1/0 0 0 0 0 0 0 0 -------6 1/0 0 0 0 0 0 0 0 -------7 1/0 1 0 1 0 0 1 1 -------8 1/0 0 0 0 0 0 0 0 ------- LCV 0 0 1 0 5.303-263 Archive no 9 Start Time: TUE NOV 28 16:36:18 2056 INTR E1No ES SES SEFS UAS CSS PCV LES -------9 1/0 0 0 0 0 0 0 0 -------10 1/0 0 0 0 0 0 0 0 -------11 1/0 0 0 0 0 0 0 0 -------12 1/0 0 0 0 0 0 0 0 ------- LCV 0 0 0 0 Archive no 13 Start Time: TUE NOV 28 15:36:18 2056 INTR E1No ES SES SEFS UAS CSS PCV LES -------13 1/0 0 0 0 0 0 0 0 -------14 1/0 0 0 0 0 0 0 0 -------15 1/0 0 0 0 0 0 0 0 -------16 1/0 0 0 0 0 0 0 0 ------- LCV 0 0 0 0 Archive no 17 Start Time: TUE NOV 28 14:36:18 2056 INTR E1No ES SES SEFS UAS CSS PCV LES LCV 17 1/0 0 0 0 0 0 0 0 0 18 1/0 0 0 0 0 0 0 0 0 19 1/0 0 0 0 0 0 0 0 0 20 1/0 0 0 0 0 0 0 0 0 Archive no 21 Start Time: TUE NOV 28 13:36:18 2056



INTR E1No ES SES SEFS UAS CSS PCV LES LCV 21 1/0 0 0 0 0 0 0 0 0 22 1/0 130 49 49 0 0 2193 0 0 23 1/0 215 71 71 0 27 3160 2 0 24 1/0 133 14 14 290 0 19483 6 26 Archive no 25 Start Time: TUE NOV 28 12:36:18 2056 INTR E1No ES SES SEFS UAS CSS PCV LES LCV 25 1/0 103 3 3 65 0 7678 3 16383






5.334 show module test This command shows the test status of a T1, E1, T1 channel on a CT3, HSSI, and Serial interface.

syntax test

default None.

example

Router/show/module# test






5.335 show module test ct3 This command shows the test status of a T1 channel on a CT3 interface.

syntax test ct3 t3_identifier <slot/port[<:n>]>



default None.

example

Router/show/module# test ct3 2/0:1






5.336 show module test e1 This command shows the test status of an E1 interface. This show is similar to when a BERT test is in progress on an E1 channel.

syntax test e1 e1-identifier <slot/subslot/port>



default None.

example Router/show/module# test e1 2/0






5.337 show module test t1 This command shows the test status of a T1 interface. If no test is in progress, the message ‘Currently no tests are being run’ appears. This message is followed by the status of the last test or loopback operation performed.

syntax test t1 t1_identifier <slot/subslot/port>


t1_identifier T1 slot|subslot|por t(s) for which user configuration will be displayed.

default None.

example

Router/show/module# test t1 0/2/0 Test Type: BERT Status: SEARCHING Pattern: QRSS Locked Seconds: 0 Pattern Loss Count: 0 Bit Error Count: 0 Configured Time: 0 minute Elapsed Time: 0 min. 15 sec.


applicable models/versions All T1 models.




5.338 show module test hssi This command shows test status of HSSI module.



slot_port To specify show test status for HSSI module by slot and port number (1/0, 2/0)

default None.

example Router/show/module/test# hssi 1/0 Test State : Loopback Local Line Request



command modes Router/show/module/test



5.339 show module test serial This command shows test status of Serial module.



slot_port To specify show test status for Serial module by slot (1, 2) and port number (0-3)

default None.

example Router/show/module/test# serial 1/0 Test State : Local DTE Request


applicable models/versions All Serial models.

command modes Router/show/module/test



5.340 show module thresholds This command accesses next-level commands for showing alarm thresholds. These shows show the threshold types, along with the user-defined rising and falling alarm thresholds, sampling intervals, and sample types for each threshold.

syntax thresholds

default None.

example

Router/show/module# thresholds

related commands show module thresholds ct3, show module thresholds e1, show module thresholds t1, show module thresholds t3





5.341 show module thresholds ct3 This command shows the alarm threshold settings for a CT3 interface. Alarm thresholds are configured on a per-module basis.

syntax thresholds ct3 t3_identifier <slot/port[<:n>]>



default None.

example

Router/show/module# thresholds ct3 1/0:1






5.342 show module thresholds e1 This command shows the alarm threshold settings for an E1 interface.

syntax thresholds e1 e1-identifier <slot/subslot/port>


e1_identifier E1 slot|subslot|port (s) for which configured thresholds will be displayed.

default None.

example

Router/show/module# thresholds e1 2/0





5.343 show module thresholds t1 This command shows the alarm threshold settings for a T1 interface.

syntax test t1 t1_identifier <slot/subslot/port>


t1_identifier T1 slot|subslot|port (s) for which user configured thresholds will be displayed.

default None.

example

Router/show/module# threshold t1 1/0






5.344 show module userstats This command accesses next-level commands for showing user statistics. Statistics for multiple 15-minute intervals may be showed by specifying the number of intervals (1 to 32) that you wish to view. To clear these statistics after viewing them, use the clear module t1 (ct3, hssi, serial)_userstats command.

syntax userstats

default None.

example

Router/show/module# userstats

related commands show module userstats ct3, show module userstats e1, show module userstats t1, show module userstats t3, show module userstats hssi, show module userstats serial





5.345 show module userstats ct3 This command shows performance statistics for a CT3 interface. Statistics for multiple 15-minute intervals may be showed by specifying the number of intervals (1 to 96) you wish to view. To clear these statistics after viewing them, use the clear module ct3_userstats command.

syntax userstats ct3 t3_identifier <slot/port>[t1 t1-channel<n>] [interval_range <n>]


t3_identifier T3 slot|port for which user statistics will be displayed.

t1-channel T1 channel number within the CT3. Range is 1-28.


default None.

example

Router/show/module# userstats ct3 1/0 t1 1






5.346 show module userstats e1 This command shows performance statistics for an E1 interface. Statistics for multiple 15-minute intervals may be showed by specifying the number of intervals (1 to 32) that you wish to view. To clear these statistics after viewing them, use the clear module e1_userstats command

syntax userstats e1 e1-identifier <slot/subslot/port> [interval_range <n>]




default None.

example

Router/show/module# userstats e1 2/1 1






5.347 show module userstats t1 This command shows performance statistics for a T1 interface. Statistics for multiple 15-minute intervals may be showed by specifying the number of intervals (1 to 96) you wish to view. To clear these statistics after viewing them, use the clear module t1_userstats command.

syntax userstats t1 t1-identifier <slot/subslot/port> [interval_range <n>]


t1-identifier T1 slot|subslot|port (s) for which user statistics will be displayed.


default None.

example Router/show/module# userstats t1 2/1 1






5.348 show module userstats hssi This command shows performance statistics of HSSI module. Statistics for multiple 15-minute intervals may be showed by specifying the number of intervals (1 to 96) you wish to view. To clear these statistics after viewing them, use the clear module hssi_userstats command.

syntax hssi slot_port < slot/port > [ interval_range <n> ]


slot_port To specify show performance statistics for HSSI module by slot and port number (1/0, 2/0)

interval_range Statistics for multiple 15-minute intervals may be showed by specifying the number of intervals (1 to 96) you wish to view.

default None.

example

Router/show/module/userstats# hssi 1/0



command modes Router/show/module/userstats



5.349 show module userstats serial This command shows performance statistics of Serial module. Statistics for multiple 15-minute intervals may be showed by specifying the number of intervals (1 to 96) you wish to view. To clear these statistics after viewing them, use the clear module serial _userstats command.

syntax serial slot_port < slot/port > [ interval_range <n> ]


slot_port To specify show test status for Serial module by slot (1, 2) and port number (0-3)

interval_range Statistics for multiple 15-minute intervals may be showed by specifying the number of intervals (1 to 96) you wish to view.

default None.

example

Router/show/module/userstats# serial 1/0



command modes Router/show/module/userstats



5.350 show network-clocks This command shows the clock sources for clocking.

syntax show network-clocks

default None.

example

Router# show network-clocks

related commands ntclk-select t1, ntclk-select e1, ntclk-select ct3, ntclk-select bri, ntclk-mode





5.351 show poe This command shows the Power of Ethernet information

syntax show poe

default None.

example

Router# show poe

related commands show poe hwversion, show poe swversion





5.352 show poe hwversion This command shows the PoE hardware version information.

syntax show poe hwversion slot-number <s_number>


slot-number Specifies the number of the slot. Range is 1 to 2.

default None.

example

Router# show poe hwversion 2

related commands show poe swversion





5.353 show poe latches This command shows the status of the PoE latches.

syntax show poe latches slot-number <s_number>



default None.

example

Router# show poe latches 2






5.354 show poe portconfig This command shows the individual port configuration.

syntax show poe portconfig slot-number <s_number> port-number <p_number> temp-matrix <t_matrix>



port-number Specifies the number of the port.

temp-matrix Specifies the number of the temp-matrix

default None.

example

Router# show poe portconfig 2 2 1






5.355 show poe portmeasurements This command shows the individual port measurements.

syntax show poe latches slot-number <s_number> port-number <p_number>




default None.

example

Router# show poe portmeasurements 2 2






5.356 show poe portspower This command shows the status of the port power

syntax show poe portspowers slot-number <s_number>



default None.

example Router# show poe portspower 2






5.357 show poe portstatus This command shows the status of the individual port.

syntax show poe portstatus slot-number <s_number> port-number <p_number>




default None.

example

Router# show poe portstatus 2 2






5.358 show poe powerbank This command shows the status of the power bank.

syntax show poe powerbank slot-number <s_number> bank-number <b_number>



bank-number Specifies the number of the bank. Range is 1 to 8.

default None.

example

Router# show poe powerbank 2 2






5.359 show poe powermanagement This command shows the status of the power management.

syntax show poe powermanagement slot-number <s_number>



default None.

example

Router# show poe powermanagement 2






5.360 show poe powerstatus This command shows the status of the power.

syntax show poe powerstatus slot-number <s_number>



default None.

example

Router# show poe powerstatus 2






5.361 show poe powervoltage This command shows the power voltage.

syntax show poe powervoltage slot-number <s_number>



default None.

example

Router# show poe powervoltage 2






5.362 show poe swversion This command shows the software version.

syntax show poe powervoltage slot-number <s_number>



default None.

example

Router# show poe swversion 2

related commands show poe hwversion





5.363 show poe systemstatus This command shows the system status.

syntax show poe systemstatus slot-number <s_number>



default None.

example

Router# show poe system status 2






5.364 show poe totalpower This command shows the total power.

syntax show poe totalpower slot-number <s_number>



default None.

example

Router# show poe totalpower 2






5.365 show port etherchannel This command shows the port information

syntax show port etherchannel if-name <if_name>



default None.

example

Router# show port etherchannel ethernet3/0






5.366 show power This command shows the type of power supply (AC, single DC, or dual DC) installed in the system.

syntax show power

default None.

example

Router# show power

related commands show chassis





5.367 show qos This command accesses next-level commands for showing QoS configurations and available QoS class templates.

syntax qos

default None.

example

Router/show# qos

related commands config qos





5.368 show qos buffer-stats This command to display hardware buffer statistics.

syntax buffer-stats if-name [if_name]


if-name Interface name on which show hardware buffer statistics.

default None.

example

Router/show/qos# buffer-stats Number of buffers consumed by interface ethernet3/0 is 2Router/show/qos#

related commands show qos, show qos congestion-set


command modes Router/show/qos



5.369 show qos bundle This command shows either a specific class or all QoS classes configured on a specified bundle. Specifying a class name gives detailed information about the class. Specifying only the bundle_name shows all the classes configured on the bundle.

syntax bundle bundle-name <b_name> class class-name <c_name> [pvc pvc-identifier <n>]


bundle-name Bundle name on which show hardware based QoS information

class-name Individual QoS class to be showed Individual QoS

pvc-identifier DLCI number of frame relay bundle’s PVC

default None.

example

Router/show/qos# bundle wan1 Router/show/qos# bundle wan2 pvc 100 Router/show/qos# bundle wan2 Interface: Bundle wan2(Bandwidth = 1536Kbps) Interface Outbound Configuration & Statistics --------------------------------------------- CBQ: off Policing: off MON: off PBR: off +---+----+--------+---------+--------+--------+-------+----+ CBQ-CR CBQ-PR Police Avg Out Avg In Packets Packets Traffic Class CIR PIR ID.<name>(<pID>) (kbps) (kbps)(kbps)(kbps)(kbps) (kbps) (Fwded)(Dropped) +---+----+--------+---------+--------+--------+-------+----+ 0 0 - - 0 0 0 0 0.outbound-default(*) Interface Inbound Configuration & Statistics



-------------------------------------------- Policing: off MON: off Router/show/qos# bundle wan1 pvc 100 Interface: Bundle wan1(Bandwidth = 1536Kbps) Interface Outbound Configuration & Statistics --------------------------------------------- CBQ: off Policing: off MON: on PBR: off +---+----+--------+---------+--------+--------+-------+----+ CBQ-CR CBQ-PR Police Avg Out Avg In Packets Packets Traffic Class CIR PIR ID.<name>(<pID>) (kbps) (kbps) (kbps)(kbps) (kbps) (kbps) (Fwded)(Dropped) +-----+------+------+------+-------+------+------+--------+ 0 0 - - 0 0 178883 215517 2.outbound-default(*) Interface Inbound Configuration & Statistics -------------------------------------------- Policing: off MON: off Router/show/qos#

related commands show qos ethernet, show qos tunnel, show qos





5.370 show qos congestion-set This command shows congestion related configuration upon hardware based QoS.

syntax congestion-set congestion-set <n> queue-id [n]


congestion-set Congestion set number

queue-id Output queue number

default None.

example

router/show/qos# congestion-set 4 1 router/show/qos# congestion-set 4 1 |-------|------|------|-------|--------|---------- Queue Drop MaxTh MinTh InvDrop InvEw Prec Prob Exp Weight Exp |-------|------|------|-------|--------|---------- 1 0 4096 0 5 5 1 1 4096 0 4 5 1 2 4096 0 3 5 router/show/qos#

related commands show qos ethernet, show qos tunnel





5.371 show qos crypto This command shows QoS information for crypto.

syntax crypto class-name [c_name]


class-name Class name on which show qos crypto information.

default None.

example

Router/show/qos# crypto Interface: Crypto (Bandwidth = 25000Kbps) Crypto EWMA bandwidth factor = 2 Interface Outbound Configuration & Statistics --------------------------------------------- CBQ: off Router/show/qos# crypto class1 Error! Class class1 not configured on Crypto Router/show/qos#

related commands show qos congestion-set, show qos ethernet, show qos tunnel, show qos vlan





5.372 show qos ethernet This command shows QoS information for the Ethernet interface.

syntax ethernet slot/port <n/n> class class-name <c_name>


slot/port Specifies the slot, subslot, and port of the interface

class-name Optionally, specify a QoS class name

default None.

example

Router/show/qos# ethernet 0/2 class class1 Class: class1(Inbound) Parent Class: root-in(CR = 1000000 kbps ; PR = 1000000 kbps) Interface: Ethernet 0/2(bandwidth = 1000000 kbps) MON IN: on, Policing IN: off, PBR Redirect IN: off) Configuration -------------- Policing-Not Configured Application Ports assigned to this Class: 400-700 Packets marked with - dscp : 63 Traffic Statistics ------------------ Avg Rate Out: 0 Kbps Avg Rate In: 0 Kbps Counters since last boot/clear: -- Packet drop details Packets Forwarded: 1190258 Queue overflow: 0 Bytes Forwarded: 71415480 No buffers: 0 Packets Dropped: 0 Policing: 0 Bytes Dropped: 0 Red pkts dropped: 0 Router/show/qos#



related commands show qos bundle, show qos tunnel, show qos vlan





5.373 show qos global-config This command shows global QoS configuration.

syntax global-config

default None.

example

Router/show/qos# global-config Router/show/qos# global-config Global DSCP :32 Global Policing Status :Enabled Global Billing Status :Enabled Global Conformance Counting Status:Disabled |---------------------|-------------------| User Priority Out-Queue |---------------------|-------------------| 0 1 1 2 2 3 3 4 4 5 5 6 6 7 7 8 |---------------------|-------------------| Out-Queue User Priority |---------------------|-------------------| 1 0 2 1 3 2 4 3 5 4 6 5 7 6 8 7 |---------------------|-------------------|



User Priority Drop Precedence ---------------------|-------------------| 0 2 1 2 2 2 3 2 4 1 5 1 6 1 7 0 Router/show/qos#

related commands show qos congestion-set, show qos crypto





5.374 show qos historical-stats This command accesses next-level historical QoS statistics show commands.

syntax historical-stats

default None.

example

Router/show/qos# historical-stats

next-level commands

show qos historical-stats bundle, show qos historical-stats configuration, show qos historical-stats ethernet

related commands show qos congestion-set, show qos crypto





5.375 show qos historical-stats bundle This command shows historical QoS statistics for the bundle or class.

syntax historical-stats bundle bundle-name <b_name> [pvc pvc-identifier <n>] [class class-name <c_name>]


bundle-name Interface name on which PVC is created.

class-name Individual QoS class to be showed Individual QoS.

pvc-identifier DLCI number of frame relay bundle’s PVC.

default None.

example

Router/show/qos# historical-stats bundle wan1 pvc 100 Interface: Bundle wan1(Bw: 1536 kbps) CBQ OUT: off MON OUT: on MON IN: off PBR IN: off Past 4 hour Statistics: ---------------------- I End UpTime Pkts Rx Pkts Tx T x P a c k e t s D r o p p e d Time mm:ss Total Total Total Q OverFlo no Bufs RED +-+------+------+--------+--------+---------+--------+--------+ 1 01:38:09 UP - 0 0 0 0 0 2 01:33:09 UP - 0 0 0 0 0 3 01:28:09 UP - 0 0 0 0 0 4 01:23:09 UP - 0 0 0 0 0 5 01:18:09 UP - 0 0 0 0 0 6 01:13:09 UP - 0 0 0 0 0 7 01:08:09 UP - 0 0 0 0 0 8 01:03:09 UP - 0 0 0 0 0 9 00:58:09 UP - 0 0 0 0 0 10 00:53:09 UP - 0 0 0 0 0 11 00:48:09 UP - 0 0 0 0 0 12 00:43:09 UP - 0 0 0 0 0 13 00:38:09 UP - 0 0 0 0 0



14 00:33:09 UP - 0 0 0 0 0 15 00:28:09 UP - 0 0 0 0 0 Current Interval Stats: ---------------------- 0 0 0 0 0 0 Router/show/qos#

related commands show qos historical-stats configuration, show qos historical-stats ethernet





5.376 show qos historical-stats configuration This command shows historical configuration statistics configuration.

syntax historical-stats configuration

default None.

example

Router/show/qos# historical-stats configuration Historical Statistics Configuration ----------------------------------- Sample Interval : 5 minutes Uploading : DISABLED FTP parameters not yet configured Router/show/qos#

related commands show qos historical-stats bundle, show qos historical-stats configuration, show qos historical-stats ethernet





5.377 show qos historical-stats ethernet This command shows historical QoS statistics for the Ethernet interface or class.

syntax ethernet slot/port <n/n> [class class-name <c_name>]


slot/port Specifies the slot, subslot, and port of the interface.

class-name Optionally, specify a QoS class name.

default None.

example

Router/show/qos/historical-stats# ethernet 0/2 Interface: Ethernet 0/2(Bw: 1000000 kbps) CBQ OUT: off MON OUT: off MON IN: on PBR IN: off Past 4 hour Statistics: ---------------------- I End UpTime Pkts Rx Pkts Tx T x P a c k e t s D r o p p e d Time mm:ss Total Total Total Q OverFlo no Bufs RED +-+------+------+---------+---------+----------+---------+--------+- 1 01:43:09 UP 0 - - - - - 2 01:38:09 UP 0 - - - - - 3 01:33:09 UP 0 - - - - - 4 01:28:09 UP 0 - - - - - 5 01:23:09 UP 0 - - - - - 6 01:18:09 UP 0 - - - - - 7 01:13:09 UP 0 - - - - - 8 01:08:09 UP 0 - - - - - 9 01:03:09 UP 0 - - - - - 10 00:58:09 UP 0 - - - - - 11 00:53:09 UP 0 - - - - - 12 00:48:09 UP 0 - - - - - 13 00:43:09 UP 0 - - - - - 14 00:38:09 UP 0 - - - - - 15 00:33:09 UP 0 - - - - -



Current Interval Stats: ---------------------- 0 0 0 0 0 0 Router/show/qos/historical-stats#

related commands show qos historical-stats bundle, show qos historical-stats configuration


command modes Router/show/qos/historical-stats



5.378 show qos historical-stats tunnel This command shows historical QoS statistics for the tunnel interface or class.

syntax tunnel tunnel-name <t_name> [class class-name <c_name>]


tunnel-name Tunnel name on which show historical QoS statistics.

class-name Optionally, specify a QoS class name.

default None.

example

Router/show/qos/historical-stats# tunnel t1 class class1 Interface: Tunnel t1(Bw: 0 kbps) CBQ OUT: off MON OUT: off MON IN: off PBR IN: off Class: class1(INBOUND) Past 4 hour Statistics: ---------------------- I Time Pkts Fwd+ P a c k e t s D r o p p e d Total Total Q OverFlo no Bufs RED Police +-+-----+--------+--------+-------+-------+-------+-------- 1 22:09:55 - - - - - - 2 22:04:55 - - - - - - 3 21:59:55 - - - - - - 4 21:54:55 - - - - - - 5 21:49:55 - - - - - - 6 21:44:55 - - - - - - 7 21:39:55 - - - - - - 8 21:34:55 - - - - - - 9 21:29:55 - - - - - - 10 21:24:55 - - - - - - 11 21:19:55 - - - - - - 12 21:14:55 - - - - - - 13 21:09:55 - - - - - -



14 21:04:55 - - - - - - 15 20:59:55 - - - - - - 16 20:54:55 - - - - - - 17 20:49:55 - - - - - - 18 20:44:55 - - - - - - 19 20:39:55 - - - - - - 20 20:34:55 - - - - - - 21 20:29:55 - - - - - - 22 20:24:55 - - - - - - 23 20:19:55 - - - - - - 24 20:14:55 - - - - - - 25 20:09:55 - - - - - - 26 20:04:55 - - - - - - 27 19:59:55 - - - - - - 28 19:54:55 - - - - - - 29 19:49:55 - - - - - - 30 19:44:55 - - - - - - 31 19:39:55 - - - - - - 32 19:34:55 - - - - - - 33 19:29:55 - - - - - - 34 19:24:55 - - - - - - 35 19:19:55 - - - - - - 36 19:14:55 - - - - - - 37 19:09:55 - - - - - - 38 19:04:55 - - - - - - 39 18:59:55 - - - - - - 40 18:54:55 - - - - - - 41 18:49:55 - - - - - - 42 18:44:55 - - - - - - 43 18:39:55 - - - - - - 44 18:34:55 - - - - - - 45 18:29:55 - - - - - - 46 18:24:55 - - - - - - 47 18:19:55 - - - - - - Current Interval Stats: ---------------------- 0 0 0 0 0 0 Router/show/qos/historical-stats#



related commands show qos historical-stats bundle, show qos historical-stats configuration, show qos historical-stats ethernet


command modes Router/show/qos/historical-stats



5.379 show qos historical-stats vlan This command shows historical QoS statistics for the VLAN interface or class.

syntax vlan vlan-name <v_name> [class class-name <c_name>]


vlan-name Vlan on which shows QoS information. It combines bridge group number and vlan id value.


default None.

example

Router/show/qos/historical-stats# vlan vlan1.400 class class1 Interface: Port-group vlan1.400(Bw: 1000000 kbps) CBQ OUT: off MON OUT: off MON IN: off PBR IN: off Past 4 hour Statistics: ---------------------- I End UpTime Pkts Rx Pkts Tx T x P a c k e t s D r o p p e d Time mm:ss Total Total Total Q OverFlo no Bufs RED +--+-----------+------+--------+---------+----------+---------+---------+--------- 1 22:14:55 - - - - - - - 2 22:09:55 - - - - - - - 3 22:04:55 - - - - - - - 4 21:59:55 - - - - - - - 5 21:54:55 - - - - - - - 6 21:49:55 - - - - - - - 7 21:44:55 - - - - - - - 8 21:39:55 - - - - - - - 9 21:34:55 - - - - - - - 10 21:29:55 - - - - - - - 11 21:24:55 - - - - - - - 12 21:19:55 - - - - - - -



13 21:14:55 - - - - - - - 14 21:09:55 - - - - - - - 15 21:04:55 - - - - - - - 16 20:59:55 - - - - - - - 17 20:54:55 - - - - - - - 18 20:49:55 - - - - - - - 19 20:44:55 - - - - - - - 20 20:39:55 - - - - - - - 21 20:34:55 - - - - - - - 22 20:29:55 - - - - - - - 23 20:24:55 - - - - - - - 24 20:19:55 - - - - - - - 25 20:14:55 - - - - - - - 26 20:09:55 - - - - - - - 27 20:04:55 - - - - - - - 28 19:59:55 - - - - - - - 29 19:54:55 - - - - - - - 30 19:49:55 - - - - - - - 31 19:44:55 - - - - - - - 32 19:39:55 - - - - - - - 33 19:34:55 - - - - - - - 34 19:29:55 - - - - - - - 35 19:24:55 - - - - - - - 36 19:19:55 - - - - - - - 37 19:14:55 - - - - - - - 38 19:09:55 - - - - - - - 39 19:04:55 - - - - - - - 40 18:59:55 - - - - - - - 41 18:54:55 - - - - - - - 42 18:49:55 - - - - - - - 43 18:44:55 - - - - - - - 44 18:39:55 - - - - - - - 45 18:34:55 - - - - - - - 46 18:29:55 - - - - - - - 47 18:24:55 - - - - - - - Current Interval Stats: ---------------------- 0 0 0 0 0 0 Router/show/qos/historical-stats#



related commands show qos historical-stats bundle, show qos historical-stats configuration, show qos historical-stats ethernet, show qos historical-stats tunnel

applicable models/versions All models. command modes Router/show/qos/historical-stats



5.380 show qos l2-cos-map This command shows user priority/Drop precedence based COS remarking table/entries for hardware based QoS.

syntax l2-cos-map up user_priority <n> conformance-level conformance-level <green|yellow|red>


user_priority User priority. Valid 0~7

conformance-level Conformance level, Valid green, yellow, red

default None.

example

Router/show/qos# l2-cos-map up 0 conformance-level green |------|-------------|-------|-------|------ UP Conformance DSCP Drop UP Level Prec |------|-------------|-------|-------|------ 0 green 2 0 0 Router/configure/qos#

related commands show qos l3-cos-map





5.381 show qos l3-cos-map This command shows DSCP/Drop precedence based COS remarking table/ entries for hardware based QoS.

syntax l3-cos-map dscp dscp <n> conformance-level conformance-level <green|yellow|red>


dscp DiffServ code point. Valid 0~63

conf-level Conformance level, Valid green, yellow, red

default None.

example

Router/show/qos# l3-cos-map dscp 26 conformance-level green |-------|------------|-------|-------|------ DSCP Conformance DSCP Drop UP Level Prec |-------|------------|-------|-------|------ 26 green 26 0 3 Router/show/qos#

related commands show qos l2-cos-map





5.382 show qos policer This command shows policer configuration for a policy class for hardware based QoS.

syntax policier policy-name policy_name <p_name> policy-class-name policy_class_name <c_name>


policy-name Policy name

policy-class-name Policy class name

default None.

example

Router/show/qos# policer policy-name map1 policy-class-name class1 Router/configure/qos# show qos policer policy-name map1 policy-class-name class1 Policing : Not configured Billing: Disabled Router/configure/qos#

related commands show qos policy-class, show qos port-info





5.383 show qos policy-class This command shows QoS policy class related information about hardware based QoS.

syntax policy-class policy-name policy-name <p_name> policy-class-name policy-class-name <c_name>




default None.

example

Router/show/qos# policy-class policy-name map1 policy-class-name class1 Class class1 ==================================================== There are no rules associated with class class1 Action ====== Mark DSCP :Disabled Mark outq :Disabled Mark UP :Disabled Mark DP :Disabled PBR redirect :Disabled Router/show/qos#

related commands show qos policer, show qos port-info





5.384 show qos policy-counters This command shows QoS policy counters related information about hardware based QoS.

syntax policy-counters policy-name policy-name <p_name> policy-class-name policy-class-name <c_name>




default None.

example

Router/show/qos# policy-counters policy-name map1 policy-class-name class1 Number of Forwarded Octets :0 Number of Octets classified green :0 Number of Octets classified yellow :0 Number of Octets classified red :0 Router/show/qos#

related commands show qos policer, show qos port-info, show qos policy-map





5.385 show qos policy-map This command shows QoS policy map related information about hardware based QoS.

syntax policy-map policy-name policy-name <p_name>



default None.

example

Router/show/qos# policy-map policy-name map1 Classes associated with policy map1 ==================================================== class1 class21 Interface policy mappings ========================= Interface ethernet1/9 -----> Policy map1 Router/show/qos#

related commands show qos policer, show qos port-info, show qos policy-counters





5.386 show qos port-info This command shows interface specific QOS information which is hardware based QoS.

syntax port-info interface-name <n/n>


interface-name Interface on which show hardware QoS information

default None.

example

Router/show/qos# port-info 1/0 Port Shaping :Disabled Mark user priority :Enabled UP Value :0 Mark DSCP :Enabled DSCP Value :0 Override Outq :Disabled RED Status :Disabled Congestion set Mapped :1 Rx buffer limit :170 Tx descriptor limit :176 Xon threshold :150 Xoff threshold :167 Packets queued on this port :0 Router/show/qos#

related commands show qos policer, show qos policy-class





5.387 show qos queue-info This command shows queue specific QOS information which is hardware based QoS.

syntax queue-info if-name <n/n> [queue-id queue_id <n>]


if-name Interface on which show hardware QoS information

queue_id Identification number of queue on which show hardware QoS information.

default None.

example

Router/show/qos# queue-info if-name 2/0 queue-id 1 Queue 1 -------- Queue Descipline :WRR with Weight 2 Queue Shaping :Disabled Queue Tx Descriptor Limit :32 Packets queued :0 Router/show/qos#

related commands show qos policer, show qos policy-class, show qos port-info





5.388 show qos red This command shows RED/DS-RED information for the bundle.

syntax red bundle bundle-name <b_name> [pvc pvc_identifier <n>]


bundle-name Interface name on which show hardware

pvc_identifier DLCI value for PVC on which show RED information

default None.

example

Router/show/qos/historical-stats# red bundle wan1 Router/show/qos# red wan1 pvc 100 Bundle wan1 [index=67] RED Information ----------------- WRED Status: Enabled DS-RED Status: Disabled Current queue size = 0 Maximum queue size = 12 Current avg queue size = 0 Maximum avg queue size = 8 Current Q size for WRED = 0 Q overflows = 0 WRED Configuration: Wq Bias Factor : 5 color min max mpd threshold threshold --------------+---------------+--------------- green 16 26 5 yellow 11 19 5 red 5 14 5 WRED Counters: Color Pkts Fwd Pkts Fwd Pkts Dropd Pkts Dropd Ctrl Pkts



Below Minth Minth-Maxth Minth-Maxth Above Maxth --------+---------------+------------+--------------------- green 10 0 0 0 0 yellow 615658 0 0 0 0 red 0 0 0 0 0 Router/show/qos#

related commands show qos historical-stats configuration, show qos historical-stats ethernet





5.389 show qos service-policy-input This command interface-policy mapping related information which is based hardware QoS.

syntax service-policy-input if_name <n/n>


if-name Interface on which show hardware QoS information

default None.

example

Router/show/qos# service-policy-input 1/0 Policy policy1 Router/show/qos#

related commands show qos policer, show qos policy-class





5.390 show qos priority-map This command shows priority-map information for the Ethernet interface.

syntax priority-map

default None.

example

Router/show/qos# priority-map UP to Ooutput Queue |-----------------|----------------| User Priority Out-Queue |-----------------|----------------| 0 0 1 0 2 2 3 1 4 2 5 2 6 3 7 3 DSCP to Ooutput Queue |-------------|-------------|-------------|-------------| DSCP Out-Queue DSCP Out-Queue |-------------|-------------|-------------|-------------| 0 0 1 0 2 2 3 0 4 0 5 0 6 0 7 0 8 0 9 0 10 0 11 0 12 0 13 0 14 0 15 0 16 1 17 1 18 1 19 1 20 1 21 1 22 1 23 1



24 1 25 1 26 1 27 1 28 1 29 1 30 1 31 1 32 2 33 2 34 2 35 2 36 2 37 2 38 2 39 2 40 2 41 2 42 2 43 2 44 2 45 2 46 2 47 2 48 3 49 3 50 3 51 3 52 3 53 3 54 3 55 3 56 3 57 3 58 3 59 3 60 3 61 3 62 3 63 3





5.391 show qos tunnel This command shows QoS information for tunnel

syntax tunnel tunnel-name <t_name> [class class-name <c_name>]


tunnel-name Tunnel name on which show QoS information

class-name Individual QoS class to be showed Individual QoS

default None.

example

Router/show/qos# tunnel t1 Router/show/qos# tunnel t1 class class1 Router/show/qos# tunnel t1 Interface: Tunnel t1(Bandwidth = 0Kbps) Interface Outbound Configuration & Statistics --------------------------------------------- Policing: off MON: off Interface Inbound Configuration & Statistics -------------------------------------------- Policing: off MON: off +------+--------+--------+--------+--------+--------+-------+------+--------+ CBQ-CR CBQ-PR Police Avg Out Avg In Packets Packets Traffic Class CIR PIR ID.<name>(<pID>) (kbps) (kbps) (kbps)(kbps) (kbps) (kbps) (Fwded)(Dropped) +------+--------+--------+--------+--------+--------+-------+------+--------+ - - - - 0 0 0 0 1.class1(*)



Router/show/qos# Router/show/qos# tunnel t1 class class1 Class: class1(Inbound) Parent Class: root-in(CR = 0 kbps ; PR = 0 kbps) Interface: Tunnel t1(bandwidth = 0 kbps) MON IN: off, Policing IN: off, PBR Redirect IN: off) Configuration -------------- Policing-Not Configured IP Protocol values assigned to this class: 6 Traffic Statistics ------------------ Avg Rate Out: 0 Kbps Avg Rate In: 0 Kbps Counters since last boot/clear: -- Packet drop details Packets Forwarded: 0 Queue overflow: 0 Bytes Forwarded: 0 No buffers: 0 Packets Dropped: 0 Policing: 0 Bytes Dropped: 0 Red pkts dropped: 0 Router/show/qos#

related commands show qos vlan, show qos bundle, show qos ethernet





5.392 show qos vlan This command shows QoS information for VLAN.

syntax vlan vlan-name <v_name> [class class-name <c_name>]


vlan-name VLAN on which shows QoS information. It combines bridge group number and vlan id value.


default None.

example

Router/show/qos# vlan vlan1.400 Router/show/qos# vlan vlan1.400 class class1 Router/show/qos# vlan vlan1.400 Interface: VLAN vlan1.400(Bandwidth = 1000000Kbps) Interface Outbound Configuration & Statistics --------------------------------------------- Policing: off MON: off Interface Inbound Configuration & Statistics -------------------------------------------- Policing: off MON: off Router/show/qos#

related commands show qos tunnel, show qos bundle, show qos ethernet





5.393 show rmon alarms This command shows all RMON alarm configuration information.

syntax alarms

default None.

example

Router/show/rmon# alarms RMON Alarms Configured: Alarm Index Variable OID Interval Startup Type Or 1 1.3.6.1.2.1.16.1.1.1.5.1 30 Rising or Falling 2 1.3.6.1.2.1.16.1.1.1.5.1 30 Rising CLI-Manager


related commands show rmon alarm, show rmon ethernet_history, show rmon history_control, show rmon logs, show rmon statistics

command modes Router/show/rmon



5.394 show rmon alarm This command shows RMON alarm configuration, which index is specified by the command first parameter.

syntax alarm alarm-index <n>

default None.

example

Router/show/rmon# alarm 1 ------------------------------------------ Alarm Index : 1 ------------------------------------------ Variable OID : 1.3.6.1.2.1.16.1.1.1.5.1 Last Sample Value : 0 Interval : 30 Sample Type : absolute Alarm Startup : Rise_Fall(Rising or Falling) Rising Threshold : 1 Falling Threshold : 2 Rising Event : 1 Falling Event : 2 Alarm Owner : CLI-Manager ------------------------------------------

related commands show rmon alarms, show rmon ethernet_history, show rmon history_control, show rmon logs, show rmon statistics





5.395 show rmon ethernet_history This command shows RMON Ethernet history table information. The first parameter specifies the Ethernet interface name (e.g., ethernet0/4).

syntax ethernet_history if-name <name>



default None.

example

Router/show/rmon# ethernet_history ethernet0/4 ethernet0/4 Rmon history of History Control With Index 1 ethernet0/4 Rmon history of History Control With Index 2 Sample index: 1 CRC errors: 0 Sample time: 0 days, 0:16: 2 Undersize pkts: 0 Drop events: 0 Oversize pkts: 0 Octets:0 Fragments: 0 Packets: 0 Jabbers: 0 Broadcast pkts: 0 Collisions: 0 Multicast Pkts: 0 Utilization: ==================== Sample index: 3 CRC errors: 0 Sample time: 0 days, 0:16:22 Undersize pkts: 0 Drop events: 0 Oversize pkts: 0 Octets: 0 Fragments: 0 Packets: 0 Jabbers: 0 Broadcast pkts: 0 Collisions: 0 Multicast Pkts: 0 Utilization: 0



related commands show rmon history_control, show rmon statistics, show rmon alarm (s), show rmon events, show rmon logs





5.396 show rmon events This command shows all RMON event configuration or RMON event configuration, which index is specified by the command first parameter. The first parameter is optional.

syntax events [event-index<n>]


event-index Specifies index of the event.

default None.

example

1. Router/show/rmon# events RMON Events Configured: Event Event Community Description index type owner 1 log(2) public none 2 trap(3) public none 2. Router/show/rmon# events 2 RMON Events Configured: Event Event Community Description owner index type ------------------------------------------------------------ 2 trap(3) public none

related commands show rmon alarm (s), show rmon ethernet_history, show rmon history_control, show rmon logs, show rmon statistics



5.397 show rmon history_control This command shows RMON history control configuration, which first parameter specifies Ethernet name (e.g., ethernet0/4).

syntax history_control if-name<if_name>



default None.

example Router/show/rmon# history_control ethernet0/3 Index Buckets Interval Owner 1 50 1800 CLI-Manager

related commands show rmon alarm (s), show rmon ethernet_history, show rmon events, show rmon logs, show rmon statistics





5.398 show rmon logs This command shows RMON log table

syntax logs

default None.

example

Router/show/rmon# logs

related commands show rmon alarm (s), show rmon ethernet_history, show rmon events, show rmon history_control, show rmon statistics





5.399 show rmon statistics This command shows RMON statistics data for a specific Ethernet interface.

syntax statistics if-name <if_name>



default None.

example

Router/show/rmon# statistics ethernet0/3 Rmon ethernet statistics of ethernet0/3 Owner of this Entry: CLI-Manager Drop Events = 0 Octets = 1960 Packets = 25 Broadcast Packets = 3 Multicast Packets = 0 CRC Error Packets = 0 Undersize Packets = 0 Oversize Packets = 0 Fragments = 0 Jabbers = 0 Collisions = 0 Packets of 64Octets = 5 Packets of 65to127Octets = 20 Packets of 128to255Octets = 0 Packets of 256to511Octets = 0 Packets of 512to1023Octets = 0 Packets of 1024to1518Octets = 0



related commands show rmon alarm (s), show rmon ethernet_history, show rmon events, show rmon history_control, show rmon logs





5.400 show route-map Use this command to show user readable route-map information.

syntax show route-map

default None.

example The following is a sample output of the show route-map command.

Router# show route-map route-map ipi, permit, sequence 1 Match clauses: metric 200 Set clauses: metric 60

related commands show router-id





5.401 show router-id Use this command to show the router ID of the current system.

syntax show router-id

default None.

example Router# show router-id

related commands show running-config router, show running-config router-id





5.402 show running-config Use the show running-config command to show the current configuration file.

syntax show running-config

default None.

example

Router# show running-config

related commands show running-config interface, show startup-config.





5.403 show running-config bgp Use the show running-config command to show the current BGP configuration.

syntax show running-config bgp

default None.

example Router# show running-config bgp

related commands show running-config interface





5.404 show running-config community-list Use the show running-config command to show the current community list.

syntax show running-config community-list

default None.

example

Router# show running-config community-list






5.406 show running-config ip igmp snooping Use this command to show the running system IGMP snooping related configuration. To modify the lines showed, use the | (output modifier token); to save the output to a file, use the> (output redirection token).

This command is available only if the enable-igmp-snoop configuration option is enabled in the configure script.

syntax show running-config ip igmp snooping

default None.

example

Router# show running-config ip igmp snooping ! ip igmp snooping!






5.407 show running-config ip multicast Use this command to show the running system multicast configuration. To modify the lines showed, use the | (output modifier token); to save the output to a file, use the> (output redirection token). This command is available only if the enable-mcast-ipv4 configuration option is enabled in the configure script.

syntax show running-config ip multicast

default None.

example

Router# show running-config ip multicast






5.408 show running-config ip pim sparse-mode Use this command to show the running system status and configuration details for PIM-SM. To modify the lines showed, use the | (output modifier token); to save the output to a file, use the> (output redirection token). This command is available only if the enable-pimd and -enable-mcastipv4 configuration options are enabled in the configure script.

syntax show running-config ip pim sparse-mode

default None.

example

Router# show running-config ip pim sparse-mode ip pim spt-thresholdip pim accept-register list 1






5.409 show running-config ip route Use this command to show the running system static ipv4 routes configuration. To modify the lines showed, use the | (output modifier token); to save the output to a file, use the> (output redirection token).

syntax show running-config ip route

default None.

example

Router# show running-config ip route ! ip route 3.3.3.3/32 eth3ip route 3.3.3.3/32 eth2ip route 200.0.0.0/16 lo!






5.410 show running-config ipv6 route Use this command to show the running system static IPv6 routes configuration. To modify the lines shown, use the | (output modifier token); to save the output to a file, use the > (output redirection token).

syntax show running-config ipv6 route

default None.

example

Router# show running-config ipv6 route






5.411 show running-config ipv6 prefix-list Use this command to show the running IPv6 prefix-list.

syntax show running-config ipv6 prefix-list

default None.

example

Router# show running-config ipv6 prefix-list






5.412 show running-config key chain Use this command to show the running system key-chain related configuration.

syntax show running-config key chain

default None.

example

Router# show running-config key chain key chain fruit key 1 key-string apple exit key chain vegatable key 1 key-string carrot key 2 key-string peas






5.413 show running-config perfix-list Use the show running-config command to show the current prefix list.

syntax show running-config prefix-list

default None.

example

Router# show running-config prefix-list






5.414 show running-config route-map Use the show running-config command to show the current route map.

syntax show running-config route-map

default None.

example Router# show running-config route-map






5.415 show running-config router Use the show running-config router command to show the current running configuration for a given Router.

syntax show running-config router protocol-type<bgp|ospf|rip>


protocol-type Specifies type of protocols

bgp Border Gateway Protocol (BGP)

ospf Open Shortest Path First (OSPF)

rip Routing Information Protocol (RIP)

default None.

example

Router# show running-config router ospf network 88.8.8.8/24

related commands show running config





5.416 show running-config router-id Use this command to show the running system global Router ID configuration.

syntax show running-config router-id

default None.

example

Router# show running-config router-id Router-id 97.1.1.1

related commands show running-config





5.417 show running-config switch bridge Use this command to show all the generic bridge configuration of the running system. To modify the lines showed, use the | (output modifier token); to save the output to a file, use the> (output redirection token).

syntax show running-config switch bridge

default None.

example

Router# show running-config switch bridge bridge 5 protocol mstp bridge 5 acquire bridge 4 protocol mstp bridge 4 acquire bridge 3 protocol rstp vlanbridge bridge 3 acquire bridge 1 protocol ieee vlan-bridge bridge 1 acquire






5.418 show running-config switch dot1x Use this command to show all the 802.1x port based access control configuration of the running system.

syntax show running-config switch dot1x

default None.

example

Router# show running-config switch dot1x






5.419 show running-config switch gmrp Use this command to show all the GMRP configuration of the running system.

syntax show running-config switch gmrp

default None.

example

Router# show running-config switch gmrp






5.420 show running-config switch lacp Use this command to show the running system LACP related configuration. To modify the lines showed, use the | (output modifier token); to save the output to a file, use the> (output redirection token). This command is available only if the-enable-lacp configuration option is enabled in the configure script.

syntax show running-config switch lacp

default None.

example

Router# show running-config switch lacp ! lacp system-priority 23!






5.421 show running-config switch mstp Use this command to show all the MSTP configuration of the running system.

syntax show running-config switch mstp

default None.

example

Router# show running-config switch mstp






5.422 show running-config switch vlan Use this command to show the running system VLAN related configuration. To modify the lines showed, use the | (output modifier token); to save the output to a file, use the> (output redirection token).

syntax show running-config switch vlan

default None.

example

Router# show running-config switch vlan vlan database vlan 16 bridge 1 name VLAN0016 vlan 100 bridge 1 name VLAN0100 vlan 200 bridge 1 name VLAN0200 vlan 299 bridge 1 name VLAN0299 vlan 1000 bridge 1 name VLAN1000






5.423 show snmp This command accesses next-level commands for showing SNMP configurations and status.

syntax show snmp

default None.

example

Router# show snmp

next-level commands

show snmp communities, show snmp-source, show snmp status, show snmp targets, show snmp trap-source, show snmp views, show snmp groups, show snmp users

related commands clear snmp stat





5.424 show snmp communities This command shows the current SNMP community names and access privileges.

syntax communities

default None.

example

Router/show/snmp# communities

related commands configure snmp-server community


command modes Router/show/snmp



5.425 show snmp snmp-source This command shows the current SNMP source IP address.

syntax snmp-source

default None.

example

Router/show/snmp# snmp-source SNMP Source IP Address: 10.100.1.69

related commands configure snmp-server snmp-source





5.426 show snmp trap-source This command shows the source address (IP address) for SNMP version 1 traps.

syntax trap-source

default None.

example

Router/show/snmp# trap-source TRAP Source IP Address: 10.100.1.69

related commands configure snmp-server trap-source





5.427 show snmp status This command shows the total number of SNMP data packets sent to and received from each trap host.

syntax status

default None.

example

Router/show/snmp# status The following screen shows snmp status for a single host. Router/show/snmp# status Agent Description: Submarine SNMP Agent, Software Version = 0.0.0.54, Boot Version = 0.0.1.28 Sys Name: esr69 Contact: ,Location: System Up Time: 0 Days.: 0 Hours.: 43 mins.: 47 secs. 335 Total Packets Received 264 Authentication fails(Unknown communities) 0 Invalid operation for supplied community 0 Bad versions 0 ASN Decoding Errors 0 Pkts received with size> 1500 bytes 0 Total Set Requests 71 Total Get Requests 0 Total Get Next Requests 117 Total variables requested to access 0 Total variables requested to set 0 Total packets dropped silently 71 Total Packets Sent 0 Pkts sent with Gen Error 32 Pkts sent with no Such Name error 0 Pkts sent with Bad values error 71 Total Get responses sent 0 Total Traps sent 0 Pkts sent with size> 1500 bytes



related commands configure snmp-server chassis-id, configure snmp-server contact, configure snmp-server location, clear snmp_stats





5.428 show snmp engineID This command displays information on the local SNMP Engine ID that have been configured on the router.

syntax engineID

default None.

example

Router/show/snmp# engineID SNMP engineID : 00:00:00:ec:00:00:00:00:5a:5a:5a:04

related commands configure snmp-server engineID





5.429 show snmp views This command displays information on each view in the SNMP view table

syntax views

default None.

example

Router/show/snmp # views Start of Lists ------------------------------ viewname : one subtree : 1.3.6.1 viewname : two subtree : 1.3 -------------------------------- End of Lists

related commands configure snmp-server view





5.430 show snmp groups This command displays information on each SNMP group on the network

syntax groups

default None.

example

Router/show/snmp # groups Start of Lists ------------------------------ groupname : initial security model : v3 security level : noauth readview : two writeview : two notifyview : two -------------------------------- End of Lists

related commands configure snmp-server group





5.431 show snmp users This command displays information on each SNMP username in the SNMP users table.

syntax users

default None.

example

Router/show/snmp # users Start of Lists ------------------------------ username : initialmd5 engine id : 00:00:00:ec:00:00:00:00:5a:5a:5a:04 auth-protocol : md5 priv-protocol : des security model : v3 group name : initial -------------------------------- End of Lists

related commands configure snmp-server user





5.432 show snmp targets This command displays information on the recipients of an SNMP trap and enabled trap groups.

syntax targets

default None.

example

Router/show/snmp # targets Start of Lists ------------------------------ target IP/port : 165.213.121.92/162 user name : - security model : v2c security_level : noauth trap group enabled = target IP/port : 90.90.90.240/162 user name : - security model : v2c security_level : noauth trap group enabled = fr : .1.3.6.1.2.1.10.32 ospf : .1.3.6.1.2.1.14.16.2 bgp : .1.3.6.1.2.1.15 rmon : .1.3.6.1.2.1.16 vrrp : .1.3.6.1.2.1.68 Pim : .1.3.6.1.3.61.1 dvmrp : .1.3.6.1.3.62.1.1.7 chassis : .1.3.6.1.4.1.236.4.1.12.2.1.3 clock : .1.3.6.1.4.1.236.4.1.12.2.3.3 imc : .1.3.6.1.4.1.236.4.1.12.2.9 rm : .1.3.6.1.4.1.236.4.1.12.2.22.1 system : .1.3.6.1.4.1.236.4.1.12.2.101.4 sntp : .1.3.6.1.4.1.236.4.1.12.2.101.12 environ : .1.3.6.1.4.1.236.4.1.12.2.103.3 config : .1.3.6.1.4.1.236.4.1.12.2.104.4 dsx1 : .1.3.6.1.4.1.236.4.1.12.2.111.4



dsx3 : .1.3.6.1.4.1.236.4.1.12.2.112.4 bundle : .1.3.6.1.4.1.236.4.1.12.2.113.5 voice : .1.3.6.1.4.1.236.4.1.12.2.200.40.1 ips : .1.3.6.1.4.1.236.4.1.12.2.300.7.1 generic : .1.3.6.1.6.3.1.1.5 snmp : .1.3.6.1.6.3.1.1.5.5 -------------------------------- End of Lists

related commands configure snmp-server target, configure snmp-server enable target-traps





5.433 show sntp This command shows the Simple Network Time Protocol (SNTP) client configuration.

syntax show sntp

default None.

example

Router# show sntp Sntp Client Enabled Sntp Server : Configured in Broadcast mode Timeout : 1024 seconds

related commands configure sntp





5.434 show spanning-tree mst Use this command to display the multiple spanning-tree information.

syntax show spanning-tree mst

default None.

example

Router# show spanning-tree mst






5.435 show spanning-tree mst This command shows the state of the spanning tree for all named bridge groups.

syntax show spanning-tree mst

default None.

example The following is an output of this command showing the spanning tree.

Router# show spanning-tree mst






5.436 show spanning-tree mst config Use this command to show MSTP configuration information for a bridge.

syntax show spanning-tree mst config

default None.

example The following show output shows the MSTP configuration information for bridge b.

Router# show spanning-tree mst config % % MSTP Configuration Information for bridge b:%----------------------------------------------------% Format Id : 0 % Name : My Name % Revision Level: 0 % Digest : 0x80DEE46DA92A98CF21C603291B22880A %----------------------------------






5.437 show spanning-tree mst detail Use this command to show the filtering database values. The show spanning-tree MST detail prints the detailed information about each instance, and all interfaces associated with that particular instance.

syntax show spanning-tree mst detail

default None.

example The following is an output of this command showing detailed information about each instance, and all interfaces associated with them.

Router# show spanning-tree mst detail % 1: Bridge up-Spanning Tree Enabled% 1: CIST Root Path Cost 0-CIST Root Port 0-CIST Bridge Priority 0% 1: Forward Delay 15-Hello Time 2-Max Age 20-Max-hops 20% 1: CIST Root Id 0000009027342b72 % 1: CIST Reg Root Id 0000009027342b72% 1: CST Bridge Id 0000009027342b72% 1: portfast bpdu-filter disabled% 1: portfast bpdu-guard disabled% 1: portfast errdisable timeout disabled% ... % eth1: Forward Timer 0-Msg Age Timer 0-Hello Timer 0






5.438 show ssl-vpn gateway This command shows configured SSL VPN Gatway information.

syntax show ssl-vpn gateway

default None

example

Router# show ssl-vpn gateway

related commands show ssl-vpn domain, show ssl-vpn eps-policy, show ssl-vpn fulltunnel, show ssl-vpn group, show ssl-vpn portal, show ssl-vpn portforward, show ssl-vpn resource, show ssl-vpn sessions, show ssl-vpn stats, show ssl-vpn user,





5.439 show ssl-vpn portal This command shows configured SSL VPN portal information.

syntax show ssl-vpn portal {all | portal-name <portal_name>}


Portal_name Portal name for which details need to be displayed

default None

example

Router# show ssl-vpn portal all Router# show ssl-vpn portal portal-name samsung

related commands show ssl-vpn domain, show ssl-vpn eps-policy, show ssl-vpn fulltunnel, show ssl-vpn gateway, show ssl-vpn group, show ssl-vpn portforward, show ssl-vpn resource, show ssl-vpn sessions, show ssl-vpn stats, show ssl-vpn user





5.440 show ssl-vpn domain This command shows configured SSL VPN domain information.

syntax show ssl-vpn domain {all –domain | domain-name <domain_name>}


domain_name Domain name for which details to be displayed

default None

example

Router# show ssl-vpn domain domain-name Samsung Router# show ssl-vpn domain all-domains

related commands show ssl-vpn eps-policy, show ssl-vpn fulltunnel, show ssl-vpn gateway, show ssl-vpn group, show ssl-vpn portforward, show ssl-vpn resource, show ssl-vpn sessions, show ssl-vpn stats, show ssl-vpn user, show ssl-vpn portal





5.441 show ssl-vpn group This command shows configured SSL VPN group information.

syntax show ssl-vpn group {all –group | group-name <group_name>}


group_name group name for which details to be displayed

default None

example

Router# show ssl-vpn group group-name dev Router# show ssl-vpn group all-groups

related commands show ssl-vpn domain, show ssl-vpn eps-policy, show ssl-vpn fulltunnel, show ssl-vpn gateway, show ssl-vpn portforward, show ssl-vpn resource, show ssl-vpn sessions, show ssl-vpn stats, show ssl-vpn user, show ssl-vpn portal





5.442 show ssl-vpn user This command shows configured SSL VPN user information.

syntax show ssl-vpn user {all –user | user-name <user_name>}


user_name user name for which details to be displayed

default None

example

Router# show ssl-vpn user user-name dev Router# show ssl-vpn user all-users

related commands show ssl-vpn domain, show ssl-vpn eps-policy, show ssl-vpn fulltunnel, show ssl-vpn gateway, show ssl-vpn group, show ssl-vpn portforward, show ssl-vpn resource, show ssl-vpn sessions, show ssl-vpn stats, show ssl-vpn portal





5.443 show ssl-vpn fulltunnel This command displays the full tunnel configuration.

syntax show ssl-vpn full-tunnel { all | client-ip | client-routes }

default None

example

Router/configure# show ssl-vpn fulltunnel all Client IP Address Range Client Address Range Begin : 1.1.1.1 Client Address Range End : 1.1.1.50 Network Subnet : 255.255.255.0 Split Tunnel Enabled Client Routes Destination Network Subnet Mask 192.168.0.0 255.255.255.0 255.255.255.55 255.255.255.255 Router/configure# show ssl-vpn fulltunnel client-ip Client IP Address Range Client Address Range Begin : 1.1.1.1 Client Address Range End : 1.1.1.50 Network Subnet : 255.255.255.0 Split Tunnel Enabled Router/configure# show ssl-vpn fulltunnel client-routes Client Routes Destination Network Subnet Mask 192.168.0.0 255.255.255.0 255.255.255.55 255.255.255.255

related commands show ssl-vpn domain, show ssl-vpn eps-policy, show ssl-vpn gateway, show ssl-vpn group, show ssl-vpn portforward, show ssl-vpn resource, show ssl-vpn sessions, show ssl-vpn stats, show ssl-vpn user, show ssl-vpn portal



5.444 show ssl-vpn portforward This command displays the configured port forward.

syntax show ssl-vpn portforward { all | hostname-resolution | tcp-port }

default None

example

Router/configure# show ssl-vpn portforward all Configured Host Names for Port Forwarding Clients IP Address FQDN 30.30.30.30 telnetserver.samsung.com Configured Applications for Port Forwarding IP Address TCP Port Number 192.168.0.31 23 50001 192.168.0.3 23 50002 30.30.30.30 23 55001 Router/configure# show ssl-vpn portforward hostname-resolution Configured Host Names for Port Forwarding Clients IP Address FQDN 30.30.30.30 telnetserver.samsung.com Router/configure# show ssl-vpn portforward tcp-port Configured Applications for Port Forwarding IP Address TCP Port Number 192.168.0.31 23 50001 192.168.0.3 23 50002 30.30.30.30 23 55001

related commands show ssl-vpn domain, show ssl-vpn eps-policy, show ssl-vpn fulltunnel, show ssl-vpn gateway, show ssl-vpn group, show ssl-vpn resource, show ssl-vpn sessions, show ssl-vpn stats, show ssl-vpn user, show ssl-vpn portal





5.445 show ssl-vpn resource This command displays the resource configuration.

syntax show ssl-vpn resource { all | resource-name <resource> }


resource Name of the resource

default None

example

Router/configure# show ssl-vpn resource all Resource Name : r1 Service Name : TELNET Resource Host sslvpn-telnetserver.com Resource IP 30.30.30.30 Resource Network 30.30.30.30/24 Router/configure# show ssl-vpn resource resource-name r1 Resource Name : r1 Service Name : TELNET Resource Host sslvpn-telnetserver.com Resource IP 30.30.30.30 Resource Network 30.30.30.30/24

related commands show ssl-vpn domain, show ssl-vpn eps-policy, show ssl-vpn fulltunnel, show ssl-vpn gateway, show ssl-vpn group, show ssl-vpn portforward, show ssl-vpn resource, show ssl-vpn sessions, show ssl-vpn stats, show ssl-vpn user, show ssl-vpn portal



5.446 show ssl-vpn eps-policy all This command shows all configured eps information.

syntax show ssl-vpn eps-policy { all | eps-policy-name <eps_name> }


eps_name Name of eps policy

default None

example

Router# show ssl-vpn eps-policy all EPS Policy name: Test Operating system: WinXP Service pack: SP2 OSUpdateCheck: 0 Patch: Patchtype: KB3245672 Browser: Browsertype: IE6_SP2 Registrykey: Registrykey display name: ANYNAME Registrykey name: HKEY__LOCAL__MACHINE\SYSTEM\CurrentControlSet\Control Registrykey value name: CurrentUser Registrykey value: USERNAME Antivirus: Antivirus name: Norton_AntiVirus Antivirus version: 2007 Antivirus definition version: 2007/08/07 Antivirus version check: 1 Antivirus version scanning check: 0 Antivirus definition check: 1 Antivirus product update check: 0 Firewall: Firewall name: Windows_Firewall Firewall version: XP Firewall enable check: 0 Firewall version check: 0



5.447 show ssl-vpn global-bookmark This command shows all configured global bookmarks.

syntax show ssl-vpn global-bookmark

default None

example

Router# show ssl-vpn global-bookmark






5.448 show ssl-vpn stats This command displays statistics for different SSL VPN services.

syntax show ssl-vpn stats {all | <service_type>} domain { all | <domain_name> }


service_type SSL VPN services such as - { ftp | http | full-tunnel | port-forward | telnet | ssh | vnc | rdp | auth | cifs | all}

domain_name Domain name for which statistics need to be displayed

default None

example

Router# show ssl-vpn stats ftp domain AD-domain Router# show ssl-vpn stats auth domain AD-domain Router# show ssl-vpn stats all domain all Router# show ssl-vpn stats full-tunnel domain all

related commands clear ssl-vpn stats.





5.449 show ssl-vpn sessions This command shows the information of active SSL VPN sessions for a domain or a group or a user. If user name is specified in the command, then the connection information for that user is shown along with the session information.

syntax show ssl-vpn sessions { all_domain | domain_name <domain_name> [group_name <group_name>] [user_name <user_name>]}


domain_name Domain name for which session information needs to be displayed

group_name Group name for which session information needs to be displayed

user_name Name of the user for which session information needs to be displayed

default None

example

Router# show ssl-vpn sessions all_domain Router# show ssl-vpn sessions domain_name AD-domain Router# show ssl-vpn sessions domain_name AD-domain group_name AD-group Router# show ssl-vpn sessions domain_name AD-domain group_name AD-group user_name AD-user

related commands clear ssl-vpn sessions.





5.450 show ssl-vpn-resource-mgmt This command displays the status of SSL VPN card applications/ running processes.

syntax show ssl-vpn-resource-mgmt { process-status }

default None

example

Router# show ssl-vpn-resource-mgmt process-status






5.451 show spanning-tree mst instance The show spanning-tree MST instance shows detailed information for the specified instance, and all interfaces associated with that instance.

syntax show spanning-tree mst instance instant-id <n>


instant-id Specifies Instant ID, Range is 1 to 15

default None.

example The following is an output of this command showing detailed information for instance 2.

Router# show spanning-tree mst instance 2 % 1: Bridge up-Spanning Tree Enabled% 1: CIST Root Path Cost 0-CIST Root Port 0-CIST Bridge Priority 0% 1: Forward Delay 15-Hello Time 2-Max Age 20-Max-hops 20% 1: CIST Root Id 0000009027342b72 % 1: CIST Reg Root Id 0000009027342b72 ... % eth1: Forward Timer 7-Msg Age Timer 0-Hello Timer 1






5.452 show startup-config Use the show startup-config command to show the startup configuration.

syntax show startup-config [file file-name <file_name>]


file-name Specifies local file name

default None.

example Router# show startup-config

related commands show running-config, show running-config interface





5.453 show storm-control Use this command to show storm control information for all interfaces or a particular interface.

syntax show storm-control if-name <if_name>


if-name Specifies the name of the interface for which storm-control information is to be showed

default None.

example The following is a sample output of this command showing storm control information:

Router# show storm-control eth1 Port BcastLevel BcastDiscards McastLevel McastDiscards DlfLevel DlfDiscards fe14 40. 0 % 64290164 100. 0 % 64290164 100. 0 % 64290164






5.454 show system This command accesses next-level commands for showing system-level data such as memory specifications, boot-up diagnostics, flash and DRAM memory usage, and event logging.

syntax show system

default None.

example

Router# show system

related commands debug system





5.455 show system configuration This command shows the hardware configuration.

syntax configuration

default None.

example

Router/show/system# configuration The following screen capture shows the hardware configuration. Router/show/system# configuration ---------------------------------------- NCM System Configuration: ============================================ Hardware Status: Processor: Freescale MPC8541 Physical Memory Size: 1G Model Number: iBG3026 Serial Number: MPU680ACD33 ---------------------------------------- Kernel: WIND version 2.6. Boot: 0.0.4 (NORMAL Boot) Runtime: 0.0.4 Created: Jan 17 2006, 06:03:48 Bld Path: "/ss4/tools/dailybuilds/u2" By: bldmstr SNOS class : Advanced SNOS Including features: Security Voice NorBoot: 0.0.4 GolBoot: 0.0.3 Slot/SubSlot Card-Type Status FPGA-Rev CPLD-Rev --------------------------------------------------- 0/- MPU-A NORMAL 0x8 0xd 2/- LMG-20 NORMAL 0x8 0xc



1/- WT3_1C NORMAL N/A 0x3 3/- ESG_8 NORMAL N/A 0x5 0/2 WTE_2M NORMAL N/A 0x6 ---------------------------------------- VPN Accelerator card is not present Interface ports - T1/E1-2 ports available CT3-1 port available ETHERNET-35 ports available ---------------------------------------- Alarm Relay: closed when there is no alarm ---------------------------------------- ---------------------------------------- Memory Information status bytes blocks avg block max block ------ ---------- --------- ---------- ---------- current free 793022336 524 1513401 790755968 alloc 138399632 107725 1284 - cumulative alloc 230639232 1913598 120 - ---------------------------------------- NVRAM size : 32KB ---------------------------------------- Watch Dog is disabled. ----------------------------------------

related commands show system jumboMtuLimit, show system logging, show system memory show version, show chassis


command modes Router/show/system



5.456 show system cpu This command is used to display CPU usage. There are two kinds of display options, graph and table. And, the system stores history of CPU usage at most 3days.

syntax show system cpu [graph|table] [1min|1hour|3days]

default None.

example

Router# show system cpu CPU threshold: not configured period idle ticks busy ticks total ticks usage(%) ------ ---------- ---------- ----------- -------- 5 sec 496 4 500 0 % 60 sec 5908 92 6000 1 % 300 sec 29714 286 30000 0 % Router# show system cpu graph 1hour Local Date and Time: MON OCT 16 19:15:07 2006 5 00000001100000010010001000006 100 + 90 80 70 60 | 50 | 40 | 30 | 20 + + | 10 + + + + | 0 ....5 ...1....1....2....2....3....3....4....4....5....5... 0 5 0 5 0 5 0 5 0 5 CPU% per minute (last 1 hour) + = max CPU% | = avg CPU%



related commands configure system cpu_thresh





5.457 show system jumboMtuLimit This command show the current jumbo maximum transmission unit (MTU) of the system.

syntax jumboMtuLimit

default None.

example

Router/show/system# jumboMtuLimit Current jumboMtuLimit = 1500 NVRAM jumboMtuLimit = 1500

related commands show system configuration, show system logging, show system memory





5.458 show system logging This command accesses next-level commands for showing console logging message prioritization and syslog parameters.

syntax logging

default None.

example

Router/show/system# logging

related commands configure debug system logging





5.459 show system logging commandLog This command shows all configuration commands entered by the user. The commands are listed by date and time, starting with the most current. The system can save up to 500 items at a time.

syntax commandLog

default None.

example

Router/show/system/logging# commandLog 04/06/07-10:28:26 samsung 90.90.90.1 qos 04/06/07-10:28:26 samsung SERIAL ip address 90.90.1.3 255.255.0.0 04/06/07-10:28:26 samsung SERIAL interface ethernet 0/0 04/06/07-10:28:26 samsung SERIAL gratuitous-arp 04/06/07-10:28:26 samsung SERIAL conformance-counter enable 04/06/07-10:28:25 samsung 90.90.90.1 configure term 04/05/07-09:26:12 samsung SERIAL boot_params 04/05/07-09:25:53 samsung SERIAL boot_params 04/05/07-09:25:47 samsung 90.90.90.1 boot_params 04/05/07-09:25:38 samsung SERIAL boot_params 04/05/07-09:25:37 samsung SERIAL co t 04/02/07-23:21:57 samsung SERIAL crypto 04/02/07-23:21:15 samsung SERIAL firewall corp 04/02/07-23:21:12 samsung SERIAL con t



04/02/07-23:20:03 samsung SERIAL firewall corp 04/02/07-23:19:58 samsung SERIAL con t 04/02/07-23:19:50 Booting... SERIAL In /cf0/system.cfg, Total commands executed: 66, Total errors: 1 04/02/07-23:19:47 Booting... SERIAL Error : Command 'local' does not exist (log local) 04/02/07-23:19:34 System started ... Press any key to continue (q : quit | enter : next line) :

related commands show system console, show system syslog, configure system logging console


command modes Router/show/system/logging



5.460 show system logging buffered This command shows logging message prioritization stored in memory buffer.

syntax buffered

default None.

example

Router/show/system/logging# buffered Syslog buffer: 2000 mximum buffer entries, Saving level debugging or higher 17 messages stored, 0 ignored Log Buffer (744000 bytes): *Mar 26,2007,14:07:53: #PARSER-warning: adminusr exit configuration mode ON MON MAR 26 14:07:53 2007 FROM SERIAL

related commands show system logging syslog





5.461 show system logging syslog Use this command to display configured status related to syslog.

syntax syslog

default None.

example

Router/show/system/logging# syslog ------------------------------------ Syslog Setting ------------------------------------ Syslog logging on Displaying utc offset: off Displaying supplementary year: off Buffer logging: level debugging, size 100 Console logging: level debugging Terminal logging: level debugging Syslog server: 90.90.1.91 (514) Facility Setting: Facility type: local7 Facility severity: debug Identifier Setting: Identifier (IBG_001): disabled

related commands show system logging buffered





5.462 show system memory This command shows DRAM memory data, including number of free and allocated bytes, number of fragmented memory blocks, average and maximum block sizes, and a cumulative summary of allocated memory.

syntax memory

default None.

example

Router/show/system# memory status bytes blocks avg block max block ------ ---------- --------- ---------- ---------- current free 793027216 516 1536874 790755968 alloc 138394752 107694 1285 - cumulative alloc 214513664 1592230 134 -

related commands show system configuration, show system jumboMtuLimit, show system logging





5.463 show system reboot_source This command shows the reason or method of a previous system reboot. There can be several causes or methods for rebooting the system. This command can provide the following kinds of reboot source. Each of the reboot sources described below have a corresponding print out message.

An administrator typed Reboot command: ‘Reboot source is reboot COMMAND.’

Software Exception has occurred: ‘Reboot source is Exception.’

Task monitoring function has detected a task has a problem.: ‘Reboot source is Task Monitor Suspend.’

Software operation failure: ‘Reboot source is S/W MALFUNCTION.’

An administrator has conducted a Power cycle to reboot the system: ‘Reboot source may be Power Off.’

Voice Task requested system restart: ‘Reboot source is Voice S/W request.’

The memory shortage has occurred: ‘Reboot source is Memory Shortage.’ This command can also display the current watchdog status.

syntax reboot_source

default None.

example

Router/show/system# reboot_source Reboot source is reboot COMMAND.

related commands reboot, show system watchdog



5.464 show system watchdog This command shows the current status of watchdog function. In order to change watchdog setting, use ‘W’ command in Boot monitor. There is no available CLI command to alter the current watchdog setting value.

syntax watchdog

default None.

example

Router/show/system# watchdog Watch Dog is disabled.

related commands ‘W’ command in Boot monitor





5.465 show system uptime This command shows uptime after the system is start up. Uptime is the amount of time elapsed since the Router software is started not boot up the system.

syntax uptime

default None.

example

Router/show/system# uptime Uptime : 1 day(s) 0:20

related commands reboot





5.466 show telnet This command shows the Telnet server configuration.

syntax show telnet

default None.

example

Router# show telnet Telnet Server Setting --------------------- Telnet Server : Enabled Telnet Timeout: 900 Seconds

related commands configure login _banner, configure telnet_server, configure telnet_timeout





5.467 show temperature This command shows the internal operating temperature of a Router system. Internal sensors continuously monitor the system temperature. There are two sensors in main board and one sensor in fan tray. Optionally, there may be additional sensors in module cards.

syntax show environment

default None.

example

Router# show temperature

There are average temperature and current, maximum, minimum temperature and recommended condition of each sensor that can be shown: Internal Unit temperature is within the recommended operating range

(NORMAL). Internal Unit temperature is over the recommended range (HIGH). Internal Unit temperature is approaching the maximum recommended range

(WARNING). Internal Unit temperature is exceeding the maximum recommended range

(CRITICAL).






5.468 show tftp_server_info This command shows the TFTP server status.

syntax show tftp_server_info

default None.

example

Router# show tftp_server_info TFTP Setting:TFTP server status: Enabled Rexmt-interval: 5 seconds Max-timeout: 25 seconds

related commands configure tftp_server





5.469 show users This command shows users logged on to the Router system.

syntax show users

default None.

example The following screen capture shows two active users (one via a Telnet connection, one via the console port). The user names, login dates and times appear, along with the login ports (Router system console port, or IP address of the connecting workstation for a Telnet access).

Router# show users ACTIVE USERS: SNO NAME LOGIN TIME IPADDR MODE +----------------------------------------------------------+ 1 : samsung: 07/03/26-16:42:00 : SERIAL: CFG * 2 : user1: 07/03/26-18:59:38: 90.90.90.240: +----------------------------------------------------------+

The current user connection is marked with a ‘*’ at the start of a line. The string ‘CFG’ in the ‘MODE’ column means its user is in the configuration command mode.

related commands show user_accounts, configure user





5.470 show user_accounts This command shows configured user names and access levels.

syntax show user_accounts

default None.

example The following screen capture shows configured user names and access levels.

router# show user_accounts ALL USERS: SNO NAME LEVEL +-------------------------------------+ 1: samsung : 1 2: test : 4 3: angel : 2 4: mars : 3

related commands show users, configure user



You must be logged in as the System Administrator (Level 1 access) to view this data.



5.471 show verify_list This command displays the contents of a verification list. The table include file name, SHA_1 hash value, stored time, user and IP address, which are related to the verify command.

syntax verify_list

default None.

example

nakedBD/file# show verify_list SIGNATURE LIST: SNO FILE NAME SIGNATURE SAVED TIME (USER : IP ADDRESS) +-----------------------------------------------------------+ 1 : /cf0/system.cfg : ae1e8f546041cae5969f2b1494abf99104771ca6 : 01/03/2008 18:45:47 (SYSTEM : ) 2 : /cf0/test.txt : 26817901c521199d3cabf179f32aea9a6874e4e6 : 01/04/2008 13:50:47 (samsung : 90.90.90.240) 3 : /cf0/exit.cfg : 0cf61d5a66432be740ce5587d210b529358bfdad : 01/04/2008 13:52:06 (samsung : 90.90.90.240) 4 : /cf0/command.log: d6581c83b48eebd3d9f3492a6e876001be234767 : 01/04/2008 13:52:19 (samsung : 90.90.90.240) +------------------------------------------------------------+

related commands verify, clear verify_list

applicable models/versions: All models/SNOS v2.1 or higher.




5.472 show version Use the show version command to show the version of system currently running.

syntax show version

default None.

example

Router# show version






5.473 show virtual-access Displays virtual access commands.

syntax show vitual-access [ppp | sessions]


ppp Specifies to display virtual access PPP information

sessions Specifies to displays virtual access session information

default None.

example

Router# show virtual-access






5.474 show virtual-access ppp Displays virtual access PPP information.

syntax show virtual-access ppp [context | message-stats | statistics]


context Specifies to display PPP context

message-stats Specifies to display PPP message statistics

statistics Specifies to display PPP statistics

default None.

example

Router# show virtual-access ppp context






5.475 show virtual-access sessions Displays virtual access session information.

syntax show virtual-access sessions session-id <sessions_id>


session-id Specifies session id

default None.

example

Router# show virtual-access sessions session-id






5.476 show vlan all Use this command to display information for all static and dynamic VLANs.

syntax show vlan all bridge 1

default None.

example

Router# show vlan all bridge 1






5.477 show vlan brief Use this command to show information about all VLANs configured for all bridges.

syntax show vlan brief

default None.

example

Router# show vlan brief






5.478 show vlan dynamic Use this command to show information about all dynamic VLANs on a bridge.

syntax show vlan dynamic bridge 1

default None.

example

Router# show vlan dynamic bridge 1






5.479 show vlan static Use this command to show information about all static VLANs on a bridge.

syntax show vlan static bridge 1

default None.

example The following is a sample output of this command showing static VLANs onbridge 1.

Router# show vlan static bridge 1 1 default active 0 [t]eth3 2 VLAN0002 active 1 [u]eth2





5.480 show vlan VLANID Use this command to show information about a particular VLAN by specifying the VLAN ID. It shows information for all the bridges configured.

syntax show vlan vlan-id <vlan_id>


vlan-id Specifies the VID of the VLAN to show data for.

default None. The following is an output of this command showing information about VLAN 2.

example

Router# show vlan 2 Bridge Group VLAN ID Name State Member ports([u]-Untagged, [t]-Tagged) 1 2 VLAN0002 active [u]eth1 [t]eth2






5.481 show vlan classifier all Use this command to show information about all VLAN classification rule, group and configured Ethernet interface.

syntax show vlan classifier all

default None.

example

Router# show vlan classifier all [interfaces] vlan classifier group 1 interface ethernet1/0 [groups] vlan classifier group 1 add rule 1 vlan classifier group 1 add rule 2 [rules] vlan classifier rule 1 ipv4 10.1.1.1/24 vlan 100 vlan classifier rule 2 ipv4 20.1.1.1/24 vlan 200 vlan classifier rule 3 proto ip encap ethv2 vlan 300 **notice** It uses 'First rule First Matching' Mechanism for vlan classification.


applicable models/versions All versions.




5.482 show vrrp Use this command to show VRRP related information.

syntax show vrrp [group <n> | interface slot/port <n/n> | mode <mode>]


group VRRP group. The range is 1-255; the default is all groups.

interface Slot, subslot, and port of theinterface

mode -

summary Summary mode

detailed Detailed mode

default None.

example

Router# show vrrp detailed Router# show vrrp VRRP Group: 24 Description: State: MASTER Priority: 100 Preempt: on Advertisement: 1 secs Authentication Type: No Authentication Virtual IP Addresses: IP Address 1: 10.1.1.24 Virtual MAC Address: 00:00:5e:00:01:18 VRRP Router Up Time: 0 Days.: 6 Hours.: 21 mins.: 57 secs. Group Master IP Address: 10.1.1.1 VRRP Group: 42 Description: State: MASTER Priority: 120 Preempt: on Advertisement: 1 secs Authentication Type: No Authentication Virtual IP Addresses: IP Address 1: 10.1.1.42 Virtual MAC Address: 00:00:5e:00:01:2a VRRP Router Up Time: 0 Days.: 6 Hours.: 21 mins.: 57 secs. Group Master IP Address: 10.1.1.1 VRRP Group: 21 Description: State: MASTER Priority: 150 Preempt: on Advertisement: 1 secs Press any key to continue(q: quit| enter: next line): Authentication Type: No Authentication Virtual IP Addresses: IP Address 1: 15.1.1.10 Virtual MAC Address: 00:00:5e:00:01:15 VRRP Router Up Time: 0 Days.: 0 Hours.: 38 mins.: 59 secs. Group Master IP Address: 15.1.1.1



related commands show vrrp summary





5.483 show whoami Use this command to show the current user name and access level.

syntax show whoami

default None.

example

Router# show whoami you are Router, level 1 user







6.1 Configuration Commands

6.1.1 clear call voice You can use the clear call voice command to clear a voice call

syntax clear call voice { all | h323 | id < call context identifier> | pots | sip | voip }


All Clear all voice calls

H323 Clear all h323 voice calls

ID Clear only calls with a specific ID

Pots Clear all pots voice calls

Sip Clear all sip voice calls

voip Clear all voip (h323/sip) voice calls

example The following command is used to clear all voice calls.

Router# clear all voice calls




command modes Any command mode

6.1.2 clear call-admission threshold You can use the clear call-admission threshold command to reset the call-admission threshold statistics data.

syntax clear call-admission threshold {stats | total-calls [<value>] | interface <interface name> <interface number> int-calls total-calls [<value>]}


Stats Reset all call threshold statistics data.

Total-calls Call count is reset when the call volume reaches the <value>.

<value> Call volume - Range 0~10000 - Default 0

Interface Call count statistics are reset when the call volume is reached for interface.

Interface name Interface name or type. ex) ethernet

Interface number Interface number for interface name

Int-calls Call count for interface

Value Call volume for interface



example The following command is used to clear the call threshold statistics.

Router# clear call-admission threshold stats The following command is used to clear the all call volume. Router# clear call-admission threshold total-calls The command is used to trigger clearing when the call count of ethernet interface 0/4 reaches 3000. Router# clear call-admission threshold interface ethernet 0/4 int-calls total-calls 3000

related commands call-admission threshold, show call-admission threshold


command modes Any command mode.



6.1.3 clear call-admission treatment stats To reset the call-admission treatment statistics data, you can use the clear call-admission treatment stats command.

syntax clear call-admission treatment stats

example The following command is used to clear the treatment statistics.

clear call-admission treatment stats

related commands call-admission treatment on, call-admission treatment action, call-admission treatment cause-code, call-admission treatment isdn-reject, show call-admission treatment


command modes Any command mode.



6.1.4 clear statistics all Initialize overall statistics (call, protocol and dial-peer statistics) system information.

syntax clear statistics all

example

clear statistics all

related commands show statistics call, show statistics pots-call, show statistics voip-call


command modes any configuration mode

6.1.5 clear statistics call Initialize overall system call statistics information.

syntax clear statistics call

example

clear statistics call

related commands show statistics call, show statistics pots-call, show statistics voip-call





6.1.6 clear statistics dial-peer-voice This command initializes dial-peer statistics. Statistics information comes with each dial-peer information from the ‘show dial-peer voice all’ command.

syntax clear statistics dial-peer-voice <dial-peer-id>

Parameter Description (without Parameter, no table)

dial-peer-id Dial peer ID

example clear statistics dial-peer-voice 10

related commands show dial-peer voice





6.1.7 clear statistics h323-protocol Initialize statistics information on H.323 protocol.

syntax clear statistics h323-protocol

example clear statistics h323-protocol

related commands show statistics h323-protocol



6.1.8 clear statistics sip-protocol Initialize statistics information on SIP protocol.

syntax clear statistics sip-protocol

example

clear statistics sip-protocol

related commands show statistics sip-protocol





6.1.9 show call-admission spike status A user is able to display the statistics information about the set call-admission spiking threshold and incoming calls.

syntax show call-admission spike status

example The following command displays how to use commands regarding spiking status.

Router/configure# call-admission spike 1 steps 10 size 2000 Router/configure# show call-admission spike status Call spike Status -------------------------- Call spiking: Configured Call spiking: TRIGGERED total call count in sliding window:: 1 attempt call count in sliding window:: 2 --------------------------

related commands call-admission spike





6.1.10 show call-admission threshold In order to see the information about the enabled threshold configuration regarding the configured threshold triggers, use show call-admission threshold command. The global resource threshold and the interface resource threshold are displayed.

syntax show call-admission threshold {config | history | stats | status [ unavailable ]}


Config Shows the current threshold configuration.

History Shows the resource usage history

Status Shows the status information regarding all the Configured trigger.

Unavailable Optional shows the resource unavailable status information.

Stats Shows the Resource base statistics information.

example The following command shows information regarding call-admission threshold configuration.

Router/configure# call-admission threshold global cpu-5sec low 5 high 10 busyout Router/configure# call-admission threshold global total-mem low 40 high 50 busyout Router/configure# call-admission threshold global cpu-avg low 25 high 30 busyout Router/configure# show call-admission threshold config Some resource polling interval: CPU_AVG interval: 30 Memory interval: 30 IF Type Value Low High Enable ----- ---- ----- ---- ---- ------ N/A cpu-5sec 12 5 10 busy N/A cpu-avg 11 25 30 busy N/A mem-avg 88 40 50 N/A



The following command shows information regarding call-admission threshold statistics. Router/configure# show call-admission threshold stats Total resource check: 2 successful: 0 failed: 2 1: ------------------------ N/A cpu-5sec 12 5 10 busy Successful All resources are available for this check. Recorded time: 13:09:32 UTC THU OCT 2005 2: ------------------------ N/A cpu-5sec 12 5 10 busy Successful All resources are available for this check. Recorded time: 13:09:37 UTC THU OCT 2005 3: ------------------------ N/A cpu-5sec 11 5 10 busy Successful All resources are available for this check. Recorded time: 13:09:42 UTC THU OCT 2005 4: ------------------------ N/A cpu-5sec 11 5 10 busy Successful All resources are available for this check. Recorded time: 13:09:47 UTC THU OCT 2005 5: ------------------------ N/A cpu-5sec 12 5 10 busy Successful All resources are available for this check. Recorded time: 13:09:02 UTC THU OCT 2005 6: ------------------------ N/A cpu-5sec 11 5 10 busy Successful All resources are available for this check. Recorded time: 13:09:07 UTC THU OCT 2005 7: ------------------------ N/A cpu-5sec 12 5 10 busy Successful All resources are available for this check. Recorded time: 13:09:12 UTC THU OCT 2005 8: ------------------------ N/A cpu-5sec 11 5 10 busy Successful All resources are available for this check. Recorded time: 13:09:17 UTC THU OCT 2005



9: ------------------------ N/A cpu-5sec 11 5 10 busy Successful All resources are available for this check. Recorded time: 13:09:22 UTC THU OCT 2005 10: ------------------------ N/A cpu-5sec 12 5 10 busy Successful All resources are available for this check. Recorded time: 13:09:27 UTC THU OCT 2005

related commands call-admission threshold, clear call-admission threshold



6.1.11 show call-admission treatment In order to see call treatment configuration and statistics, use show call-admission treatment command.

syntax show call-admission treatment {config | stats}


Config Shows treatment configuration.

Stats Shows resource base call treatment statistics information



example The following command shows information regarding call-admission treatment configuration.

Router/configure# call-admission treatment on Router/configure# call-admission treatment action reject Router/configure# call-admission treatment causecode no-resource Router/configure# call-admission treatment isdn-reject 47 Router/configure# show call-admission treatment config Call Treatment Config --------------------- Call treatment is ON. Call treatment action is: Reject Call treatment disconnect cause is: no-resource(1) Call treatment ISDN reject cause-code is: 47

The following command shows information regarding call-admission treatment statistics.

Router/configure# show call-admission treatment stats Call Treatment Statistics ------------------------- Total Calls by call treatment: 0 Calls accepted by call treatment: 0 Calls rejected by call treatment: 0 Reason Num. of calls rejected ------ ---------------------- cpu-5sec: 0 cpu-avg: 0 total-mem: 0 total-calls: 0

related commands call-admission treatment on, call-admission treatment action, call-admission treatment cause-code, call-admission treatment isdn-reject, clear call-admission treatment stats





6.1.12 show dial-peer voice This command is to show the information of the dial peer already set.

syntax show dial-peer voice {all | num <num> | summary}


all Shows all information on dial-peers. Shows detailed setting of a dial-peer.

num <num> Shows dial peer information for the appropriate number only.

summary Shows only the necessary information for all dial-peers in the form of a short summary.

example

Router/configure# dial-peer voice pots 500 Router/configure/dial-peer/voice/pots 500# show dial-peer voice num 500 VoiceEncapPeer500 <<<Dial Peer Common Info>>> id = 500, type = pots, description = ‘, admin state = ‘up’, operation state = ‘down’, destination-pattern = ‘, answer-address = ‘, preference = 0, numbering type = ‘none’, incoming called-number = ‘, connections/maximum = 0/ unlimited, decision limit number = ‘3’, huntstop = ‘disabled’, incoming COR list = ‘maximum capability’, outgoing COR list = ‘minimum requirement’, called translation ruleset id = ‘0’, calling translation ruleset id = ‘0’,



incoming translation profile = ‘none’, outgoing translation profile = ‘none’, CLID restrict = ‘disabled’, CLID remove = ‘disabled’, CLID remove name = ‘disabled’, CLID network number = ‘, CLID override RDNIS = ‘disabled’, call block translation-profile = ‘, call block disconnect-cause = ‘No Service’, <<<Dial Peer POTS Info>>> prefix = ‘, forward digits = ‘default’, direct-inward-dial = ‘disabled’, digit strip = ‘enabled’, port = ‘-/-/-’, authentification name = ‘, passwd = ‘, sip registration = ‘disable’, trunk group = ‘0 trunk group is registered’ smime = ‘disable’, call waiting = ‘disabled’, call pickup group id = ‘ <<<Dial Peer Statistics Info>>> Connect Time = 0, Successful Calls = 0, Failed Calls = 0, Incomplete Calls = 0 Accepted Calls = 0, Refused Calls = 0, Last Disconnect Cause is ‘No Service’, Last Disconnect Text is , Last Setup Time = . Router/configure# dial-peer voice voip 600 Router/configure/dial-peer/voice/voip 600# show dial-peer voice num 600 VoiceOverIpPeer600 <<<Dial Peer Common Info>>> id = 600, type = voip, description = ‘, admin state = ‘up’, operation state = ‘down’, destination-pattern = ‘, answer-address = ‘, preference = 0, numbering type = ‘none’, incoming called-number = ‘, connections/maximum = 0/ unlimited, decision limit number = ‘3’, huntstop = ‘disabled’, incoming COR list = ‘maximum capability’, outgoing COR list = ‘minimum requirement’, called translation ruleset id = ‘0’,



calling translation ruleset id = ‘0’, incoming translation profile = ‘none’, outgoing translation profile = ‘none’, CLID restrict = ‘disabled’, CLID remove = ‘disabled’, CLID remove name = ‘disabled’, CLID network number = ‘, CLID override RDNIS = ‘disabled’, call block translation-profile = ‘, call block disconnect-cause = ‘No Service’, <<<Dial Peer VoIP Info>>> session-target = ‘, tech-prefix = ‘, VAD = ‘enabled’, codec = ‘system’, payload size = 10 bytes, codec list id = 0 playout mode is set to ‘adaptive’, Initial 80 ms, Max 200 ms, Playout-delay Minimum mode is set to ‘Default’, value 40 ms, fax rate = ‘14400’, fax packet size = ‘0’, fax protocol = ‘none’, fax error correction mode ‘enabled’, session protocol = ‘sip’, session transport = ‘system’, h323 tag id = ‘none’, sip tag id = ‘none’, sipRel1xxMode = ‘system’, sipUriMode = ‘system’, sipOfferHold = ‘system’, sipQsigTunn = ‘disable’, sipUrl= ‘system’, rtp payload nte value = 101, comfort noise = ‘disabled’, voip available = ‘enabled’ dtmf-relay = ‘system’, QoS dscp media: ‘none’, QoS dscp signal: ‘none’, call fallback pots = ‘enable’, ip UDP checksum calculation = ‘disable’, max redirects = ‘1’, srtp crypto AES_CM_128_HMAC_SHA1_32 = ‘disabled’ srtp crypto AES_CM_128_HMAC_SHA1_80 = ‘disabled’ <<<Dial Peer Statistics Info>>> Connect Time = 0, Successful Calls = 0, Failed Calls = 0, Incomplete Calls = 0 Accepted Calls = 0, Refused Calls = 0, Last Disconnect Cause is ‘No Service’, Last Disconnect Text is , Last Setup Time = .



Followings are <<Dial Peer Common Info>> items shown at the time of execution.

field Description

VoiceEncapPeer Show POTS dial peer.

VoiceOverIpPeer Show VoIP dial peer.

Dial Peer Common Info Common information regardless of dial peer type.

Dial Peer Pots Info Information related to POTS dial peer.

Dial Peer Voip Info Information related to VoIP dial peer.

Dial Peer Statistics Info Dial peer statistics information.

ID Dial peer tag ID

type Type of dial peer

description Description of dial peer

admin state Admin state of dial peer. Shows shutdown or not.

operation state Shows operation state of dial peer. It is related to the destination pattern, session-target, port, incoming called-number and answer-address setting.

destination-pattern Shows dial peer destination pattern.

answer-address Shows dial peer answer address.

preference Dial peer preference.

numbering-type Dial peer numbering type.

incoming called-number Dial peer incoming called number.

connections Number of calls made with this dial peer at present.

maximum Maximum number of calls that can be made with this dial peer.

decision limit number decision limit number.

huntstop huntstop or not.

incoming COR list COR list to be applied at the time of this incoming dial peer.

outgoing COR list COR list to be applied at the time of this outgoing dial peer.

called translation ruleset ID

translation rule set ID to be applied to the called number.



(Continued)

field Description

calling translation ruleset ID

translation rule set ID to be applied to the calling number.

incoming translation profile translation profile to be applied to the incoming call.

outgoing translation profile translation profile to be applied to the outgoing call.

CLID restrict CLID restrict or not.

CLID remove CLID remove or not.

CLID remove name CLID remove name or not.

CLID network number CLID network number.

CLID override RDNIS CLID restrict or not.

call block translation profile Translation profile to be used at call block check.

call block disconnect cause Disconnect cause to be returned when it is blocked at the time of the call block check.

The Following are <<Dial Peer POTS Info>> items shown at the time of execution.

field Description

prefix Prefix to be applied at outgoing POTS.

forward-digits Dial peer forward digit.

direct-inward-dial DID or not.

digit-strip Digit strip or not at outgoing POTS.

port Port information.

authentication name, passwd

Authentication info.

sip-registration SIP registration info.

trunk-group Trunk group info.

smime SMIME info.

call waiting Call waiting or not.

call pickup group Call pickup group info.



Followings are <<Dial Peer VoIP Info>> items shown at the time of execution.

field Description

session-target Dial peer session target.

tech-prefix Tech-prefix info.

VAD VAD or not.

codec Dial peer codec info.

interval time Dial peer frame interval time.

codec list ID Dial peer codec list ID.

playout delay mode Playout delay info.

Initial Playout delay info.

Maximum Playout delay info.

Minimum Playout delay info.

fax rate Dial peer fax info.

fax packet size Dial peer fax info.

fax protocol Dial peer fax info.

fax error correction mode Fax error correction mode or not.

session protocol Dial peer session protocol.

session transport Dial peer session transport.

h323 tag id Voice class h323 tag ID for dial peer.

sip tag id Voice class sip tag ID for dial peer.

sipRel1xxMode Dial peer SIP info.

sipUriMode Dial peer SIP info.

sipOfferHold Dial peer SIP info.

sipQsigTunn Dial peer SIP info.

sipUrl Dial peer SIP info.

rtp payload nte value Dial peer NTE value.

comfort noise Comfort noise or not.

voip available VoIP available or not.

dtmf-relay DTMF relay value.

QoS dscp media Media DSCP value.

QoS dscp signal Signal DSCP value.

call fallback pots Fallback to POTS or not.

ip UDP checksum calculation Checksum calculation or not.



(Continued)

field Description

max redirects Max redirect value.

srtp crypto AES_CM_ 128_HMAC_SHA1_32

AES_CM_128_HMAC_SHA1_32 use or not.

srtp crypto AES_CM_ 128_HMAC_SHA1_80

AES_CM_128_HMAC_SHA1_80 use or not.

related commands dial-peer voice pots/voip



6.1.13 show dialplan analysis This command is to show the configured dial plan

syntax show dialplan dial-peer analysis <dp | tr | tp | tg>


dp Show dial plan configuration for dial peer.

tr Show translation rule.

tp Show translation profile.

tg Show trunk-group.



example Show information of dial plan analysis

Router/configure# show dialplan analysis dp TY ID DIAL-PEER TYPE PREFIX DESTINATION PATTERN TRUNK-GROUP or VOICE-PORT DS FWD -- ------ ----------------- ------- --------------------------- ----------- ------------------- -- --- TR_CG TR_CD TP_INC TP_OUT TRUNK-GROUP-LABEL TR_CG TR_CD TP_INC TP_OUT num =========+=====+=========+=========+===========================+=====+=====+=========+=========+==+=== P 8 POTS-Trunk 8.T 1/2:D (isdn-pri) Y def - ------ ----------------- ------- --------------------------- ----------- ------------------- -- --- 0 0 hammer_in 0 0 ---------+-----+---------+---------+---------------------------+-----+-----+---------+---------+--+--- P 279 POTS-Trunk 279.T 1/3:D (isdn-pri) Y def - ------ ----------------- ------- --------------------------- ----------- ------------------- -- --- 0 0 hammer_out 0 0 ---------+-----+---------+---------+---------------------------+-----+-----+---------+---------+--+--- P 9000 FXS-User 9000 0/1/0 (fxs-ls) Y def - ------ ----------------- ------- --------------------------- ----------- ------------------- -- --- 0 0 0 0 ---------+-----+---------+---------+---------------------------+-----+-----+---------+---------+--+--- P 9001 FXS-User 9001 0/1/1 (fxs-ls) Y def - ------ ----------------- ------- --------------------------- ----------- ------------------- -- --- 0 0 0 0 ---------+-----+---------+---------+---------------------------+-----+-----+---------+---------+--+--- P 9002 FXS-User 9002 0/1/2 (fxs-ls) Y def - ------ ----------------- ------- --------------------------- ----------- ------------------- -- --- 0 0 0 0 ---------+-----+---------+---------+---------------------------+-----+-----+---------+---------+--+---



related commands dial-peer voice pots/voip, voice translation-rule, voice translation-profile, trunk-group



6.1.14 show dialplan cfg This command is to show dial plan configuration (fxs pattern, secondary dial tone).

syntax show dialplan dial-peer cfg

example Show information for dial plan configuration.

Router/configure# show dialplan cfg <<< FXS PATTERN >>> --------------------------------------- TAG PATTERN EXT-LENG EXT-PTRN --------------------------------------- 1 2791... 4 1... IDX(0) 0 NULLL 0 NULL IDX(1) 0 NULLL 0 NULL IDX(2) 0 NULLL 0 NULL IDX(3) 0 NULLL 0 NULL IDX(4) <<< SECOND DIAL TONE >>> --------------------------------------- DIGIT-STRING --------------------------------------- IDX(0) NULL



IDX(1) NULL IDX(2) NULL IDX(3) NULL IDX(4) NULL IDX(5) NULL IDX(6) NULL IDX(7) NULL IDX(8) NULL IDX(9) NULL

related commands dialplan fxs-pattern, dialplan secondary-dialtone



6.1.15 show dialplan dial-peer This command is to show the outbound dial peer match based on inbound dial peer entered, COR (Class Of Restriction) and called number.

syntax show dialplan dial-peer <num> number <called-number>


<num> Inbound dial peer ID.

<called-number> Called number.



example Show information of the selected dial peers.

Router/configure# show dialplan dial-peer 3 number 1002 <<<Dial Peer Common Info>>> id = 2, type = pots, description = ‘, admin state = ‘up’, operation state = ‘up’, destination-pattern = ‘1002’, answer-address = ‘, preference = 0, numbering type = ‘none’, incoming called-number = ‘, connections/maximum = 0/ unlimited, decision limit number = ‘3’, huntstop = ‘disabled’, incoming COR list = ‘maximum capability’, outgoing COR list = ‘minimum requirement’, called translation ruleset id = ‘0’, calling translation ruleset id = ‘0’, incoming translation profile = ‘none’, outgoing translation profile = ‘none’, CLID restrict = ‘disabled’, CLID remove = ‘disabled’, CLID remove name = ‘disabled’, CLID network number = ‘, CLID override RDNIS = ‘disabled’, call block translation-profile = ‘, call block disconnect-cause = ‘No Service’, <<<Dial Peer POTS Info>>> prefix = ‘, forward digits = ‘default’, direct-inward-dial = ‘disabled’, digit strip = ‘enabled’, port = ‘0/2/1’, authentification name = ‘, passwd = ‘, sip registration = ‘disable’, trunk group = ‘0 trunk group is registered’ smime = ‘disable’, call waiting = ‘disabled’, call pickup group id = ‘ <<<Dial Peer Statistics Info>>> Connect Time = 0, Successful Calls = 0, Failed Calls = 0, Incomplete Calls = 0 Accepted Calls = 0, Refused Calls = 0, Last Disconnect Cause is ‘No Service’, Last Disconnect Text is , Last Setup Time = . Matched: 1002 Digits: 4 Contents are same as those of ‘show dial-peer voice’.



related commands dial-peer voice pots/voip



6.1.16 show dialplan incall This command is to show inbound matched dial peer based on calling number and port number at incoming POTS.

syntax show dialplan incall <port> number <calling-num>


port Voice port information. It can be expressed differently depending on the platform. You can check with ‘show voice-port summary’ command.

number Keyword.

calling-num Calling number string.

example

Router/configure# show dialplan incall 0/2/0 number 1002 Macro Exp.: 1002 VoiceEncapPeer2 <<<Dial Peer Common Info>>> id = 2, type = pots, description = ‘, admin state = ‘up’, operation state = ‘up’, destination-pattern = ‘1002’, answer-address = ‘, preference = 0, numbering type = ‘none’, incoming called-number = ‘, connections/maximum = 0/ unlimited, decision limit number = ‘3’,



huntstop = ‘disabled’, incoming COR list = ‘maximum capability’, outgoing COR list = ‘minimum requirement’, called translation ruleset id = ‘0’, calling translation ruleset id = ‘0’, incoming translation profile = ‘none’, outgoing translation profile = ‘none’, CLID restrict = ‘disabled’, CLID remove = ‘disabled’, CLID remove name = ‘disabled’, CLID network number = ‘, CLID override RDNIS = ‘disabled’, call block translation-profile = ‘, call block disconnect-cause = ‘No Service’, <<<Dial Peer POTS Info>>> prefix = ‘, forward digits = ‘default’, direct-inward-dial = ‘disabled’, digit strip = ‘enabled’, port = ‘0/2/1’, authentification name = ‘, passwd = ‘, sip registration = ‘disable’, trunk group = ‘0 trunk group is registered’ smime = ‘disable’, call waiting = ‘disabled’, call pickup group id = ‘ <<<Dial Peer Statistics Info>>> Connect Time = 0, Successful Calls = 0, Failed Calls = 0, Incomplete Calls = 0 Accepted Calls = 0, Refused Calls = 0, Last Disconnect Cause is ‘No Service’, Last Disconnect Text is , Last Setup Time = . Matched: 1002 Digits: 4 Contents are same as those of ‘show dial-peer voice’.






6.1.17 show dialplan number This command is to show which outgoing dial peer is selected as a dialed number.

syntax show dialplan number <called-number> [huntstop]


called-number Dialed number.

huntstop Do not try hunting any more after the first dial peer is matched.

example

v239# show dialplan number 0361231 Macro Exp.: 0361231 VoiceEncapPeer100 <<<Dial Peer Common Info>>> id = 100, type = pots, description = ‘, admin state = ‘up’, operation state = ‘up’, destination-pattern = ‘0361231’, answer-address = ‘, preference = 0, numbering type = ‘none’, incoming called-number = ‘, connections/maximum = 0/ unlimited, decision limit number = ‘3’, huntstop = ‘disabled’, incoming COR list = ‘maximum capability’, outgoing COR list = ‘minimum requirement’, called translation ruleset id = ‘0’, calling translation ruleset id = ‘0’, incoming translation profile = ‘none’, outgoing translation profile = ‘none’, CLID restrict = ‘disabled’, CLID remove = ‘disabled’, CLID remove name = ‘disabled’, CLID network number = ‘, CLID override RDNIS = ‘disabled’, call block translation-profile = ‘, call block disconnect-cause = ‘No Service’, <<<Dial Peer POTS Info>>> prefix = ‘,



forward digits = ‘default’, direct-inward-dial = ‘disabled’, digit strip = ‘enabled’, port = ‘0/0/0’, authentification name = ‘, passwd =’, sip registration = ‘enable’, ‘use E164’, reg duration = ‘system’, trunk group = ‘0 trunk group is registered’ smime = ‘disable’, call waiting = ‘enabled’, call pickup group id = ‘323’ <<<Dial Peer Statistics Info>>> Connect Time = 0 seconds, In Calls = 0, Out Calls = 0 In Ans Num = 0, Out Ans Num = 0 In Fail Num = 0, Out Fail Num = 0 In Abnormal Term Num = 0, Out Abnormal Term Num = 0 In Abandon Num = 0, Out Abandon Num = 0 Last Disconnect Cause is ‘CS_UNDEFINED_CAUSE’, Last Setup Time = --. Matched: 0361231 Digits: 7 For detailed information about this command, see the ‘show dial-peer voice’command description.






6.1.18 show h323-gateway It shows the settings related to H.323 feature (Voice service h323 configuration), H.323 gateway status, RAS registration status, H.323 message and release cause statistics. When option parameters are not specified, all information except for calls is displayed.

syntax show h323-gateway [ calls | detailed | h225 | h245 | ras | registration | release-cause | service | status ]


calls Shows the information on the H.323 calls currently in progress.

detailed Shows the values set in Voice service h323 configuration.

h225 Shows the H.225.0 Call Signaling message statistics. It is the value accumulated after the H.323 gateway is booted.

h245 Shows the H.245 message statistics. It is the value accumulated after the H.323 gateway is booted.

ras Shows the H.225.0 RAS message statistics. It is the value accumulated after the H.323 gateway was booted.

registration Shows the RAS registration status to the current gatekeeper.

release-cause Shows the statistics on codes of call release causes. These are the statistics per Q.850 release cause, and it is the value accumulated after the H.323 gateway was booted.

service Shows the current status of the H.323 gateway.

status Shows the Server Port information of the H.323 gateway. It is the H.225.0 Call Signaling Address and H.225.0 RAS Address information.

example

Router/configure#show h323-gateway registration

related commands clear statistics h323-protocol, show statistics h323-protocol




command modes any configuration

6.1.19 show num-exp To display the configured number expansions, use the show num-exp command in any configuration mode.

syntax show num-exp [dialed-number]


dialed-number (Optional) Dialed number.

example Use this command to display all the number expansions configured for this router. To display number expansion for only one number, specify that number by using the dialed-number argument.

Router/configure# show num-exp dialed-number 6000 <<< NUMBER EXPANSION INFO >>> Dest Digit Pattern = '6000' Translation = '2796000'

related commands show call active voice, show dial-peer voice, show voice port





6.1.20 show sip-registrar This command shows registration information of SIP phones registered to an iBG router when survivable telephony mode or standalone mode with local registrar enabled.

syntax show sip-registrar

example The following example shows how to use show sip-registrar command.

Router# show sip-registrar SIP Local Registrar: ENABLE Registration expire timer: min(60s) max(86400s) ID LINE IP Address Port Expires CSeq CallID ---------------------------------------------------------------------------------------- 1 7001 172.19.30.139 5061 3600 0 291 9598df30-ac131e8b-13c4-4a-8906c2f-4a 2 7002 172.19.30.190 5061 3600 0 291 9598ccc0-ac131ebe-13c4-40-56dc476f-40 3 7003 172.19.30.192 5061 3600 0 291 9598dc40-ac131ec0-13c4-44-18c5446f-44

related commands show sip-ua registrar, show sip-ua registration





6.1.21 show sip-ua calls This command shows detailed active SIP call information.

syntax show sip-ua calls

example The following example shows how to use the show sip-ua calls command.

Router# show sip-ua calls ------------------------------------------------------------ SIP-CALL CTXID: 1 ------------------------------------------------------------ -SIP-CALLID: [email protected] -CALL-STATES: PIC_T_Active -FROM: <sip:[email protected]>;tag=7267517 -TO: <sip:[email protected]>;tag=7267170 -SOURCE ADDRESS: udp 10.254.167.249:0 -DESTINATION ADDRESS: udp 10.254.167.244:0 -MEDIA INFO -PAYLOAD ID(CODEC): g711u -RTP LOCAL ADDRESS: 10.10.10.10:16388 -RTP REMOTE ADDRESS: 10.10.10.10:16386 -DTMF PAYLOAD TYPE: 101 ------------------------------------------------------------ ------------------------------------------------------------ SIP-CALL CTXID: 2 ------------------------------------------------------------ -SIP-CALLID: [email protected] -CALL-STATES: PIC_O_Active -FROM: <sip:[email protected]>;tag=7267517 -TO: <sip:[email protected]>;tag=7267170 -SOURCE ADDRESS: udp 10.254.167.249:0 -DESTINATION ADDRESS: udp 10.254.167.244:0 -MEDIA INFO -PAYLOAD ID(CODEC): g711u -RTP LOCAL ADDRESS: 10.10.10.10:16386 -RTP REMOTE ADDRESS: 10.10.10.10:16388 -DTMF PAYLOAD TYPE: 101 ------------------------------------------------------------ TOTLA NUMBER: 2



related commands show sip-ua connections, show voice call



6.1.22 show sip-ua connections This command shows the status of SIP connections in different transport type -UDP, TCP, and TLS.

syntax show sip-ua connections {udp | tcp | tls}


Transport type udp tcp tls

example The following example shows how to use the show sip-ua connections udp command.

Router# show sip-ua connections udp UDP CONNECTION INFO ------------------------------------------------------------ No. Local Address Remote Address Status ------------------------------------------------------------ 0. 10.254.167.249:5060 - Listen 1. 10.254.167.249:5060 10.254.167.244:5060 Established ------------------------------------------------------------ TOTLA NUMBER: 2



related commands show sip-ua calls, show voice call



6.1.23 show sip-ua maps This command shows the mapping table between SIP status code and the PSTN cause code.

syntax show sip-ua maps {pstn-sip | sip-pstn | sip-request-pstn}


pstn-sip Shows SIP status codes matched with PSTN cause codes.

sip-pstn Shows PSTN cause codes matched with SIP status codes.

sip-request-pstn Shows a PSTN cause code matched with a SIP request - CANCEL.

example The following example shows PSTN to SIP mapping table.

Router# show sip-ua maps pstn-sip PSTN-Cause Configured Default SIP-Status SIP-Status 1 404 404 2 404 404 3 404 404 4 500 500 5 500 500 6 500 500 7 500 500 8 500 500



9 500 500 16 200 200 17 486 486 18 480 480 19 480 480 20 480 480 21 403 403 22 410 410 23 500 500 25 500 500 26 404 404 27 404 404 28 484 484 29 501 501 30 500 500 31 404 404 34 503 503 38 503 503 39 500 500 40 500 500 41 503 503 42 503 503 43 500 500 44 503 503 46 500 500 47 503 503 49 500 500 50 500 500 53 500 500 55 603 603 57 501 501 58 501 501 62 500 500 63 503 503 65 501 501 66 500 500 69 500 500 70 500 500 79 501 501 81 500 500 82 500 500 83 500 500 84 500 500 85 500 500 86 500 500 87 603 603



08 400 400 90 500 500 91 500 500 95 400 400 96 500 500 97 500 500 98 500 500 99 500 500 100 500 500 101 500 500 102 408 408 103 500 500 110 500 500 111 400 400 127 500 500

The following example shows SIP to PSTN mapping table.

Router# show sip-ua maps sip-pstn SIP-Status Configured Default PSTN-Cause PSTN-Cause 400 127 127 401 57 57 402 21 21 403 57 57 404 1 1 405 127 127 406 127 127 407 21 21 408 102 102 410 1 1 413 127 127 414 127 127 415 79 79 416 79 79 420 127 127 421 127 127 422 127 127 423 127 127 480 18 18 481 127 127 482 127 127 483 127 127 484 28 28



485 1 1 486 17 17 487 31 31 488 58 58 489 127 127 491 127 127 493 127 127 494 127 127 500 41 41 501 79 79 502 38 38 503 79 79 504 102 102 505 127 127 513 127 127 580 127 127 600 17 17 603 21 21 604 1 1 606 58 58

The following example shows a PSTN cause code matched with SIP Request - CANCEL.

Router# show sip-ua maps sip-request-pstn SIP-Request Configured Default PSTN-Cause PSTN-Cause CANCEL 16 16

related commands set pstn-cause, set sip-status, set sip-request cancel pstn-cause





6.1.24 show sip-ua operation-mode This command shows VoIP gateway’s current operational status which is ‘toll bypass (standalone) mode’, ‘iPX interworking mode’, or ‘Survivable telephony mode’.

syntax show sip-ua operation-mode

example The following example shows how to use show sip-ua operation-mode command.

Router# show sip-ua operation-mode Toll bypass mode.

related commands show sip-ua parameters, show voip gateway





6.1.25 show sip-ua parameters This command shows detailed information of SIP-UA.

syntax show sip-ua parameters

example The following example shows how to use the show sip-ua parameters command.

Router# show sip-ua parameters SIP configuration SIP-UA : up operation mode = Call-server mode auth username = samsung auth password = samsung SIP-UA is use call-server SIP-UA use ip address for call-server : ipv4:10.254.139.50 SIP-UA expires time for REGISTER : 3600 SIP-UA retry time for REGISTER : 60 SIP-UA use transport : system SIP-UA use uri type : system SIP-UA URI : sip:[email protected] SIP-UA use duration : 30 SIP-UA use retry : 30 registrar is not configured mwi server is not configured SIP timer T1 : 500 SIP timer T2 : 4000 SIP timer T4 : 5000 peer monitoring (OPTIONS) duration time : 3600 peer monitoring (OPTIONS) retry time : 200 minimum session timer 90 sip-ua default dtmf relay : RTP NTE sip-ua default transport : udp sip-ua default uri type : sip sip-ua default udp port : 5060 sip-ua default tcp port : 5060 sip-ua default tls port : 5061 sip-ua default max forwards : 50 sip rel1xx is disable sip redirect ip to ip : no



sip inband alerting : no sip redirection : no sip send sdp in 183 sip suspen resume : no sip offer hold : direction attribute inactive pstn code for sip request cancel : 16 sip disable early media at 180 : no sip reason-header override : no use tel url : no srtp not use sha1 32 srtp not use sha1 80 registrar local service expires min : 60 registrar local service expires max : 86400 max udp msg length to switch to tcp : not switch sip no answer timer value for sip outbound call 15 sip calling-info pstn-to-sip unscreened discard : no sip calling-info sip-to-pstn unscreened discard : no voip gateway profiles are syncronized to call-server VoIP fallback configuration voip fallback normal system message : "Normal Mode" voip fallback survivable system message : "Survivable Mode"

related commands show sip-ua operation-mode, show voip gateway





6.1.26 show sip-ua registrar This command shows configuration information for the SIP registrar server or iPX as a registrar.

syntax show sip-ua registrar

example The following example shows how to use the show sip-ua registrar command.

Router# show sip-ua registrar registrar type is SCM host ip is ipv4:90.90.90.100 tranport is system port is used system configuration expires is 3600 uri type is system

related commands show sip-ua sip-server, show voip gateway, show sip-ua registration, show sip-registrar, registrar ip-address, registrar name, call-server ip-address





6.1.27 show sip-ua registration This command shows the registration status per each analog station and Ubigate iBG GW-URI. An analog station is a dial-peer pots which is configured with full E.164 number and register the e164 command is set. Ubigate iBG GW-URI is only used in iPX interworking mode when the call-server GW-URI is set. This command shows each SIP UA and iBG VoIP gateway registration status.

syntax show sip-ua registration

example The following example shows how to use the show sip-ua registration command.

Router# show sip-ua registration Call-Server(GW-URI): Expires=60 Registered sip:[email protected] ID USERINFO EXPIRES STATUS PORT AUTHENTICATION ------------------------------------------------------------ 1400 1400 0 0 no 0/0/0 1400[****] 1401 1401 0 0 no 0/0/1 1401[****] 7701 7701 3600 3600 yes 0/0/0 7701[****] 7702 7702 3600 3600 yes 0/0/0 7702[****] ------------------------------------------------------------ Number of 4/total(4) is registered

related commands show sip-ua registrar, show sip-registrar





6.1.28 show sip-ua service To display the status of the SIP call service on a SIP gateway, use the show sip-ua service command in voice configuration mode.

syntax show sip-ua service

example The following is sample output from the show sip-ua mwi command.

Router/configure# show sip-ua service SIP service is up VoIP service is up

related commands show sip-ua service





6.1.29 show sip-ua sip-server This command shows the configuration information of the SIP proxy server or iPX as a proxy.

syntax show sip-ua sip-server

example The following example shows how to use show sip-ua sip-server command.

Router# show sip-ua sip-server proxy type is SCM host ip is ipv4:90.90.90.100 tranport is system port is used system configuration expires is 3600 uri type is system

related commands show voip gateway, sip-server ip-address, sip-server name, call-server ip-address





6.1.30 show statistics call This command shows the overall call statistics and each value is accumulated after system boot-up or execution of ‘clear statistics call’ command. Following is the description of each field.

field name Description

Inbound Total Calls Num Number of incoming calls.

Inbound Success Calls Num Number of incoming calls answered by the gateway.

Inbound Failed alls Num Number of incoming calls that failed.

Outbound Total Calls Num Number of outgoing calls attempted.

Outbound Success Calls Num Number of outgoing calls that received answers.

Outbound Failed Calls Num Number of outgoing calls that failed.

Inbound Abnormal Terminated Calls Num

Number of incoming answered calls terminated with any cause code other than ‘normal’.

Outbound Abnormal Terminated Calls Num

Number of outgoing answered calls terminated with any cause code other than ‘normal’.

Canceled Calls Num Number of calls reaching the originating side having been disconnected before outgoing calls were connected.

Excess Loss Packet Calls Num Number of calls losing more than the configured number of packets. Note - This field will exist only in IP records. In other types of records, this field will be empty and extra commas are expected.

Excess Latency Calls Num Number of calls encountering more than the configured amount of latency. Note - This field will exist only in IP records. In other types of records, this field will be empty and extra commas are expected.

Excess Jitter Buffer Calls Num Number of calls encountering more than the configured amount of jitter. Note - This field will exist only in IP records. In other types of records, this field will be empty and extra commas are expected.



syntax show statistics call

example

Router#show statistics call

related commands clear statistics call, show statistics pots-call, show statistics voip-call



6.1.31 show statistics h323-protocol This command shows H.323 protocol statistics and each value is accumulated after system boot-up or execution of a ‘clear statistics h323-protocol’ command. H.323 protocol information consists of H.225.0 call signaling message statistics, H.225.0 RAS message statistics, and H.245 message statistics. Below is the description of each field. Each field of the disconnect cause statistics is equivalent to the Q.850 cause value. H.225.0 CALL SIGNALLING MESSAGE STATISTICS


Setup Number of Setup messages that were sent and received.

Setup Acknowledge Number of SetupAcknowledge message that were sent and received.

Call Proceeding Number of CallProceeding messages that were sent and received.

Progress Number of Progress messages that were sent and received.



(Continued)


Alerting Number of Alerting messages that were sent and received.

Connect Number of Connect messages that were sent and received.

Release Complete Number of Release Complete messages that were sent and received.

Facility Number of Facility messages that were sent and received.

Information Number of Information messages that were sent and received.

UserInformation Number of User Information messages that were sent and received.

Notify Number of Notify messages that were sent and received.

Status Number of Status messages that were sent and received.

Status Inquiry Number of Status Inquiry messages that were sent and received.

unknown Number of unknown messages that were sent and received.

H.245 MULTIMEDIA CALL CONTROL MESSAGE STATISTICS


MasterSlaveDetermination

Number of Master Slave Determination messages that were sent and received.

MasterSlaveDeterminationAck

Number of Master Slave Determination Ack messages that were sent and received.

MasterSlaveDeterminationReject

Number of Master Slave Determination Reject messages that were sent and received.

MasterSlaveDeterminationRelease

Number of Master Slave Determination Release messages that were sent and received.

TerminalCapabilitySet Number of Terminal Capability Set messages that were sent and received.

TerminalCapabilitySetAck

Number of Terminal Capability Set Ack messages that were sent and received.

TerminalCapabilitySetReject

Number of Terminal Capability Set Reject messages that were sent and received.

TerminalCapabilitySetRelease

Number of Terminal Capability Set Release messages that were sent and received.



(Continued)


OpenLogicalChannel Number of Open Logical Channel messages that were sent and received.

OpenLogicalChannelAck

Number of Open Logical Channel Ack messages that were sent and received.

OpenLogicalChannelReject

Number of Open Logical Channel Reject messages that were sent and received.

OpenLogicalChannelConfirm

Number of Open Logical Channel Confirm messages that were sent and received.

CloseLogicalChannel Number of Close Logical Channel messages that were sent and received.

CloseLogicalChannelAck

Number of Close Logical Channel Ack messages that were sent and received.

RequestChannelClose Number of Request Channel Close messages that were sent and received.

RequestChannelCloseAck

Number of Request Channel Close Ack messages that were sent and received.

RequestChannelCloseReject

Number of Request Channel Close Reject messages that were sent and received.

RequestChannelCloseRelease

Number of Request Channel Close Release messages that were sent and received.

RequestMode Number of Request Mode messages that were sent and received.

RequestModeAck Number of Request Mode Ack messages that were sent and received.

RequestModeReject Number of Request Mode Reject messages that were sent and received.

RequestModeRelease Number of Request Mode Release messages that were sent and received.

EndSessionCommand Number of End Session Command messages that were sent and received.

UserInputIndication Number of User Input Indication messages that were sent and received.




H.225.0 RAS SIGNALLING MESSAGE STATISTICS


GatekeeperRequest Number of Gatekeeper Request messages that were sent and received.

GatekeeperConfirm Number of Gatekeeper Confirm messages that were sent and received.

GatekeeperReject Number of Gatekeeper Reject messages that were sent and received.

RegistrationRequest Number of Registration Request messages that were sent and received.

RegistrationConfirm Number of Registration Confirm messages that were sent and received.

RegistrationReject Number of Registration Reject messages that were sent and received.

UnregistrationRequest Number of Unregistration Request messages that were sent and received.

UnregistrationConfirm Number of Unregistration Confirm messages that were sent and received.

UnregistrationReject Number of Unregistration Reject messages that were sent and received.

AdmissionRequest Number of Admission Request messages that were sent and received.

AdmissionConfirm Number of Admission Confirm messages that were sent and received.

AdmissionReject Number of Admission Reject messages that were sent and received.

BandwidthRequest Number of Bandwidth Request messages that were sent and received.

BandwidthConfirm Number of Bandwidth Confirm messages that were sent and received.

BandwidthReject Number of Bandwidth Reject messages that were sent and received.

DisengageRequest Number of Disengage Request messages that were sent and received.

DisengageConfirm Number of Disengage Confirm messages that were sent and received.

DisengageReject Number of Disengage Reject messages that were sent and received.



(Continued)


LocationRequest Number of Location Request messages that were sent and received.

LocationConfirm Number of Location Confirm messages that were sent and received.

LocationReject Number of Location Reject messages that were sent and received.

InfoRequest Number of Info Request messages that were sent and received.

InfoRequestResponse Number of InfoRequest Response messages that were sent and received.

NonStandardMessage Number of Non-Standard Message messages that were sent and received.

UnknownMessageResponse

Number of Unknown Message Response messages that were sent and received.

RequestInProgress Number of Request In Progress messages that were sent and received.

ResourceAvailableIndicate

Number of Resource Available Indicate messages that were sent and received.

ResourceAvailable Confirm

Number of Resource Available Confirm messages that were sent and received.

InfoRequestAck Number of Info Request Ack messages that were sent and received.

InfoRequestNak Number of Info Request Nak messages that were sent and received.

ServiceControlIndic ation

Number of Service Control Indication messages that were sent and received.

ServiceControlRes ponse

Number of Service Control Response messages that were sent and received.




syntax show statistics h323-protocol

example

Router#show statistics h323-protocol

related commands clear statistics h323-protocol, show h323-gateway



6.1.32 show statistics pots-call Show overall POTS call statistics information. The value of each field is the value accumulated after system boot-up or execution of the ‘clear statistics pots-call’ command. Below is the description on each field.


Inbound Total Calls Num Number of incoming POTS calls.

Inbound Success Calls Num Number of incoming POTS calls answered by the gateway.

Inbound Failed Calls Num Number of incoming POTS calls that failed.

Outbound Total Calls Num Number of outgoing POTS calls attempted.

Outbound Success Calls Num Number of outgoing POTS calls that received answers.

Outbound Failed Calls Num Number of outgoing POTS calls that failed.



syntax show statistics pots-call

example

Router#show statistics pots-call

related commands clear statistics call, show statistics call, show statistics voip-call



6.1.33 show statistics sip-protocol This command shows SIP protocol statistics and each value is accumulated after system boot-up or execution of ‘clear statistics call’ command. It counts when an iBG router sends, resends, receives, or re-receives a message. Below are descriptions of each field.


Req Bye Num Terminate the session.

Req Cancel Num Terminate pending request.

Req Info Num Number of information messages the gateway has received (inbound) and how many have been transmitted (outbound).

Req Invite Num Number of call Initiations.

Req Notify Num Number of Notify requests.

Req Options Num Number of Request Options.

Req Prack Num Number of a PRACK requests.

Req Register Num Number of Register requests.



(Continued)


Req Subscriber Num Number of Subscribe requests.

Req Refer Num Number of Refer requests.

Req Refer Num Number of Update requests.

Req Message Num Number of Message requests.

Ack Num A confirmed final response sent.

Ok Bye Num The session has been terminated.

Ok Cancel Num The pending request has been terminated.

Ok Info Num Number of information messages that the gateway has received (inbound) and how many have been transmitted (outbound).

Ok Invite Num Initiates a call.

Ok Notify Num 200 Successful response to a Notify request.

Ok Options Num 200 Successful response to an Options request.

Ok Prack Num 200 Successful response to a PRACK request.

Ok Register Num 200 Successful response to a Register request.

Ok Subscribe Num 200 Successful response to a SUBSCRIBE request.

Ok Update Num 200 Successful response to an Update request.

Ok Message Num 200 Successful response to a Message request.

Trying Num 100 Action is being taken with no resolution.

Ringing Num 180 Called party has been located and is being notified of the call.

Call Is Being Forwarded Num

181 Call is being forwarded to a different set of destinations.

Queued Num 182 Until the called party is available, the message is queued.

Session Progress Num 183 Indicates in-band alerting.

Accepted Num 202 A successful response to a Refer request received.

Multiple Choices Num 300 The address resolved several choices. UA can select preferred communication.

Moved Permanently Num

301 User is no longer available at this location.

Moved Temporarily Num

302 User is temporarily unavailable.

Use Proxy Num 305 Caller must use a proxy to contact the called party.



(Continued)


Alternative Service Num

380 Unsuccessful call; however, an alternate service is available.

Bad Request Num 400 Bad Request (includes the malformed Via header).

Unauthorized Num 401 The request requires user authentication.

Payment Required Num

402 Payment is required to complete the call.

Forbidden Num 403 The SIP server has the request, but cannot provide service.

Not Found Num 404 Called party does not exist in the specified domain.

Method Not Allowed Num

405 Method specified in the request is not allowed.

Not Acceptable Num 406 Call was contacted, but some aspect of the session description was unacceptable.

Proxy Authentication Required Num

The request requires user authentication by proxy

Request Timeout Num 408 Server could not produce a response before the time-out expires.

Gone Num 410 Resource is no longer available at the server, and no forwarding address is known.

Request Entity Too Large Num

413 Server refuses to process request because the request is larger than is acceptable.

Request URI Too Long Num

414 Server refuses to process, because the URI (URL) request is larger than is acceptable.

Unsupported Media Type Num

415 Server refuses to process a request because the service option is not available on the destination endpoint.

Unsupported URI Scheme Num

416 Server refuses to process, because the URI scheme is unknown to the server.

Bad Extension Num 420 Server could not understand the protocol extension in the Require header.

Extension Required Num

421 The UAS needs a particular extension to process the request, but this extension is not listed in a Supported header field in the request.

Session Interval Too Small Num

422 The request contains a Session-Expires header field with a duration below the minimum timer for the server.

Interval Too Brief Num 423 Server rejects the request, because the expiration time of the resource is too short.



(Continued)


Temporarily Unavailable Num

480 The callee’s end system was contacted successfully but the callee is currently unavailable.

Call Transaction Dose Not Exist Num

481 The request does not match the existing dialog or transaction.

Loop Detection Num 482 A loop server received a request that included itself in the path.

Too Many Hops Num 483 A server received a request that required more hops than is allowed by the Max-Forward header.

Address Incomplete Num

484 Address supplied is incomplete.

Ambiguous Num 485 Address supplied is ambiguous.

Busy Here Num 486 Called party is busy.

Request Terminated Num

487 The request is canceled.

Not Acceptable Here Num

488 Call was contacted, but some aspect of the session description was unacceptable.

Bad Event Num 489 Bad Event response indicates a Subscribe request having an event type that the server could not understand.

Request Pending Num 491 UAS has a pending request within the same dialog.

Undecipherable Num 493 UAS received encrypted MIME body, but does not process.

Security Agreement Required Num

494 The request needs security agreement.

Server Internal Error Num

500 The server or gateway encountered an unexpected error that prevented it from processing the request.

Not Implemented Num 501 Service or option not implemented in the server or gateway.

Bad Gateway Num 502 Network is out of order.

Service Unavailable Num

503 Server is temporarily unable to process the request due to a temporary overloading or maintenance of their server

Server Timeout Num 504 Server could not produce a response before the time-out expires.

Version Not Supported Num

505 The SIP protocol version that was used in the request is not supported.

Message Too Large Num

513 The message length exceeded capabilities.



(Continued)


Precondition Failure Num

580 The session could not be established because of failure to meet the required preconditions.

Busy Everyshare Num 600 Called party is busy.

Decline Num 603 Call rejected.

Does Exist Anywhere Num

604 Server has authoritative information that the called party does not exist in the network.

Not Acceptable Num 606 Call was contacted, but some aspect of the session description was unacceptable.

syntax show statistics sip-protocol

related commands clear statistics sip-protocol





6.1.34 show statistics voip-call This command shows overall VoIP call statistics of system. The value of each field is the value accumulated after system booting or execution of the ‘clear statistics voip-call’ command. Below is the description of each field.


Inbound Total Calls Num Number of incoming VoIP calls.

Inbound Success Calls Num

Number of incoming VoIP calls answered by the gateway.

Inbound Failed Calls Num Number of incoming VoIP calls that failed.

Outbound Total Calls Num Number of outgoing VoIP calls attempted.

Outbound Success Calls Num

Number of outgoing VoIP calls that received answers.

Outbound Failed Calls Num Number of outgoing VoIP calls that failed.

Excess Loss Packet Calls Num

Number of calls losing more than the configured number of packets. Note - This field will exist only in IP records. In other types of records, this field will be empty and extra commas are expected.

Excess Latency Calls Num Number of calls encountering more than the configured amount of latency. Note -This field will exist only in IP records. In other types of records, this field will be empty and extra commas are expected.

Excess Jitter Buffer Calls Num

Number of calls encountering more than the configured amount of jitter. Note -This field will exist only in IP records. In other types of records, this field will be empty and extra commas are expected.



syntax show statistics voip-call

example

Router#show statistics voip-call



related commands clear statistics call, show statistics call, show statistics pots-call

6.1.35 show trunk-group This command is to show information on trunk-group already set.

syntax show trunk-group {all | name <name> | sort {ascending | descending}}


all Shows all trunk-groups already set.

name <name> Shows the trunk-group of appropriate name only.

sort {ascending | descending} Shows the trunk-group already set through sorting. - ascending-show in ascending order. - descending-show in descending order.



example Below is an example of creating and showing trunk-group tg1, tg2, tg3, tg4.

Router/configure# trunk-group tg1 Router configure/trunk-group tg1# exit Router/configure# trunk-group tg2 Router/configure/trunk-group tg2# exit Router/configure# trunk-group tg3 Router/configure/trunk-group tg3# exit Router/configure# trunk-group tg4 Router/configure/trunk-group tg4# exit Router/configure# show trunk-group all TRUNK GROUP: tg1 Description: Translation profile(incoming): Translation profile(outgoing): Hunt Scheme is round robin both up Current Calls(incoming): 0 Current Calls(outgoing): 0 Max Calls(incoming): unlimited Max Calls(outgoing): unlimited Total available channel: 0, used: 0, free: 0 TRUNK GROUP: tg2 Description: Translation profile(incoming): Translation profile(outgoing): Hunt Scheme is round robin both up Current Calls(incoming): 0 Current Calls(outgoing): 0 Max Calls(incoming): unlimited Max Calls(outgoing): unlimited Total available channel: 0, used: 0, free: 0 TRUNK GROUP: tg3 Description: Translation profile(incoming): Translation profile(outgoing):



Hunt Scheme is round robin both up Current Calls(incoming): 0 Current Calls(outgoing): 0 Max Calls(incoming): unlimited Max Calls(outgoing): unlimited Total available channel: 0, used: 0, free: 0 TRUNK GROUP: tg4 Description: Translation profile(incoming): Translation profile(outgoing): Hunt Scheme is round robin up both Current Calls(incoming): 0 Current Calls(outgoing): 0 Max Calls(incoming): unlimited Max Calls(outgoing): unlimited Total available channel: 0, used: 0, free: 0

The following items are shown at the time of execution.

field Description

Description Description of trunk-group.

Translation profile (incoming)

Translation profile to be applied to the incoming call to the appropriate trunk group.

Translation profile (outgoing)

Translation profile to be applied to the outgoing call to the appropriate trunk group.

Hunt Scheme Channel hunting scheme of the appropriate trunk group.

Current Calls (incoming) Number of incoming calls.

Current Calls (outgoing) Number of outgoing calls.

Max Calls (incoming) Maximum number of incoming calls.

Max Calls (outgoing) Maximum number of outgoing calls.






6.1.36 show voice class This command is to show information on the voice class codec already set and the default codec set.

syntax show voice class

example

Router# show voice class Display Voice Codec List Codec List: System Default Preference 1: G.711 a-law 64 kbps 20 ms Preference 2: G.711 u-law 64 kbps 20 ms Preference 3: G.729 8 kbps 20 ms Codec List: 1 Preference 1: G.711 a-law 64 kbps 20 ms Preference 3: G.729 8 kbps 20 ms Codec List: 729 Preference 1: G.729 8 kbps 20 ms Codec List: 711 Preference 1: G.711 a-law 64 kbps 20 ms

related commands voice class codec





6.1.37 show voice service feature-code This command is to show information on the feature code already set.

syntax show voice service feature-code

example

Following is the function of setting group-call-pickup, direct-call-pickup feature-code and executing ‘show voice service feature-code’. Router/configure/voice/service/feature-code# group-call-pickup *33 max 12 min 4 Router/configure/voice/service/feature-code# Router/configure/voice/service/feature-code# direct-call-pickup #99 max 13 min 7 Router/configure/voice/service/feature-code# Router/configure/voice/service/feature-code# show voice service feature-code <<<FEATURE CODE>>> [SVC NAME] [F CODE] [MIN] [MAX] ----------------------------------------------------- group_call_pickup *33 4 12 direct_call_pickup #99 7 13 disable_call_waiting_for_next_call *26 6 14 disable_call_waiting_for_current_call *29 0 0 active_call_conference *36 6 14 drop_last_joined_party *44 0 0




field Description

SVC NAME Service name

F_CODE Feature code

MIN Minimum digit num for adding the feature code to TDN. disable_call_waiting_for_current_call, drop_last_joined_party are not need.

MAX Maximum digit num for adding feature code to TDN. disable_call_waiting_for_current_call, drop_last_joined_party are not needed.

related commands show voice translation-rule





6.1.38 show voice service pots This command is to show information on the configured POTS.

syntax show voice service pots

example The following is sample output from the show voice service pots command.

Router# show voice service pots Comfort noise is disable Region Tone is set for Korea Republic Companding Law is set to alaw Impedance is set to 600r Ohm Ring Frequency is set to 20 Hz Ring Cadence for On-net is 'pattern01' Ring Cadence for Off-net is 'pattern01' FXS Input gain is set to 0.0 dB FXS Output attenuation is set to 6.0 dB FXO Input gain is set to 6.0 dB FXO Output attenuation is set to 0.0 dB E&M Input gain is set to 0.0 dB E&M Output attenuation is set to 0.0 dB Timeout call-disconnect is set to 5 s Timeout initial is set to 10 s Timeout interdigit is set to 5 s Timeout ringing is set to 180 s Timeout wait-release is set to 30 s Play Intra-Dial Tone is Enabled

related commands show voice service voip, show voice service feature-code





6.1.39 show voice service voip This command is to show information on global VoIP configuration.

syntax show voice service voip

example The following is sample output from the show voice service VoIP command.

Router# show voice service voip VoIP Service Feature Codec List : System Default Preference 1 : G.711 a-law 64 kbps 20 ms Preference 2 : G.711 u-law 64 kbps 20 ms Preference 3 : G.729 8 kbps 20 ms Conference Feature code : *55 Main number : NONE Max participants : 16 Room number : NONE Digital Gain Input : 0.0 dB Output : 0.0 dB FAX Protocol : Pass Through CODEC : G.711 a-law ECM : ENABLE Rate : 14400 bps Playout Delay : Adaptive Mode Nominal Delay : 80 ms Minimum Delay : 20 ms Maximum Delay : 200 ms Timer Media inactivity detection: DISABLE VAD: DISABLE



related commands show voice service pots, show voice service feature-code



6.1.40 show voice port This command displays configuration information about a specific voice port.

syntax show voice port {summary | slot/subslot/port | slot/subslot/port:ds0-group}


summary Displays a summary of all voice ports.

<slot/subslot/port> Output displays information for the analog voice port that you specify using the slot/subslot/port designation.

<slot/subslot/port: ds0-group>

Output displays information for the digital voice port that you specify using the slot/subslot/port/:ds0group designation.

example

Router# show voice port 0/2/2 Voice Port allocated 3 th location Type of VoicePort is FXS 0/2/2 Start Type is loopStart Signal Type is fxs Dial Type is dtmf Region Tone is set for United States Companding Law is set to alaw Description is not set Impedance is set to 600r Ring Frequency is set to 25 Ring Cadence for On-net is ‘pattern01’



Ring cadence for Off-net is ‘pattern01’ Noise Regeneration is enable Echo Cancellation is enable .. . Router#


command modes privileged EXEC

6.1.41 show voice translation-profile This command is to show information on the translation profile already set.

syntax show voice translation-profile {all | name <name> | sort {ascending | descending}}


all Show all translation profiles already set.

name <name> Show translation profile of the appropriate name only.

sort {ascending | descending}

Show translation profile already set through sorting. - ascending-show in ascending order. - descending-show in descending order.

example Following is the function of creating the translation profile prof1, prof2, prof3 and executing ‘show translation-profile all’.

Router/configure# voice translation-profile prof1 Router/configure/voice/translation-profile prof1# exit Router/configure# voice translation-profile prof2 Router/configure/voice/translation-profile prof2# exit



Router/configure# voice translation-profile prof3 Router/configure/voice/translation-profile prof3 exit Router/configure# show voice translation-profile all Translation Profile : prof1 Rule for Calling number : 0 Rule for Called number : 0 Translation Profile : tran1 Rule for Calling number : 0 Rule for Called number : 0 Translation Profile : prof2 Rule for Calling number : 0 Rule for Called number : 0 Translation Profile : prof3 Rule for Calling number : 0 Rule for Called number : 0


field Description

Translation Profile Translation profile name.

Rule for calling number Number of translation units to apply to the calling number.

Rule for called number Number of translation units to apply to the calling number.

related commands show voice translation-rule





6.1.42 show voice translation-rule This command is to show information on the translation rule already set.

syntax show voice translation-rule {all | number <num> | sort {ascending | descending}}


all Show all translation rules already set.

number <num> Show the translation rule of the appropriate name only.

sort {ascending | descending}

Show the translation rule already set through sorting. - ascending-show in ascending order. - descending-show in descending order.

example

Router/configure# voice translation-rule 100 Router/configure/voice/translation-rule 100# rule-match-replace 0 /101/ /016347/ Router/configure# voice translation-rule 200 Router/configure/voice/translation-rule 200# rule-reject 0 /^023438/ Router/configure# voice translation-rule 300 Router/configure/voice/translation-rule 300# rule-match-replace 0 /088/ // Router/configure/voice/translation-rule 300# rule-reject 1 /^060/ Router/configure/voice/translation-rule 300# exit Router/configure# show voice translation-rule all Translation-rule set id : 100 Rule 0 : Rule type : match & replace Match pattern : /101/ Replace pattern : /016347/ Match type : none Replace type: none Match plan : none Replace plan: none Translation-rule set id: 200 Rule 0 : Rule type : reject Match pattern : /^023438/ Replace pattern : Match type: none Replace type: none Match plan: none Replace plan: none



Translation-rule set id: 300 Rule 0 : Rule type : match & replace Match pattern : /088/ Replace pattern : // Match type : none Replace type: none Match plan : none Replace plan: none Rule 1 : Rule type : reject Match pattern : /^060/ Replace pattern : Match type : none Replace type: none Match plan : none Replace plan: none


field Description

Translation-rule set id Translation rule ID

Rule Rule set ID

Rule type type of rule - match & replace - reject

Match pattern match pattern of the rule

Replace pattern replace pattern of the rule

Match Type match type of the rule

Replace Type replace type of the rule

Match Plan match plan of the rule

Replace Plan replace plan of the rule

related commands show voice translation-profile





6.1.43 show voice busyout To check information on voice-port busyout state, a user is able to check it by using show voice busyout command.

syntax show voice busyout {port | monitor | class | peer}


port Checks the cause of busyout and voice port list which is the busyout state.

monitor Checks busyout monitoring list.

peer Checks peer state set by the busyout monitor IP-address.

example The following example is the procedure to set the busyout monitor in voice port 0/1/0, and to check the busyout monitor configuration.

Router/configure# voice-port 0/1/0 Router/configure/voice-port(0/1/0)# busyout monitor sip-server Router/configure/voice-port(0/1/0)# busyout monitor ethernet 0/3 Router/configure/voice-port(0/1/0)# busyout monitor ip-address ipv4:10.254.167.244 Router/configure/voice-port(0/1/0)# end Router# show voice busyout monitor port mid busyout : device val state ========================================================= [0/1/0 ] 2 busyout : sip-server 1024 - [0/1/0 ] 4 busyout : ethernet 0/3 259 - [0/1/0 ] 6 - : ip ipv4:10.254.167.244 1281 - [0/1/0 ] 8 busyout : ip ipv4:10.254.167.251 1282 -========================================================= total 4 The following example shows the procedure to check voice class busyout information. Router/configure# voice class busyout 1 Router/configure/voice/class/busyout 1# busyout monitor



ethernet 0/4 Router/configure/voice/class/busyout 1# busyout monitor bundle wan0 Router/configure/voice/class/busyout 1# end Router# show voice busyout class voice class busyout 1 busyout ethernet 0/4 busyout bundle wan0 busyout

The following command is an example of the show voice busyout peer command that is to check information on lists of peers that are set as busyout monitor IP-address. The following command is an example of using the show voice busyout peer command to check information on lists of peers that are set as busyout monitor IP-address.

Router/configure# show voice busyout peer ID STATE IP LAST 1 alive ipv4:10.254.167.244 2005/01/10 10:41:40 180 0 2 init ipv4:10.254.167.251 180 0

The following command is an example of checking information on the voice port list in the current busyout state and the cause of busyout.

Router/configure# show voice busyout port The following voice ports are in busyout state 0/1/0 is in busyout state caused by ethernet 0/3 0/1/0 is in busyout state caused by ip ipv4:10.254.167.251 1 voice ports are in busyout state

related commands busyout forced, busyout monitor, busyout monitor gatekeeper, busyout monitor sip-server, busyout monitor ip-address, busyout monitor class, busyout monitor (voice class busyout), busyout monitor gatekeeper (voice class busyout), busyout monitor sip-server (voice class busyout), busyout monitor ip-address (voice class busyout), voice class busyout





6.1.44 show voice card This command shows information on the card/module that is related to Voice Call Processing.

syntax show voice card [ <slot number> ]


Slot number Optional: shows detailed slot information by selecting a specific slot.

example The following example shows summary information of the card currently used in voice call processing.

Router# show voice card SLOT CARD TYPE STATUS VS VSLOTNAME [DSP] VOIP_M530 NORMAL 13 VOIP_VSLOT [0/0] None [0/1] FXS_4M NORMAL 6 MM_1_VSLOT [0/2] WTE_2M E1 NORMAL 5 MM_0_VSLOT [1/-] None [1/0] None [1/1] None [2/-] None [2/0] None [2/1] None



The following example shows detailed information on 2 port E1/T1 card (WTE_2M) mounted in slot 0/0.

Router# show voice card 0/0 Voice Card 0/0 Card Type : 5 ORI_BRD_WTE_2M Module Type : 4 MODULE_DT1 Virtual Slot : 7 Status : 3 CM_STS_NORMAL Power : 3 CM_POWER_ON Physical Slot : 0 Physical Sub Slot : 0 Extended Physical Slot: 6 Slot Base : 0 Interface Type : 13 INTERFACE_TYPE_T1 Interface Count : 2 Base Interface Count : 0 Interface Number Start : fte1=0, te1=0, te2=0, te3=0, hssi=0, v35=0, ussi=0, bri=0 Interface Number End : fte1=128, te1=2, te2=0, te3=0, hssi=0, v35=0, ussi=0, bri=0 Ethernet Interface Number Start : 0 Ethernet Interface Number End : 0 card Instance : 0 ===Timer Info===== timer = 1064488336 retCode timerType = 2 retCode res = 0 retCode id = 7 retCode value = 1000000 ===Module Info===== check sum = 0x7e check offset = 0 Card Type : 5 ORI_BRD_WTE_2M fab rev : 855702136 asm rev : mac addr cnt : Serial No = WTE-2#14 Clei Code = MAC Start Addr = Test Eng Id = ===PCI Info===== localAddr = 0 pciMemSpace = 0 pciMemIoSpace = 0 pciIoSpace = 0 intNum = 0



membaseCsr = 0 iobaseCsr = 0 irq = 0 lvl = 0 pciBus = 0 pciDevice = 0 pciFunc = 0

related commands show chassis



6.1.45 show voice dsp To show the current status of all Digital Signal Processor (DSP) voice channels, use the show voice DSP command in any configuration mode.

syntax show voice dsp [ctrl <time> | drv | misc | pkt | vop]


ctrl Shows the history of channel control tracks.

time retroactive time in minutes.

drv Shows the status of channels of VoIP card.

misc Shows miscellaneous information of the active channel such as Fax, sRTP, IP info, etc.

pkt Shows the various packet count information for the active channel.

vop Shows the various voice channel information for the active channel.



example The following example shows the active channel information allocated on DSP such as codec, state, port number, packet Tx/Rx count etc.

show voice dsp ------------------------------------------------------------ D S P C O N F I G U R A T I O N ------------------------------------------------------------ + IMAGE-PROFILE: dsp_41.5.67 + IMAGE-VERSION: v4.1.5.6.7 + CORE-VERSION: Test.29054.3 + IP-ADDRESS: 172.19.30.3 + BASE-UDP-PORT: 16384 + UDP-PORT-RANGE: 512 ------------------------------------------------------------ VOICE PACKET TYPE DSPCH CODEC STATE PORT TS TX/RX-PAK-CNT ==== ===== ============ ===== ========= == ============= M530 012 { g.711a } BUSY 0/1/0 -- 2898911/314326 ------------------------------------------------------------ MODE G.711/10 G.711/20-60 G.723.1 G.726 G.729A ==== ======== =========== ======= ===== ====== Norm 0 1 0 0 0 sRTP 0 0 0 0 0 ------------------------------------------------------------ + TOTAL ACTIVES: 1 + AVAILABLE=127 / TOTAL=128 CHANNELS BY G.711/20-60 ------------------------------------------------------------

The following example shows the control command trace related DSP channel setup, configuration in retroactive time in minutes.

show voice dsp ctrl 10 ------------------------------------------+-------------------------------------- MODE MDA | ODE MDA CH# TIME CONTROL CHNG L/R RSLT | TIME CONTROL CHNG L/R RSLT === ============ ========= ==== === ==== | ============ ========= ==== === ==== 000 09:10:17.4100 preCRCX V->N -/- OK 09:10:17.4100 rqCRCX V->N O/- OK



000 09:10:17.4100 rsCRCX V->N -/- OK 09:10:17.4100 rqTONEOPN V->N -/- OK 000 09:10:17.4100 rqMFOPEN V->N -/- OK 09:10:27.4200 rqTONECLS V->N -/- OK 000 09:10:27.4200 rqMFCLS V->N -/- OK 09:10:27.4200 preMDCX V->N -/- OK 000 09:10:27.4200 rqMDCX V->N -/- OK 09:10:27.4200 rsMDCX V->N -/- OK 000 09:10:27.4200 rqTONEOPN V->N -/- OK 09:10:57.4200 rqTONECLS V->N -/- OK 000 09:10:57.4200 preDLCX V->N -/- OK 09:10:57.4200 rqDLCX V->N -/- OK 000 09:10:57.4200 rsDLCX V->N -/- OK - - - - - - - - - - - - - - - - - - - - --+-- - - - - - - - - - - - - - - - - - -

The following example shows the active channel information allocated to the DSP such as packet interval, VAD, DTMF relay, JitterBuffer, Echo Canceller, Digital Gain etc.

<Normal Filter EC mode> show voice dsp vop ------------------------------------------------------------------------------- DTMFPT DYN-JIT-BUF ECHO-CANCEL IP GAIN CH# PTIME VAD CNG TX/RX INIT/MIN/MAX EC/NLP/TAIL/GAIN TOS IN / OUT === ===== === === ======= ============ ================ === =========== 12 30 off off INB/INB * 60/ 60/ 60 on/ 0/ 64/5.1 B8h 0.0/0.0 <Dual Filter EC mode> Show voice dsp vop ------------------------------------------------------------------------------- DTMFPT DYN-JIT-BUF DFECHO-CANCEL IP GAIN CH# PTIME VAD CNG TX/RX INIT/MIN/MAX EC/NLP/TAIL/GAIN TOS IN / OUT === ===== === === ======= ============ ================ === ===========



The following example shows the active channel statistics allocated to the DSP such as Tx/Rx voice packet count, signal packet count, SID packet count, lost packet, late packet, out of sequence packet count, etc.

show voice dsp pkt --------------------------------------------------- TX-PKT RX-PKT RX-PKT CH# VCE/ SIG/ CNO VCE/ SIG/ CNO/TOCT LS/ OS/ LT === ============== =================== ========== 012 3.5M/ 0/ 0 314./ 0/ 0/050M 7/ 0/ 0

The following example shows the active channel count allocated to the DSP.

show voice dsp drv !!! NOTICE: it takes 15 seconds or more to finish !!! ------------------------------------------ TOTAL 1 DEVICE-LEVEL CHANNELS ARE ACTIVE ------------------------------------------ channel=12 active

The following example shows active channel information allocated to the DSP such as fax related information, supervisory disconnection, sRTP, local/remote IP Address etc.

show voice dsp misc --------------------------------------------------------------------- FAX T38 DISC CN LOCAL REMOTE CH# FAX RATE ECM SUPV 3389 CRYPTO IP-ADDR/PORT IP-ADDDR/PORT === === ===== === ==== ==== ====== =============== =============== 012 off NOLMT off on off off 172.19.30.3/16408 172.19.30.198/29796





6.1.46 show voip peer This command shows the VoIP-peer list set up as VoIP peer.

syntax show voip peer

example The following example shows how to use show the VoIP peer command.

Router# show voip peer <<< VOIP PEER INFO >>> NAME TYPE SESSION-TARGET DESCRIPTION -------- ----- --------------------- ------------------ Suwon_1 SIP ipv4:172.19.30.100 Suwon Test Server 1

related commands voip-peer, ip-address (voip-peer), description (voip-peer)





6.1.47 show voip profiles This command shows profile information on FXS subscribers and IP phone subscribers. This information is received from iPX through a management channel between an iBG router and iPX.

syntax show voip profile [ <ext phone number> ]


Extension phone number Optional: shows detailed information on a specific extension.

example The following example shows summary information on the FXS/SIP IP phone subscriber.

Router# show voip profile Id Public Number Extension Contact ------------------------------------------------------------ SIP 1 3017001 7001 SIP 2 3017002 7002 172.19.30.190:5061 SIP 3 3017003 7003 172.19.30.192:5061 SIP 4 3017004 7004 SIP 5 3017005 7005 172.19.30.188:5061 SIP 6 3017006 7006 172.19.30.187:5061 SIP 7 3017007 7007 172.19.30.186:5061 SIP 8 3017008 7008 172.19.30.185:5061 ------------------------------------------------------------ FXS 2 3017701 7701 FXS 3 3017702 7702 ------------------------------------------------------------ Total 10, SIP 8, FXS 2 The following example shows detailed information on a subscriber who uses 4300. Router# show voip profile 4300 * IP PHONE SUBSCRIBER : 7002 Public number = 3017002 Extension number = 7002 Host domain = vgw10.com Dual home = no VMS URI =



Used Services = CTR CWT CPU CID CTR : Call Transfer CWT : Call Waiting CPU : Call Pickup CID : Calling Line Identification Call forward any = Call forward busy = Call forward no answer = Group pickup number = Auth User ID = 7002 Auth Password = 7002 Algorithm(global) = MD5 Realm(global) = qop auth-int(global) = no * REGISTRATION INFORMATION Call ID = 9598ccc0-ac131ebe-13c4-40-56dc476f-40 CSeq = 291 Display name = User info = 7002 IP address = 172.19.30.190 Host = 172.19.30.190 Port = 5061 SIP URI type = sips Transport Protocol = tls Expires = 3600





6.1.48 show voip rtp connections This command shows VoIP RTP connections list connected to an iBG router.

syntax show voip rtp connections

example The following example shows how to use the show voip rtp connections command.

Router# show voip rtp connections ============================================================ VOIP RTP CONNECTIONS ============================================================ L o c a l R e m o t e ------------------------------------------------------------ No. Call-ID IP-Address Port Call-ID IP-Address Port 1 21 10.254.167.249 16408 22 10.254.167.249 16410 2 24 10.254.167.249 16410 23 10.254.167.249 16408

related commands show sip-ua calls, show sip-ua connections





6.1.49 show voip sip-service-list This command shows the list of VoIP supplementary services configured by iPX. It shows particular services that are assigned to each user.

syntax show voip sip-service-list

example The following example shows how to use the show voip sip-service-list command.

Router# show voip sip-service-list ID EXT CFA CFB CFN CTR CWT CPU GPU CID CGD LCR MOH PRK TWC CC HLN GRC CB PRI CIN OVR F 1 - - - - - - - - - - - - - - - - - - - - F 2 7701 - - - use use use - use - use use use use use - use - - use use F 3 7702 - - - use use use - use - use use use use use - use - - use use S 1 7001 - - - use use use - use - S 2 7002 - - - use use use - use - S 3 7003 - - - use use use - use - S 4 7004 - - - use use use - use - S 5 7005 - - - use use use - use - S 6 7006 - - - use use use - use - S 7 7007 - - - use use use - use - S 8 7008 - - - use use use - use - command mode: Any command mode


command modes Any comman mode



6.1.50 show voip gateway This command shows VoIP gateway configuration and status information.

syntax show voip gateway

example The following example shows how to use the show voip gateway command.

Router# show voip gateway VoIP Gateway Status Gateway Status : Call-server mode Call-server: ipv4 :172.19.30.230 TLS Gateway name: sip :[email protected] Keepalive : Expire timer 60s, Retry timer 5s Registrar : DISABLED SIP-server : DISABLED MWI-server : DISABLED Gateway IP address Binding status : vlan vlan1.100, vlan vlan1.100 Control IP address : ipv4:172.19.30.14 Media IP address : ipv4:172.19.30.14 Gateway Accounting : DISABLED Default domain name : vgw10.com VoIP Protocol status VoIP service : ENABLED SIP service : ENABLED H.323 service : DISABLED VoIP Media configuration QoS Media : ef QoS Signal : af41 RTP Start Port : 16384, Range: 512 RTCP Interval : 5 (1-10)

related commands show sip-ua registrar, show sip





6.1.51 show voice access-group This command displays voice access group information.

syntax show voice access-group {all | name | sort { ascending | descending}}


all displays all access group information

name displays named access group information

sort displays sorted access group information

ascending ascending sequence

descending descending sequence

example Use this command to display voice access group information.

Router/configure# show voice access-group all Access Group : ggg1 Access List : 2 Access Group : agg1 Access List : 0 PERMIT: ipv4:172.19.30.30 host Access Group : agg2 Access List : 0 PERMIT: ipv4:172.19.30.20 host Router/configure# show voice access-group name agg1



Access Group : agg1 Access List : 0 PERMIT: ipv4:172.19.30.30 host Router/configure# show voice access-group sort ? ascending ascending descending descending Router/configure# show voice access-group sort ascending Access Group : agg2 Access List : 0 PERMIT: ipv4:172.19.30.20 host Access Group : ggg1 Access List : 2 Access Group : agg1 Access List : 0 PERMIT: ipv4:172.19.30.30 host Router/configure# show voice access-group sort descending Access Group : ggg1 Access List : 2 Access Group : agg2 Access List : 0 PERMIT: ipv4:172.19.30.20 host Access Group : agg1 Access List : 0 PERMIT: ipv4:172.19.30.30 host

related commands voice-access group, access-list, access-list-permit, access-list-deny





6.1.52 show voice call This command displays the call status for voice ports on the iBG router, use the show voice call command in any configuration mode.

syntax show voice call [cca <id> | ctx <id> | port { <slot/subSlot/port> | <slot/subSlot/port:channel>} | summary | tsw]


cca shows the status of a cca.

id cca ID

ctx shows the status of a call context.

id ctx ID

port shows the status of calls in a specific voice port.

slot/subSlot/port or slot/subSlot/port:channel

slot/subSlot/port number of the iBG router

summary shows the status of a call briefly.

tsw shows the status of tsw briefly.

example The following is sample output from the show voice call summary command.

Router/configure# show voice call summary show CCA Total Count = 0 show Half Call Count ============================================================ PROTOCOL in-Progress in-Active out-Progress out-Active ============================================================ VOIP SIP 0 0 0 0 VOIP H.323 0 0 0 0 ISDN 0 0 0 0 Analog FXS 0 0 0 0 Analog FXO 0 0 0 0 Analog E&M 0 0 0 0 Analog DID 0 0 0 0 T1-CAS FXS 0 0 0 0 T1-CAS FXO 0 0 0 0



T1-CAS E&M 0 0 0 0 T1-R1 0 0 0 0 E1-R2 0 0 0 0 Call Mixer 0 0 0 0 Total 0 0 0 0 ============================================================

related commands show dial-peer voice, show voice port, show voice dsp



6.1.53 show voice cause-code This command displays the error category to Q.850 cause code mapping, use the show voice cause-code command in any configuration mode.

syntax show voice cause-code category-q850


category-q850 Shows the internal error category to Q850 cause code mapping.



example The following example displays Q.850 cause code mapping.

Router/configure# show voice cause-code category-q850 The internal Error Category to Q.850 Cause Code Mapping Table =============================== =========================== Internal Error Category Q.850 Cause Code ------------------------------- --------------------------- FC_normal_release 16 CS_NORMAL_RELEASE FC_wrong_number 1 CS_UNALLOCATED_NUMBER FC_no_route_to_transit_network 2 CS_NO_ROUTE_TO_TRANSIT_NETWORK FC_routing_fail 3 CS_NO_ROUTE_TO_DESTINATION FC_send_special_tone 4 CS_SEND_SPECIAL_TONE FC_wrong_prefix 5 CS_MISDIALLED_TRUNK_PREFIX FC_preemption 9 CS_PREEMPTION_RSVD_REUSE FC_normal_release 16 CS_NORMAL_RELEASE FC_called_busy 17 CS_USER_BUSY FC_no_alert 18 CS_NO_USER_RESPONDING FC_no_answer 19 CS_NO_ANSWER_FROM_USER FC_subs_absent 20 CS_SUBSCRIBER_ABSENT FC_call_reject 21 CS_CALL_REJECTED FC_svc_rel_call 21 CS_CALL_REJECTED FC_changed_number 22 CS_NUMBER_CHANGED FC_non_selected_user_clearing 26 CS_NON_SELECTED_USER_CLEARING FC_dest_out_of_order 27 CS_DEST_OUT_OF_ORDER FC_incomplete_number 28 CS_INVALID_NUMBER_FORMAT FC_facility_rejected 29 CS_FACILITY_REJECTED FC_oam_rel_call 31 CS_NORMAL_OR_UNSPECIFIED FC_rel_lwrrq_timeout 31 CS_NORMAL_OR_UNSPECIFIED FC_rel_urq 31 CS_NORMAL_OR_UNSPECIFIED FC_rel_full_rrq 31 CS_NORMAL_OR_UNSPECIFIED FC_chan_nego_fail 31 CS_NORMAL_OR_UNSPECIFIED FC_no_circuit_available 34 CS_NO_CIRCUIT_CHANNEL_AVAILABLE FC_trk_out_of_order 38 CS_NETWORK_OUT_OF_ORDER FC_rel_arq_fail 38 CS_NETWORK_OUT_OF_ORDER FC_temp_fail 41 CS_TEMPORARY_FAILURE FC_overload_st 42 CS_SWITCHING_CONGESTION FC_media_type_mismatch 44 CS_CHANNEL_NOT_AVAILABLE FC_resource_unavailable 47 CS_RESOURCE_UNAVAILABLE FC_dsp_unavailable 47 CS_RESOURCE_UNAVAILABLE FC_requested_facility_not_subscribed 50 CS_REQUESTED_FACILITY_NOT_SUBSCRIBED FC_outgoing_calls_barred_within_cug 53 CS_OUTGOING_CALLS_BARRED_WITHIN_CUG



FC_incoming_calls_barred_within_cug 55 CS_INCOMING_CALLS_BARRED_WITHIN_CUG FC_bearer_not_authorized 57 CS_BEARER_NOT_AUTHORIZED FC_bearer_not_presently_avail 58 CS_BEARER_NOT_PRESENTLY_AVAIL FC_incont_accessInfo_and_subs 62 CS_INCONT_ACCESSINFO_AND_SUBS FC_service_or_option_not_avail 63 CS_SERVICE_OR_OPTION_NOT_AVAIL FC_bearer_capability_not_implted 65 CS_BEARER_CAPABILITY_NOT_IMPLTED FC_service_or_option_not_implted 79 CS_SERVICE_OR_OPTION_NOT_IMPLTED FC_user_not_member_of_cug 87 CS_USER_NOT_MEMBER_OF_CUG FC_incompatible_destination 88 CS_INCOMPATIBLE_DESTINATION FC_empty_tcs_fail 88 CS_INCOMPATIBLE_DESTINATION FC_request_mode_fail 88 CS_INCOMPATIBLE_DESTINATION FC_invalid_transit_network_selection 91 CS_INVALID_TRANSIT_NETWORK_SELECTION FC_invalid_message_unspecified 95 CS_INVALID_MESSAGE_UNSPECIFIED FC_unknown_msg 97 CS_MSG_TYPE_NONEXIST_OR_NOT_IMPLTED FC_unknown_para_discard 99 CS_INFO_PARAM_NONEXIST_OR_NOT_IMPLTED FC_recovery_on_time_expiry 102 CS_RECOVERY_ON_TIME_EXPIRY FC_unknown_para_passon 103 CS_PARAM_NON_EXIST_OR_NOT_IMPLT FC_msg_with_unknown_para 110 CS_MSG_WITH_UNRECOGNIZED_PARAM FC_protocol_error_unspecified 111 CS_PROTOCOL_ERROR_UNSPECIFIED FC_interworking_unspecified 127 CS_INTERWORKING_UNSPECIFIED =============================== ===========================






6.1.54 show voip mwi This command shows VoIP MWI dialog Information.

syntax show voip mwi

example The following is sample output from the show voip mwi command.

Router/configure# show voip mwi

related commands show voip profiles





6.1.55 show voip feature-codes This command is to show VoIP feature code information.

syntax show voip feature-codes

example The following is sample output from the show voip feature-codes command.

Router/configure# show voip feature-codes <<< FEATURE CODE >>> [F CODE] [MIN] [MAX] [SVC NAME] ------------------------------------------------------------ ** 2 13 group_call_pickup *24 6 14 direct_call_pickup *26 6 14 disable_call_waiting_for_next_call *29 0 0 disable_call_waiting_for_current_call *36 6 14 active_call_conference *44 0 0 drop_last_joined_party <<< Downloaded feature codes >>> ------------------------------------------------------------

related commands show voip gateway, show voip profiles





6.2 Privileged Configuration Commands

6.1.56 test access-group This command is to check whether the specific IP address is blocked or not in the set access group information.

syntax test voice access-group ipv4:<ip-addr>

example

v239# test voice access-group ipv4:10.254.139.58 registered:10.254.139.0, inputed:10.254.139.58 A access group is found with ip address ipv4:10.254.139.58 Source Group: ag1 description: "" access-list: 8 disconnect-cause: "No Service" translation profile: ""

related commands voice access-group <name>, access-list (access-group)


command modes privileged configuration mode



6.1.57 test voice translation-rule This command is to test the translation rule already set.

syntax test voice translation-rule <translation-rule-num> <digit-string> [num-type <num-type>] [num-plan <num-plan>]


translation-rule-num voice translation rule number

digit-string digit string to be tested by rule

num-type numbering type of digit to test

num-plan numbering plan of digit to test

example

Router# show voice translation-rule all Translation-rule set id: 1 Rule 0: Rule type: match & replace Match pattern: /1111/ Replace pattern: /2345/ Match type: none Replace type: none Match plan: none Replace plan: none Router# Router# test voice translation-rule 1 1111 Matched with Rule 1 Original Number: 1111 Translated Number: 2345 Original Number Type: none Translated Number Type: none Original Number Plan: none Translated Number Plan: none Router#



related commands voice translation-rule <rule-num>


command modes privileged configuration mode



6.3 Global Commands

6.1.58 call-admission enable-bandwidth To enable call admission control of the WAN bandwidth, use the call-admission enable-bandwidth command in global configuration mode. To disable the WAN bandwidth call admission control use the ‘no’ command.

syntax [ no ] call-admission enable-bandwidth

example The following example shows the enabled WAN bandwidth call admission control.

Router/configure# call-admission enable-bandwidth

The following example shows disabled WAN bandwidth call admission control.

Router/configure# no call-admission enable-bandwidth

related commands call-admission threshold interface


command modes Global configuration mode.



6.1.59 call-admission max-calls To set the entire max calls of the Ubigate iBG system, use the call-admission max-calls command in global configuration mode. To delete the limit of max calls, use the ’no’ command.

syntax [ no ] call-admission max-calls <max calls>


Max calls Maximum call count allowed in the system Range: 1~10000

example The following example shows setting the system’s global max calls to 200.

Router/configure# call-admission max-calls 200

The following example shows resetting the system’s global max calls.

Router/configure# no call-admission max-calls

related commands max-call (dial-peer)





6.1.60 call-admission spike To prevent a large number of calls incoming in a short period of time, use the call-admission spike command in global configuration mode. To disable this command, use the ‘no’ command.

syntax [ no ] call-admission spike <call counts> [ steps <no. steps> ] [ size <milliseconds> ]


Call counts Incoming call count for Spiking threshold Range: 1~2147483647

steps Optional: Number of steps for spiking slide window Range: 3~10 Default 5

Size Optional: Step size, milliseconds Range: 100~2000 Default 250

example The following example shows the call-admission spike setting for a sliding window step 10, step size 2000 milliseconds (2 seconds), and call count 50.

Router/configure# call-admission spike 30 steps 10 size 2000

The example shows the command to disable the call-admission spike command.

Router/configure# no call-admission spike 1

related commands show call-admission spike status





6.1.61 call-admission threshold global To set the threshold of the iBG router’s global resource, use the call-admission threshold global command in global configuration mode. Use the ‘no’ command to disable the command. Threshold processing is done when the threshold of the global resource reaches a high value. The threshold processing continues until it drops to a low value.

syntax [ no ] call-admission threshold global {cpu-5sec | cpu-avg | total-mem | total-calls} low <low value> high <high value> [ busyout ] [ treatment ]


Trigger Trigger name of the global resource threshold monitoring. The following list is available. Cpu-5sec: CPU use for 5 seconds Cpu-avg: CPU use for 30 seconds Total-mem: average total memory use Total-calls: total Call count

Low Low threshold limit value Range Total-calls: 1~10000 The rest: 1~100

High High threshold limit value Range Total-calls: 1~10000 The rest: 1~100

Busyout Optional: Busyout is done for E1/T1 trunk when not available

Treatment Optional: call treatment is used when not available

example The example shows the procedure of setting a threshold of CPU use for 5 seconds.

Router/configure# call-admission threshold global cpu-5sec low 50 high 70



The example shows the procedure of setting a call count threshold of between 30-50.

Router/configure# call-admission threshold global total-calls low 30 high 50

The example shows the command to disable the total-calls call-admission.

Router/configure# no call-admission threshold global total-calls low 1 high 1

related commands show call-admission threshold, call-admission threshold interface, call-admission treatment action, release call-admission threshold





6.1.62 call-admission threshold alarm To set the threshold of the iBG router’s global resource, use the call-admission threshold global command in global configuration mode; and use the ‘no’ command to disable the command. Threshold processing is done when the threshold of the global resource reaches a high value. The threshold processing continues until it drops to a low value.

syntax [ no ] call-admission threshold alarm {max-call | max-dsp} [ min <minor value> ] [ maj <major value> ]


Alarm Alarm type - Max-call: alarm due to current call count - Max-dsp: alarm due to current DSP usage

Min Optional: Utilization percentage where minor alarm will occur Range: 1~100 Default 70

Maj Optional: Utilization percentage where major alarm will occur Range: 1~100 Default 80

example The following command is used to generate a minor alarm when the current calls’ max-call is 50%, and a major alarm when it is 70%.

Router/configure# call-admission threshold alarm max-call min 50 maj 70

The following command is used to generate a minor alarm when the current DSP utilization is 80% of the total DSP, and a major alarm when it is 90%.

Router/configure# call-admission threshold alarm max-dsp min 80 maj 90



The commands bellows are used to reset the threshold alarm configuration.

Router/configure# no call-admission threshold alarm max-call Router/configure# no call-admission threshold alarm max-dsp

related commands call-admission max-calls



6.1.63 call-admission threshold interface To set the threshold of the iBG router’s interface resource, use the call-admission threshold interface command in a global configuration mode. Use the ‘no’ command to disable the command.

syntax [ no ] call-admission threshold interface <interface-name> <interface-number> int-calls low <low value> high <high value>


Interface name Interface name (type). ex) ethernet

Interface number Interface number ex) 0/0

Int-calls call count allowed for interface

Low Threshold low limit value Range: 1~10000

High Threshold high limit value Range: 1~10000



example The following command is used to enable the threshold by setting the call count to 10-15 for ethernet 0/4.

Router/configure# call-admission threshold interface ethernet 0/4 int-calls low 10 high 15

The following command is used to disable the call-admission total-calls for Ethernet 0/4.

Router/configure# no call-admission threshold interface ethernet 0/4 int-calls low 1 high 1

related commands show call-admission threshold, release call-admission threshold, call-admission threshold global





6.1.64 call-admission treatment action To set the treatment method when the local resource is unavailable, use the call-admission treatment action command in global configuration mode. Use the ‘no’ command to disable the command.

syntax [ no ] call-admission treatment action {hairpin | reject}


hairpin Do hairpin for call.

reject Disconnect a call.

example The following command is used to set the call treatment action to hairpin.

Router/configure# call-admission treatment on Router/configure# call-admission treatment action hairpin

The following command is used to set the call treatment action to reject.

Router/configure# call-admission treatment on Router/configure# call-admission treatment action reject

The following command is used to disable the call treatment action.

Router/configure# no call-admission treatment action reject

related commands call-admission treatment on, release call-admission treatment stats, show call-admission treatment





6.1.65 call-admission treatment cause-code To set the disconnect cause code when the local resource is unavailable, use the call-admission treatment cause code command in a global configuration mode. Use the ‘no’ command to disable the command.

syntax [ no ] call-admission treatment cause-code {busy | no-resource}


cause code Select the code to be used as a disconnection reason. Select either Busy or No-resource. Default: not specified.

example The following command is used to set the call treatment cause-code to no-resource.

Router/configure# call-admission treatment on Router/configure# call-admission treatment cause-code no-resource

The following command is used to release the call treatment cause-code.

Router/configure# no call-admission treatment cause-code no-resource






6.1.66 call-admission treatment isdn-reject To set the rejection cause for an ISDN call when the local resource is unavailable, use the call-admission treatment isdn-reject command in global configuration mode. Use the ‘no’ command to disable the command.

syntax [ no ] call-admission treatment isdn-reject <value>


cause code Select a reject cause-code. Range: 34~47 Default: 34 (No circuit/channel available) 34 No circuit/channel available 38 Network out of order 41 Temporary failure 42 Switching equipment congestion 43 Access information discarded 44 Requested circuit/channel not available 47 Resources unavailable, unspecified



example The following command is used to set the call treatment isdn-reject cause-code to 47 Resources unavailable, unspecified.

Router/configure# call-admission treatment on Router/configure# call-admission treatment isdn-reject 47

The following command is used to release the call treatment ISDN-reject.

Router/configure# no call-admission treatment isdn-reject 34




6.1.67 call-admission treatment on To specify whether to use call treatment or not when the local resource is unavailable during call processing, use the call-admission treatment on command in global configuration mode. Use the ‘no’ command to disable the command.

syntax [ no ] call-admission treatment on



example The following command is used to enable the call treatment.

Router/configure# call-admission treatment on

The following command is used to set the call treatment to hairpin.

Router/configure# call-admission treatment on Router/configure# call-admission treatment action hairpin

The following command is used to set reject cause code for ISDN call.

Router/configure# call-admission treatment on Router/configure# call-admission treatment isdn-reject 47

The following command is used to disable the call treatment.

Router/configure# no call-admission treatment on

related commands call-admission treatment action, call-admission treatment cause-code, call-admission treatment isdn-reject, release call-admission treatment stats, show call-admission treatment





6.1.68 dial-peer cor custom To define the Class Of Restriction (COR) in dial-peer, define the COR name. Using the above command, enter dial-peer COR custom configuration mode.

syntax dial-peer cor custom

example

Router/configure# dial-peer cor custom Router/configure/dial-peer/cor/custom# name corname1 Router/configure/dial-peer/cor/custom# name corname2

The above examples define two COR names.

related commands name <corname>


command modes global configuration mode



6.1.69 dial-peer cor list This is the command that sets the Class of Restriction (COR) list name. To delete it, use the no command.

syntax [no] dial-peer cor list <name>


name COR list name. applied to the incoming or outgoing dial peer.

example

Router/configure# dial-peer cor list corlist1 Router/configure/dial-peer/cor/list corlist1# member corname1


related commands member <corname>





6.1.70 dial-peer hunt This is the command that selects the hunt selection order of the dial peer. To return to the basic value use the no form of the command. The default value is 0 (Longest match in phone number, preference number, random selection).

syntax [no] dial-peer hunt <hunt-order-number>


hunt-order-number select pre-set hunt selection order from 0 to 7. 0 - Longest match in phone number, preference number,

random selection. 1 - Longest match in phone number, preference number, least

recent use. 2 - Preference number, longest match in phone number,

random selection. 3 - Preference number, longest match in phone number, least

recent use. 4 - Least recent use, longest match in phone number,

preference number. 5 - Least recent use, preference number, longest match in

phone number. 6 - Random selection. 7 - Least recent use.

example

Router/configure# dial-peer hunt 1

The above example is to define the hunt selection order of the dial peer in sequence of longest match in phone number, preference number, least recent use.

related commands preference <preference number>





6.1.71 dial-peer terminator This is the command that changes the terminating character used in a variable length dialed number. To change the default value, use the no form of the command. The default terminating character is ‘#’.

syntax dial-peer terminator <character>


character Usable characters are ‘#’, ‘*’, 0, 1, 2, 3, 4, 5, 6, 7, 8, 9. The base is ‘#’.

example

Router/configure# dial-peer terminator *

Designate ‘*’ for variable-length terminating character.





6.1.72 dial-peer voice pots/voip This is the command that defines a specific dial peer, or enters the dial peer configuration mode. To delete it use, the no form of the command.

syntax [no] dial-peer voice pots/voip <num>


pots Displays it is POTS peer.

voip Displays it is VoIP peer.

num Classifies a specific dial peer. The range is from 1 to 10000. Each dial peer has only one value.

example

Router/configure# dial-peer voice pots 1

Create a POTS dial peer that has 1 for dial peer ID, or enter the POTS dial peer configuration.





6.1.73 trunk-group (global) This command is to create a new Trunk group or to enter the trunk group configuration mode. Use the no form of the command to delete the trunk group.

syntax [no] trunk-group <tg-name>


tg-name trunk group name

example

Router/configure# trunk-group 1

It is the example of creating the Trunk group ‘1’.

next level commands block, description, hunt-scheme, max-call, translation-profile





6.1.74 voice-port To enter the voice-port configuration mode, use the voice-port command in the global configuration mode.

syntax voice-port {slot/subslot/port | slot/subslot/port: ds0-group-no | slot/subslot/ port: D | slot/subslot | slot/subslot: ds0-group-no | slot/subslot: D}


slot Number of the slot in the router in which the voice interface card is installed.

subslot Number of the subslot in the router in which the voice interface card is installed.

port Voice port number.

ds0-group-no Indicates the defined DS0 group number. Each defined DS0 group number is represented on a separate voice port. This allows you to define individual DS0s on the digital T1/E1 card.

:D D channel associated with ISDN PRI.

example The following example accesses the voice-port configuration mode for port 1, located on subslot 0 on a voice interface card installed in slot 0:

Router/configure# voice-port 0/1/1


command modes global configuration



6.1.75 voice access-group Use the ‘voice access-group’ command in the global configuration mode to create an Access group. Use the ‘no voice access-group’ command to delete it.

syntax [no] voice access-group name


name Name of access group. Up to 31 letters are allowed.

example

Router/configure# voice access-group ag1

This is an example of creating an Access group ‘ag1’.

next-level commands access-list, access-list-permit, access-list-deny, description, disconnect-cause, translation-profile





6.1.76 voice class codec This command is for creating the Voice class codec or entering the voice class codec configuration mode. Use the no form of the command to delete the voice class codec created.

syntax voice class codec <codec-class-id>


codec-class-id Unique number to identify codec voice class. Numbers from 1 to 10000 are available.

example

Router/configure# voice class codec 1

related commands codec-preference





6.1.77 voice class h323 This command is used to create a single H.323 voice class. A single H.323 voice class is independent for each dial peer, and can be specified for multiple dial peers. The ‘no’ command deletes the H.323 voice class which was created.

syntax [no] voice class h323 <tag>


tag Tag value showing a single voice class The range of allowable values is 1-10000.

example

Router/configure#voice class h323 1000 Router/configure/voice/class/h323 1000# h225 call-start fast Router/configure/voice/class/h323 1000#exit Router/configure# dial-peer voice voip 3000 Router/configure/dial-peer/voice/voip 3000#voice-class h323 1000

related commands voice-class h323 (dial-peer)





6.1.78 voice class sip This command creates an SIP class and each class can configure the type of offer method, support of provisional response, URI and URL type. The user can assign an SIP class on a specific dial-peer to apply the SIP class. Use the voice class SIP command in global configuration mode. To remove the voice class, use the no form of this command.

syntax [no] voice class sip <tag>


tag Tag value showing a single voice class. The range of allowable values is 1-10000.

example Router/configure#voice class sip 1000

related commands voice-class sip (dial-peer)





6.1.79 voice service To enter the voice service configuration mode and to specify a voice-encapsulation type, use the voice service command in global configuration mode.

syntax voice service {codec-list | feature-code | h323 | sip | voip | pots }


codec-list Setting up a system codec list.

feature-code Voice service feature-code configuration mode.

h323 Voice service h323 configuration mode.

sip Voice service SIP configuration mode.

pots Voice service pots global configuration mode.

voip voice service VoIP global configuration mode.

example The following example enters the voice-service configuration mode for VoIP service commands:

Router/configure# voice service voip





6.1.80 voice translation-profile This command is to create the Translation profile and to enter into profile mode. Use the no form of the command to delete it.

syntax [no] voice translation-profile <prof-name>


prof-name Translation profile name. Up to 31 letters are allowed.

example

Router/configure# voice translation-profile prof1 Router/configure/voice/translation-profile prof1#

related commands voice translation-rule, show voice translation-profile





6.1.81 voice translation-rule This command is to create a Translation rule or to enter into the voice translation-rule mode. Use the no form of the command to delete.

syntax [no] voice translation-rule <rule-num>


rule-num translation rule number. Numbers from 1 to 2147483647 are available.

example

Router/configure# voice translation-rule 1 Router/configure/voice/translation-rule 1# rule-match-replace 1 /706/ /031706/

related commands rule-match-replace, rule-reject, show voice translation-rule





6.1.82 voip-peer (global) This command is to set the VoIP peer. Use the no form of the command to delete. You can assign the VoIP-peer created to the session target in the VoIP dial peer.

syntax voip-peer <peer-name> {sip|h323}


peer-name VoIP peer name. Up to 31 letters are allowed.

sip|h323 type of VoIP peer

example

Router/configure# voip-peer vp1 sip

It is the example of ‘vp1’ VoIP peer with SIP nature.

related commands session target





6.1.83 voip-gateway This command is to enter into VoIP gateway command mode.

syntax voip-gateway

example The following example is the procedure to enter into with VoIP-gateway in configuration mode.

Router/configure# voip-gateway

next-level commands bind control interface, bind media interface, gw-accounting, host ip-address, Host domain-name, Ip-qos media, ip-qos signaling, rtcp timer, rtp port-range, shutdown, sip-ua, h323-gateway, call-server


command modes Globalconfiguration mode



6.4 Dial-peer COR Custom Commands

6.1.84 name (dial peer cor custom) This is the command that designates the COR name. To delete, use The no form of the command. It is possible to create up to a maximum of 643.

syntax [no] name <string>


string COR name. Up to 31 letters are possible.

example


corname1, corname2 are examples to create two COR names.

related commands dial-peer cor custom


command modes dial-peer cor custom configuration mode



6.5 Dial-peer COR list Commands

6.1.85 member (dial peer cor list) This is the command that adds member to the COR (Class of Restriction) list. If deletion is desired in the COR list, use the no form of the command.

syntax [no] member <corlist-name>


corlist-name COR list name. Up to in 31 letters are possible.

example

Router/configure# dial-peer cor list corlist1 Router/configure/dial-peer/cor/list corlist1#member corname1 Router/configure/dial-peer/cor/list corlist1#member corname2

related commands dial-peer cor list


command modes dial-peer cor list configuration mode



6.6 Dial-peer Commands

6.1.86 dial-peer cor custom To specify that the named class of restrictions (COR) apply to dial peers, use the dial-peer cor custom command in global configuration mode.

syntax dial-peer cor custom

example



related commands name <corname>





6.1.87 dial-peer cor list To define a class of restrictions (COR) list name, use the dial-peer cor list command in global configuration mode. To remove a previously defined COR list name, use the no form of this command.

syntax [no] dial-peer cor list <list-name>


list-name COR list name. Applied to incoming or outgoing dial peer.

example

Router/configure# dial-peer cor list corlist1 Router/configure/dial-peer/cor/list corlist1# member corname1


related commands member <corname>





6.1.88 dial-peer hunt This is the command that selects the hunt selection order of dial peers. To return to the default value, use the no form of the command. The default value is 0 (Longest match in phone number, preference number, random selection).

syntax [no] dial-peer hunt <hunt-order-number>


hunt-order-number select pre-set hunt selection order from 0 to 7. 0 - Longest match in phone number, preference number,

random selection. 1 - Longest match in phone number, preference number, least

recent use. 2 - Preference number, longest match in phone number,

random selection. 3 - Preference number, longest match in phone number, least

recent use. 4 - Least recent use, longest match in phone number,

preference number. 5 - Least recent use, preference number, longest match in

phone number. 6 - Random selection. 7 - Least recent use.

example The following is to define the hunt selection order of the dial peer in sequence of the longest match in the phone number, the preference number, the least recent use.

Router/configure# dial-peer hunt 1

related commands preference <preference number>





6.1.89 dial-peer terminator This is the command that changes the terminating character used in the variable length dialed number. To change the default value, use the no form of the command. Default terminating character is ‘#’.

syntax [no] dial-peer terminator <character>


character Usable characters are ‘#’, ‘*’, 0, 1, 2, 3, 4, 5, 6, 7, 8, 9. The base is ‘#’.

example

Router/configure# dial-peer terminator *

Designate ‘*’ for variable-length terminating character.





6.1.90 dial-peer huntstop This command is to configure global huntstop for all dial-peers. To disable huntstop and resume hunting, use the no form of the command.

syntax [no] dial-peer huntstop

example The following is the sample output from the dial-peer huntstop command.

Router/configure# dial-peer huntstop

related commands dial-peer voice voip/pots huntstop





6.1.91 dial-peer voice To define a particular dial peer for specifying the voice encapsulation method, and entering the dial-peer configuration mode, use the dial-peer voice command in global configuration mode. To delete a defined dial peer, use the no form of this command.

syntax [no] dial-peer voice { pots | voip } <dial-peer id>


pots Enters POTS dial-peer mode or creates a new POTS dial-peer.

voip enters VoIP dial-peer mode or creates new VoIP dial-peer.

dial-peer id classifies a specific dial peer. The range is from 1 to 10000. Each dial peer has the only value.

example Router/configure# dial-peer voice pots 1

Create a POTS dial peer that has 1 for the dial peer ID, or enter POTS dial peer configuration mode.





6.7 POTS Dial-peer Commands

6.1.92 authentication This command is to configure the user name and password for HTTP digest authentication. In HTTP digest authentication, SIP server may challenge all SIP requests from SIP UA and an iBG router uses this information as its digest credentials. It is dial-peer specific digest credentials. To remove authentication information, use the no form of this command.


user name A string representing the user name of the user authenticating.

password A string representing the password of the user authenticating.

syntax authentication username <username> password <passwd>

example

Router/configure# dial-peer voice pots 2 Router /configure/dial-peer/voice/pots 2# authentication username 3001 password 1234

related commands Authentication (sip ua)


command modes pots dial-peer configuration mode



6.1.93 clid override rdnis This command is to override RDNIS (redirected dialed number identification service) to CLID if possible. Use the no form of the command to cancel.

syntax [no] clid override rdnis

example

Router/configure/dial-peer/voice/pots 10# clid override rdnis

related commands clild restrict, clid remove, clid network-number



6.1.94 call-pickup-group (dial-peer) Use call-pickup-group command of the pots dial-peer configuration mode to provide Call Pickup service. Designate the group number you want for each dial-peer. Use the ‘no’ command to disable the Call Pickup function.

syntax [no] call-pickup-group <pickup-group>


pickup-group Designate number of the pickup group which the dial-peer belongs to.



example Set as follows so that the POTS dial-peer 1 and 2 belongs to pickup group 5000.

Router/configure# dial-peer voice pots 1 Router /configure/dial-peer/voice/pots 1# call-pickup-group 5000 Router /configure/dial-peer/voice/pots 1# exit Router/configure# dial-peer voice pots 2 Router /configure/dial-peer/voice/pots 2# call-pickup-group 5000 Router /configure/dial-peer/voice/pots 2# exit

related commands group-call-pickup, direct-call-pickup



6.1.95 call-waiting (dial-peer) Use call-waiting command of the POTS dial-peer configuration mode to provide Call Waiting service. Use the ‘no’ command to disable Call Waiting.

syntax [no] call-waiting

example Set as follows so that the POTS dial-peer 1 has call-waiting service.

Router/configure# dial-peer voice pots 1 Router /configure/dial-peer/voice/pots 1# call-waiting





6.1.96 digit-strip This is the command that decides whether digit strips or not, when outgoing to the POTS dial peer. To avoid digit strip, use the no form of the command. digit strip is enabled as the default.

syntax [no] digit-strip

example

Router/configure/dial-peer/voice/pots 1# no digit-strip

There is no digit strip in POTS dial peer 1.

related commands prefix <string>, forward-digit {all | extra | num <num> | default}


command modes POTS dial peer configuration mode



6.1.97 direct-inward-dial This is the command that enables Direct Inward Dial (DID) call processing for incoming called number. To disable use the no form of the command. It is impossible on the base value.

syntax [no] direct-inward-dial

example

Router/configure/dial-peer/voice/pots 1# direct-inward-dial

The above example configures DID for POTS dial peer1.


command modes POTS dial peer configuration



6.1.98 forward-digits This is the value that decides the digit number transmitted to POTS. The basis is that of transmitting the unmatchable part expressed clearly in the Destination pattern. To configure the base value, use the no form of the command, or configure it as the default.

syntax [no] forward-digits {all | default | extra | num <num>}


all Transmits the destination pattern and all the matching parts.

default Transmits the destination pattern and unmatchable parts expressed clearly.

extra If the dialed digit number exceeds the destination pattern number, transmit the digits. But, do not transmit it if of variable length whose destination pattern uses ‘T’, is used.

num <num> -

example

Router/configure# dial-peer voice pots 1 Router/configure/dial-peer/voice/pots 1# destination-pattern 3438…. Router/configure/dial-peer/voice/pots 1# forward-digits num 4

In the case of an outgoing POTS, configure it as a transmitting 4 digit number.

related commands show dial-peer voice, destination-pattern





6.1.99 numbering-type This is the command to set the number type to dial peer for attempting to match the numbering type of a call. To delete it, use the no form of the command.

syntax [no] numbering-type {international | abbreviated | national | network | reserved | subscriber | unknown}


international International numbering type.

abbreviated Abbreviated numbering type.

national National numbering type.

network Network numbering type.

reserved Reserved numbering type.

subscriber Subscriber numbering type.

unknown Numbering type unknown.

example

Router/configure# dial-peer voice pots 1 Router/configure/dial-peer/voice/pots 1# numbering-type international

This is the example that sets international numbering type to the specific dial peer.

related commands dial-peer voice pots/voip, rule-match-replace, rule-reject, show dial-peer voice, show voice translation-ruel


command modes dial-peer configuration mode



6.1.100 port This is the command that associates the specific voice port with the dial peer. To delete from the dial peer, use the no form of the command.

syntax [no] port {slot/sub-slot/port | slot/port: ds0-group-no}


slot Number of slot equipped with VIC (Voice Interface Card). It is possible to have the value from 0 to 3 depending on the equipped location.

sub-slot Number of the sub-unit on the VIC where the voice port is located. It is possible to have the value from 0 to 3 depending on the location.

port Voice interface card location, It is possible to have a value from 0 to 3.

ds0-group-no Represents DS0 group number. The DS0 group represents the divided voice port.

example

Router/configure# dial-peer voice pots 10 Router/configure/dial-peer/voice/pots 10# port 0/0/1

This is the example that assigns port 0/0/1 to the specific dial peer.

related commands dial-peer voice pots, show dial-peer voice





6.1.101 prefix This is the command that sets the prefix in the dial peer. To delete, use the no form of the command. The prefix is applied only in the case of POTS outgoing call.

syntax prefix <string>

Parameter Description (there is no Parameter and the table)

string Digit string. The available character ranges from 0 to 9.

example

Router/configure# dial-peer voice pots 10 Router/configure/dial-peer/voice/pots 10# prefix 023

This is the command that intends to put 023 in front of the called number when an outgoing call occurs with the above dial peer.

related commands dial-peer voice pots/voip, destination-pattern, forward-digits, show dial-peer voice


command modes POTS dial-peer configuration mode



6.1.102 register This command is to register a dial-peer to a SIP registrar with Full E.164 format or user specific URI format. To deregister a dial-peer, use the no form of this command.

syntax [no] register {e164 | uri string(sip:userid@hostname) | expires <seconds>}


e164 Full E.164 format set in the destination-pattern command.

uri_string User specific URI format. Example) register uri sip:[email protected]

expires Optional Registration refresh interval in seconds for a specific dial-peer. If this command is not set, expires the timer value that is set from register or call-server is used.

example To register as full E.164 format using destination-pattern, use the commands as follows.

Router/configuration# dial-peer voice pots 1 Router/configuration/dial-peer/voice/pots 1# register e164

To register as URI string, use commands as follows.

Router/configuration# dial-peer voice pots 1 Router/configuration/dial-peer/voice/pots 1# register uri sip:[email protected]

To set expire timer for this specific dial-peer, use the commands as follows.

Router/configuration# dial-peer voice pots 1 Router/configuration/dial-peer/voice/pots 1# register expires 180





command modes pots dial-peer configuration mode.

6.1.103 trunk-group (dial-peer) This command is to allocate the dial peer trunk group. Use the no form of the command to delete. Up to 12 trunk groups can be registered for each Dial peer.

syntax [no] trunk-group <tg-name> <preference-num>


tg-name Predefined trunk group name.

preference-num Preference of trunk group. It can have a value from 1 to 13. Default is 13.

example

Router/configure# dial-peer voice pots 10 Router/configure/dial-peer/voice/pots 10# trunk-group 1 2

It is the example of registering the trunk group’1’ in the specific dial peer to a preference of 2.

related commands dial-peer voice pots/voip, trunk-group (global)





6.1.104 clid network-number This command is to set the network number to CLID (Calling Line ID). Use the no form of the command to delete.

syntax [no] clid network-number <number>


number Calling party network number

example

Router/configure/dial-peer/voice/voip 10# clid network-number 10

related commands clild restrict, clid remove, clid override rdnis


command modes voip dial-peer configuration mode.



6.1.105 clid remove This command deletes the calling party number from CLID. Use the no form of the command to cancel.

syntax [no] clid remove [name]


name Calling party name. Use to remove up to the name.

example

Router/configure/dial-peer/voice/voip 10# clid remove

related commands clid restrict, clid override rdnis, clid network-number


command modes voip dial-peer configuration mode



6.1.106 clid restrict This command is for restricting the display of the CLID. Use the no form of the command to cancel.

syntax [no] clid restrict

example

Router/configure/dial-peer/voice/voip 10# clid restrict

related commands clid remove, clid override rdnis, clid network-number


command modes voip dial-peer configuraion mode

6.1.107 progress-ind-locate To set the IE (information element) progress indicator location field in messages from ISDN switch, use this command in dial-peer configuration mode. To reset to the default, use the no or disable forms of this command.

syntax [no] trunk-group <tg-name> <preference-num>


Location value Progress indicator location filed value that is the sent messages from the outbound dial peer.



example

Router/configure# dial-peer voice pots 10 Router/configure/dial-peer/voice/pots 10# progress-ind-locate 1

related commands dial-peer voice pots/voip, progress-ind



6.1.108 progress-ind To set a specific progress indicator (PI) in call setup, progress, or connect messages from ISDN switch, use this command in dial-peer configuration mode. To reset to the default, use the no or disable forms of this command.

This command is not supported on VoIP gateways using SIP.

syntax [no] progress-ind <setup | setupack | progress | connect | disconnect | callproceed | alert> <progress_description_value>


Alert Specify Alert Progress Description Value.

Callproceed Specify Call Proceeding Progress description value

Connect Specify Connect Progress Description Value.

Disconnect Specify Disconnect Progress Description value

Progress Specify Progress Description Value.



(Continued)


Setup Specify Setup Progress Description Value.

Setupack Specify Setupack Progress Description Value.

Porgress_description_value

Progress indicator that is sent in all messages of the specified type from the outbound dial peer.

example

Router/configure# dial-peer voice pots 10 Router/configure/dial-peer/voice/pots 10# progress-ind alert 1

related commands dial-peer voice pots/voip, progress-ind-locate





6.8 VoIP Dial-peer Commands

6.1.109 answer-address To specify the full E.164 telephone number to be used to identify the dial peer of an incoming call, use the answer-address command in dial peer configuration mode. To disable the configured telephone number, use the no form of this command. If no match is found to incoming called number, an iBG router attempts to match the calling number with the answer-address of each dial-peer.

syntax [no] answer-address <digit-string>


digit-string A set of dial strings indicating a private dial plan number. (number string, digit or dot (.), max 32 characters).

example

Router/configure/dial-peer/voice/voip num# answer-address 02932….

Match with the above dial-peer when the calling number of the VoIP incoming call is 9 digits starting with 02932.






6.1.110 call-fallback pots This command is to determine whether to route the call to POTS when a call to VoIP is impossible, use the call-fallback pots command in VoIP dial-peer configuration mode. To disable, use the no form of the command. Fallback to POTS is the default enabled. It does not affect the call already in use.

syntax [no] call-fallback pots

example

router/configure/dial-peer/voice/voip num# no call-fallback pots

The above command cannot fallback to pots.






6.1.111 codec This command is to set the codec type and sampling interval of each codec to VoIP dial peer. Use the no form of the command to delete.

syntax [no] codec codec-val [interval-time]


codec-val Can set g711alaw, g711ulaw, g723r53, g723r63, g726, g729.

interval-time Interval time between voice frames. Default value is as follows; g711alaw, g711ulaw, g726, g729: 20 ms g723r53, g723r63: 30 ms

example

Router/configure# dial-peer voice voip 20 Router/configure/dial-peer/voice/voip 20# codec g711alaw 40

related commands codec-list, show dial-peer voice voip





6.1.112 dtmf-relay This command is to configure the method of transmitting DTMF through the appropriate dial peer. To cancel, use the no form of the command. Before configuration, follow the system value.

syntax [no] dtmf-relay {inband | h245-alphanumeric | rtp-nte | sip-notify | sip-info | queued-digits}


inband DTMF is sent together with general voice stream.

h245-alphanumeric DTMF is sent using H.245 User Input Indication (alphanumeric) Message.

rtp-nte DTMF sent using the voice stream, according to the RFC2833 recommendation.

sip-notify Transfer DTMF using SIP notify message.

sip-info Transfer DTMF using SIP info message.

queued-digits DTMF is sent using the voice stream according to the RFC2833 recommendation; and additionally, Queued Digits are supported for analog-FXS subscribers.

example

Router/configure # dial-peer voice voip 20 Router/configure/dial-peer/voice/voip 20# dtmf-relay rtp-nte

related commands dtmf-relay (h323 voice service)





6.1.113 fax error-correction-mode This is the command that enables fax-relay Error Correction Mode in T.38 fax relay. To disable use the no command.

syntax [no] fax error-correction-mode

example

Router/configure# dial-peer voice voip 20 Router/configure/dial-peer/voice/voip 20# fax error-correction-mode

related commands dial-peer voice voip, fax rate





6.1.114 fax protocol This is the command that sets the fax protocol in the VoIP dial peer. To delete, use the no form of the command.

syntax [no] fax protocol {None. | pass-through {g711alaw | g711ulaw} | system | t38 {redundancy <num> fallback {None. | pass-through-g711alaw | pass-through-g711ulaw}}}


none No fax pass-through is attempted. Default

pass-through The fax stream uses one of the following high-bandwidth codecs: g711ulaw - Use g711 ulaw codec g711alaw - Use g711 alaw codec

t38 use ITU-T T.38 standard fax protocol

num redundancy count, 0~3

fallback A fallback mode is used to transfer a fax across a VoIP instead of FoIP. If T.38 fax relay cannot be successfully negotiated at the time of the fax transfer. pass-through-g711alaw pass-through-g711ulaw none: fallback is disabled

example

Router/configure# dial-peer voice voip 10 Router/configure/dial-peer/voice/voip 10 # fax protocol t38 redundancy 1 fallback none

related commands dial-peer voice voip, fax rate





6.1.115 fax rate This is the command that sets the fax rate in T.38 fax relay. To return to the default value, use the no command. The base value is 14400.

syntax fax rate {2400 | 4800 | 7200 | 9600 | 12000 | 14400}


2400 2400 bps fax transmission speed.





14400 14400 bps fax transmission speed. Default.

example

Router/configure# dial-peer voice voip 20 Router/configure/dial-peer/voice/voip 20# fax rate 9600

related commands dial-peer voice voip, fax protocol





6.1.116 ip qos dscp This is the command that can set QoS DSCP in dial peer. To restore it to the default value, use the no form of the command. The default value for media is EF (Expedited Forwarding) and for signal is AF (Assured Forwarding) 41.

syntax [no] ip qos dscp {media|signal} {default | ef | num <0~63> | set-af <set-af> | set-cs <set-cs>}


media Applies DSCP to media payload packet.

signal Applies DSCP to signaling packet.

default Applies to default bit pattern (af41).

ef Applies DSCP to expedited forwarding bit pattern.

num Applies DSCP value ranging from 0 to 63.

set-af val Applies DSCP to assured forwarding bit pattern. - af11-bit pattern 001010 - af12-bit pattern 001100 - af13-bit pattern 001110 - af21-bit pattern 010010 - af22-bit pattern 010100 - af23-bit pattern 010110 - af31-bit pattern 011010 - af32-bit pattern 011100 - af33-bit pattern 011110 - af41-bit pattern 100010 - af42-bit pattern 100100 - af43-bit pattern 100110

set-cs val Applies DSCP to class-selector codepointer. - cs1-codepoint 1 (precedence 1) - cs2-codepoint 2 (precedence 2) - cs3-codepoint 3 (precedence 3) - cs4-codepoint 4 (precedence 4) - cs5-codepoint 5 (precedence 5) - cs6-codepoint 6 (precedence 6) - cs7-codepoint 7 (precedence 7)



example

Router/configure# dial-peer voice voip 20 Router/configure/dial-peer/voice/voip 20# ip qos dscp media set-af af43

This is the example that sets DSCP on a media payload packet of a specific dial peer to af43.

related commands ip-qos signaling dscp (voip-gateway)



6.1.117 ip udp checksum To calculate the UDP checksum for voice packets sent by the dial peer, use the ip udp checksum command in dial peer configuration mode. To disable this feature, use the no form of this command.

syntax [no] ip udp checksum

example

Router/configure# dial-peer voice voip 20 Router/configure/dial-peer/voice/voip 20# ip udp checksum





6.1.118 max-redirects For setting the maximum number to process redirect responses, use the max-redirects command in VoIP dial-peer configuration mode. Using the ‘no’ command, it is possible to set the default value. Default value is 1.

syntax [no] max-redirects num

Parameter Description (There is no Parameter and table)

num Maximum number of redirect response that is to be processed in dial -peer.

example To limit process count of the redirect response to three trials, the following should be set.

Router/configuration# dial-peer voice voip 1000 Router/configuration/dial-peer/voice/voip 1000# max-redirects 3

related commands redirection





6.1.119 playout-delay maximum This is the command that sets the maximum of the buffer to regulate Packet jitter. To restore it to the default value, use the no form of the command. Default value is 200.

syntax [no] playout-delay maximum <num>


num Upper limit of the jitter buffer, or the highest value to which the adaptive delay is set, in milliseconds. It is possible to input from 20 to 200 and the default value is 200.

example

Router/configure# dial-peer voice voip 20 Router/configure/dial-peer/voice/voip 20# playout-delay maximum 200

This is the example that sets the maximum Jitter buffer to 200.

related commands voice service voip, playout-delay mode





6.1.120 playout-delay minimum This is the command that sets the minimum buffer to regulate packet jitter. To restore it to the default value, use the no form of the command. Default value is 20.

syntax [no] playout-delay minimum <num>


num Lower limit of the jitter buffer, or the lowest value to which the adaptive delay is set, in milliseconds. It is possible to input from 20 to 200 and the default value is 20.

example

Router/configure# dial-peer voice voip 20 Router/configure/dial-peer/voice/voip 20# playout-delay minimum 20

This is the example to set the minimum Jitter buffer to 20 ms.

related commands voice service voip, playout-delay mode





6.1.121 playout-delay mode This is the command that selects the mode for playout delay from the jitter buffer on DSPs (Digital Signal Processors). To reset it to the basic value, use the no form of the command. The default value is adaptive mode.

syntax [no] playout-delay mode {adaptive | fixed [value < num >] | system}


adaptive Jitter buffer size and amount of playout delay are adjusted during a call, on the basis of the current network conditions.

fixed Jitter buffer size does not adjust during a call; a constant playout delay is adapted. If buffer size value is not set, 80 ms will be set as the default.

value Fixed jitter buffer size in milliseconds.

num 20~200 ms

system Jitter buffer is adjusted by system configuration.

example

Router/configure# dial-peer voice voip 20 Router/configure/dial-peer/voice/voip 20# playout-delay mode fixed

related commands voice service voip





6.1.122 playout-delay nominal This is the command that sets the buffer value to regulate packet jitter when starting a call. To reset it to the default value, use the no form of the command. Default value is 80.

syntax [no] playout-delay nominal <num>


num Amount of playout delay applied at the beginning of a call by the jitter buffer in the gateway, in milliseconds.

example

Router/configure# dial-peer voice voip 20 Router/configure/dial-peer/voice/voip 20# playout-delay nominal 200

This is the example that sets the value of the Jitter buffer nominal to 200 ms.

related commands voice service voip, playout-delay maximum, playout-delay minimum





6.1.123 rtp payload-type comfort-noise This command is to set payload type of RTP (Realtime Transport Protocol) packet to comfort noise type (PT13) in dial-peer configuration mode. Use the no form of the command to cancel.

syntax [no] rtp payload-type comfort-noise

example

Router/configure# dial-peer voice voip 20 Router/configure/dial-peer/voice/voip 20# rtp payload-type comfort-noise

related commands rtp payload-type nte





6.1.124 rtp payload-type nte This command is to set the payload type of the RTP NTE packet to specific value. Use the no form of the command to cancel.

syntax [no] rtp payload-type nte <val>


val A named telephone event. (NTE). number. 0, 96~127.

example

Router/configure# dial-peer voice voip 20 Router/configure/dial-peer/voice/voip 20# rtp payload-type nte 101

related commands rtp payload-type comfort-noise





6.1.125 session protocol This command is to set the session protocol to be used between iBG routers when passing through the packet network. Default value is SIP and use the no form of the command to restore to the default value. If you set the session-target to gatekeeper, the session protocol is set to h323. In this case, you cannot set the session protocol to SIP if you do not delete the gatekeeper setting.

syntax session protocol {sip | h323}

example

Router/configure# dial-peer voice voip 20 Router/configure/dial-peer/voice/voip 20# session protocol h323

It is the example of setting the session protocol to be used by the dial peer to h323.

related commands dial-peer voice voip, show dial-peer voice





6.1.126 session target To designate a network-specific address to receive calls from a VoIP dial peer, use the session target command in the dial peer configuration mode. To reset to the default, use the no form of this command.

syntax session target {ip-address {ipv4:x.x.x.x[:port] | ipv6:x.x.x.x.::x.x.x.x[/port] | dns:FQDN.DOMAIN.COM[:port]} | sip-server | gatekeeper | name <voip-peer-name>}


ip-address Indicate that the IP-address is entered. (IPv4, IPv6, DNS)

name Allocate the VoIP peer already set.

sip-server Allocate the SIP-server as the destination of the appropriate call.

gatekeeper Allocate the gatekeeper as the destination of the appropriate call.

example

Router/configure# dial-peer voice voip 20 Router/configure/dial-peer/voice/voip 20# session taerget ip-address ipv4:10.10.10.10:5060

This is an example of setting the session target IP as 10.10.10.10 and the port as 5060.

related commands dial-peer voice voip, show dial-peer voice





6.1.127 session transport This command sets the specific transport layer protocol for sending the SIP message. The default value is UDP. To set it back to the default value, use the no form of the command.

syntax [no] session transport {tcp | udp | tls}


tcp Use TCP transport layer protocol.

udp Use UDP transport layer protocol.

tls Use TLS transport layer protocol.

example

Router/configure# dial-peer voice voip 20 Router/configure/dial-peer/voice/voip 20# session transport udp

This is an example of setting the session transport of specific dial-peer as UDP.





6.1.128 sip-class offer Use the SIP-class offer command in VoIP dial-peer configuration mode to set the call-hold request. The default value is ‘system’. The default value of the system is ‘send-only’. Use the ‘no’ command to follow the system default configuration.

syntax [no] sip-class offer call-hold {conn-adr | dir-sendonly | dir-inactive}


call-hold reserved-word

conn-addr Specifies the RFC 2543 method of setting the connection address for initiating the call-hold requests. The RFC 2543 method uses 0.0.0.0.

dir-sendonly Specifies the current RFC 3264 method of setting the direction attribute (a=sendonly) for initiating call-hold requests. This is Default.

dir-inactive Specifies the method of setting the direction attribute (a=inactive) for initiating call-hold requests.

example It is the example of setting the offer call-hold value of the specific dial-peer as send-only.

Router/configuration# dial-peer voice voip 10 Router/configuration/dial-peer/voice/voip 10# sip-class offer call-hold dir-sendonly

related commands offer call-hold (voice class sip)





6.1.129 sip-class qsig tunneling To enable the QSIG tunneling function for VoIP dial-peer, use the sip-class qsig tunneling command in dial-peer configuration mode. Use the no form to disable this command.

syntax [no] sip-class qsig tunneling

example Set as follows to enable QSIG tunneling function.

Router/configuration# dial-peer voice voip 1 Router/configuration/dial-peer/voice/voip 1# sip-class qsig tunneling






6.1.130 sip-class rel1xx Use the SIP-class rel1xx command in dial-peer configuration mode to enable the SIP reliability function of the provisional response message. Use the ‘no’ command to follow the system default configuration.

syntax [no] sip-class rel1xx {supported | require | system | disable}


supported Supports reliable provisional responses. This is the default.

require Requires reliable provisional responses. End the call if the opposite party does not support this function.

system Follows the system default configuration.

disable Disables the use of reliable provisional responses.

example Set as follows to support the reliable provisional response function as voice dial-peer 10.

Router/configuration# dial-peer voice voip 10 Router/configuration/dial-peer/voice/voip 10# sip-class rel1xx supported

related commands rel1xx (sip service), rel1xx (voice class sip)





6.1.131 sip-class uri Use sip-class uri command in dial-peer configuration mode to set the URI type of the SIP outgoing call. Use the ‘no’ command to apply the default setting.

syntax [no] sip-class uri {sip | sips}


sip Use SIP URI for SIP outgoing call. This is the default.

sips Use SIPS URI for a SIP outgoing call.

example Do as follows to set the URI type in VoIP dial-peer 10 to URI type.

Router/configuration# dial-peer voice voip 10 Router/configuration/dial-peer/voice/voip 10# sip-class uri sips






6.1.132 sip-class url To configure URLs to either the Session Initiation Protocol (SIP) or telephone (TEL) format for your VoIP SIP calls, use the sip-class url command in VoIP dial-peer configuration mode. To reset to the system default, use the no form of this command.

syntax [no] sip-class url {sytem | sip | tel}


system Use System default configuration.

sip Generate URLs in SIP format for VoIP calls. This is default.

tel Generate URLs in TEL format for VoIP calls.

example Do as follows to set URL in VoIP dial-peer 10 to TEL.

Router/configuration# dial-peer voice voip 10 Router/configuration/dial-peer/voice/voip 10# sip-class url tel

related commands url (sip service), url (voip dial-peer)


command modes voip dial-peer configuration-mode.



6.1.133 srtp Use sRTP command in dial-peer configuration mode to enable sRTP (secure RTP). Use the ‘no’ command to disable the sRTP function.

syntax [no] srtp crypto {AES_CM_128_HMAC_SHA1_32 | AES_CM_128_HMAC_SHA1_80}


AES_CM_128_HMAC_SHA1_32 Encryption algorithm is 128 bits AES, Authentication algorithm is 32bits HMAC SHA1

AES_CM_128_HMAC_SHA1_80 Encryption algorithm is 128 bits AES, Authentication algorithm is 80 bits HMAC SHA1

example Set as follows to enable the sTRP function by setting the algorithm as AES_CM_128_HMAC_SHA1_80.

Router/configuration# dial-peer voice voip 10 Router/configuration/dial-peer/voice/voip 10# srtp crypto AES_CM_128_HMAC_SHA1_80






6.1.134 tech-prefix (VoIP dial-peer) For H.323 call corresponding to a specific dial-peer, a technology prefix is set to the ‘SupportedPrefix’ field in H.225.0 message. The technology prefix can be referred to when a gatekeeper determines call routing. If the setting in the Voice class h323 configuration mode is set to a specific VoIP dial-peer, it has a priority over the setting in Voice service h323 configuration mode. The ‘no’ command deletes the technology prefix value.

syntax [no] tech-prefix <prefix>


prefix Sets the technology prefix number. The valid characters are 0-9, #, *, and up to 11 digits are allowed.

example

Route/configure# dial-peer voice voip 3000 Router/configure/dial-peer/voice/voip 3000#tech-prefix 001#

related commands tech-prefix (Voice service h323)





6.1.135 vad This command is to enable VAD (Voice Activity Detection) function. To disable the setting, use the no form of the command.

syntax [no] vad [system]


system Follows system configuration.

example

Route/configure# dial-peer voice voip 20 Route/configure/dial-peer/voice/voip 20# vad system

This is an example of setting the VAD function to follow the system configuration to the specific dial peer.

related commands dial-peer voice


command modes voip dial peer configuration mode



6.1.136 voice-class codec (dial-peer) To assign a previously configured codec selection preference list to a VoIP dial peer, enter the voice-class codec command in the dial peer configuration mode. To remove the codec preference assignment from the dial peer, use the no form of this command.

syntax voice-class codec <num>


num Voice class codec ID. Numbers from 1 to 10000 are available.

example

Router/configure# voice class codec 1 Router/configure/voice/class/codec 1# codec-preference 1 g729 Router/configure/voice/class/codec 1# codec-preference 2 g723 Router/configure/voice/class/codec 1# exit Router/configure# dial-peer voice voip 20 Router/configure/dial-peer/voice/voip 20# voice-class codec 1

This is an example of assigning the voice class codec 1 to the specific dial-peer.

related commands voice class codec, codec-preference, dial-peer voice voip, voice-class codec, show dial-peer voice





6.1.137 voice-class h323 (VoIP dial-peer) To designate H.323 voice class to a VoIP dial peer, use ‘voice-class h323’ command in VoIP dial-peer configuration mode. The ‘no’ command deletes the voice class designated to a relevant VoIP dial peer. Only a single voice class can be designated to each VoIP dial peer.

syntax [no] voice-class h323 <tag>


tag The tag value of the voice class created using the ‘voice class’ command. The range of allowable values is 1-10000, and it should be the tag value of the voice class which was already created.

example

Router/configure#voice class h323 1000 Router/configure/voice/class/h323 1000# h225 call-start fast Router/configure/voice/class/h323 1000#exit Router/configure# dial-peer voice voip 3000 Router/configure/dial-peer/voice/voip 3000#voice-class h323 1000

related commands voice class h323


command modes voip dial-peer configuration



6.1.138 voice-class sip To designate SIP voice class to a VoIP dial peer, use the ‘voice-class sip’ command in VoIP dial-peer configuration mode. The ‘no’ command deletes the voice class designated to a relevant VoIP dial peer. Only a single voice class can be designated to each VoIP dial peer.

syntax [no] voice-class sip <tag>


tag Tag value of the voice class created using ‘voice class’ command. The range of allowable values is 1-10000, and it should be the tag value of the voice class which was already created.

example

Router/configure#voice class sip 2000 Router/configure/voice/class/sip 2000#url tel Router/configure/voice/class/sip 2000#exit Router/configure# dial-peer voice voip 3000 Router/configure/dial-peer/voice/voip 3000#voice-class sip 2000


command modes voip dial-peer configuration



6.1.139 digital-gain This command is to apply digital gain control to the VoIP dial peer. Use the no form of the command to set a default value.

syntax [no] digital-gain {input | output | system} <value>


input Shows PCM to Packet (IP) direction

output Shows Packet (IP) to PCM direction

system Dial-peer digital-gain mode

value dB in range of -13.9~6.0 in unit 0.1 dB.

value dB in range of -13.9~6.0 in unit 0.1 dB, default: 0

example

Router/configure# dial-peer voice voip 20 Router/configure/dial-peer/voice/voip 20# digital-gain input -3

This is an example of setting application of digital gain control to -3dB to specific dial peer.

related commands voice/service/voip/digital-gain





6.1.140 call-block disconnect-cause Use the ‘call-block disconnect-cause’ in dial-peer configuration mode to set the disconnect cause to return when the call is blocked by the Call-block function. Use the no form of the command to restore to the default value. The default value is ‘no-service’.

syntax [no] call-block disconnect-cause {invalid-number | unassigned-number | user-busy | call-rejected | no-service}


invalid-number Specifies call rejection as the cause for blocking a call.

unassigned-number Specifies an invalid number as the cause For blocking a call

call-rejected Specifies the unassigned number as the cause for blocking a call.

user-busy Specifies busy as the cause for blocking a call

no-service Specifies no service.

example

Router/configure/dial-peer voice voip 1# call-block disconnect-cause invalid-number

The above command is to set the disconnect-cause to ‘invalid number’ when the call is blocked by the call-block function.

related commands call-block translation-profile incoming profile-name





6.1.141 call-block translation-profile incoming Use the ‘call-block translation-profile incoming’ in dial-peer configuration mode to activate the Call-block function by applying the Translation-profile. Use the no form of the command to delete it.

syntax [no] call-block translation-profile incoming <prof-name>


prof-name Name of the translation-profile, max 31 char.

example

Router/configure/dial-peer voice voip 1# call-block translation-profile incoming profname1

The above example shows the allocation of prof-name 1 to translation-profile for call blocking.

related commands call-block disconnect-cause





6.1.142 clid network-number This command is to set network number to CLID (Calling Line ID). Use the no form of the command to delete.

syntax [no] clid network-number <number>


number Calling party network number.

example

Router/configure/dial-peer/voice/voip 10# clid network-number 10

related commands clild restrict, clid remove, clid override rdnis





6.1.143 clid remove This command is to delete the calling party number from CLID. Use the no form of the command to cancel.

syntax [no] clid remove [name]


name Calling party name. Use to remove the name.

example

Router/configure/dial-peer/voice/voip 10# clid remove

related commands clid restrict, clid override rdnis, clid network-number





6.1.144 clid restrict This command is to set for restricting the display of the CLID. Use the no form of the command to cancel.

syntax [no] clid restrict

example

Router/configure/dial-peer/voice/voip 10# clid restrict

related commands clid remove, clid override rdnis, clid network-number





6.1.145 corlist This command is to apply the Class of Restriction (COR) list to specific dial-peer. Use the no form of the command to delete the COR list already defined. By default, the dial-peer has no COR list.

syntax corlist {incoming | outgoing} <cor-list-name>


incoming Keyword to apply when the appropriate dial-peer operates as an incoming dial peer.

outgoing Keyword to apply when the appropriate dial-peer operates as an outgoing dial peer.

cor-list-name Name of the COR list defined by the user.

example

Router /configure# dial-peer cor list list1 Router /configure/dial-peer/cor/list list1# member corname1 Router /configure/dial-peer/cor/list list1# member corname2 Router /configure/dial-peer/cor/list list1# member corname3 Router /configure# dial-peer cor list list2 Router /configure/dial-peer/cor/list list2# member corname3 Router /configure/dial-peer/cor/list list2# member corname4 Router /configure/dial-peer/voice/pots 1# Router /configure/dial-peer/voice/pots 1# corlist incoming list1 Router /configure# dial-peer voice voip 2 Router /configure/dial-peer/voice/voip 2# corlist outgoing list2

The above example shows the command for creating list1, list2 with the COR list and applying as incoming and outgoing COR list to dial-peer 1, dial-peer2, respectively.



related commands dial-peer cor custom, dial-peer cor list



6.1.146 decision-limit This command is to set the minimum digit number for matching dial-peer. Default value is 3. To cancel and set the default value, use the no command.

syntax [no] decision-limit <num>


num Decision limit number: 1~12

example

Router/configure/dial-peer/voice/voip 10# decision-limit 4





6.1.147 description This is a command that sets the description of the dial-peer. To delete use the no command. Add descriptions to the appropriate dial-peer. A user is able to check with the ‘show dial-peer voice’ command. It does not influence the dial-peer’s action.

syntax description <string>


string A string of up to 63 characters. use a quotation mark (‘) as the first and the last characters.

example

Router/configure# dial-peer voice pots 1 Router/configure/dial-peer/voice/voip 1# description "dial-peer for PSTN inbound"






6.1.148 destination-pattern This command is to set the prefix or full E164 number in the dial-peer. To cancel, use the no command.

syntax [no] destination-pattern < [+] string [T] >


+ (Optional) Character that indicates an E.164 standard number.

string Series of digits that specify a pattern for the E.164 or private dialing plan telephone number. Valid entries are the digits 0 through 9 and the following special characters: - Asterisk (*) and pound sign (#) that appear on standard touch-tone

dial pads. - Period (.), which matches any entered digit (this character is used

as a wildcard). - Percent sign (%), which indicates that the preceding digit occurred

zero or more times; similar to the wildcard usage. - Plus sign (+), which indicates that the preceding digit occurred one

or more times. Note: The plus sign used as part of a digit string is different from the plus sign that can be used in front of a digit string to indicate that the string is an E.164 standard number.

- Circumflex (^), which indicates a match to the beginning of the string.

- Dollar sign ($), which matches the null string at the end of the input string.

- Backslash symbol (\), which is followed by a single character, and matches that character. Can be used with a single character with no other significance (matching that character).

- Question mark (?), which indicates that the preceding digit occurred zero or one time.

- Brackets ([ ]), which indicate a range. A range is a sequence of characters enclosed in the brackets; only numeric characters from 0 to 9 are allowed in the range.

- Parentheses (()), which indicate a pattern and are the same as the regular expression rule.

T (Optional) Control character that indicates that the destination-pattern value is a variable-length dial string.



example

Router/configure/dial-peer/voice/voip 10# destination-pattern +8023438….



6.1.149 huntstop This command stops dial peer hunting, when the call is impossible to connect to the appropriate dial peer. To enable dial peer hunting again, use the no form of the command.

syntax [no] huntstop

example

Router/configure# dial-peer voice voip 20 Router/configure/dial-peer/voice/voip 20# huntstop

This is the example that disables dial peer hunting in a specific dial peer.

Router/configure# dial-peer voice voip 20 Router/configure/dial-peer/voice/voip 20# no huntstop

This is the example that re-enables dial peer hunting in a specific dial peer.

related commands dial-peer huntstop, show dial-peer voice





6.1.150 incoming-called-number This is the command that sets the number of calls matchable with the dial peer and call. To delete, use the no form of the command.

syntax [no] incoming-called-number <string>


string Incoming called telephone number. This is a series of digit strings representing E 164 telephone number. It is possible to use a period (.) as a wildcard letter. max 32 char

example

Router/configure# dial-peer voice voip 10 Router/configure/dial-peer/voice/voip 10# incoming-called-number 3437890

This is an example configured for a call with 3437890 as a called number.

related commands dial-peer voice pots/voip, show dial-peer voice





6.1.151 max-call This is the command that defines the number of a call made possible through the pertinent dial peer. If no limit is desired, use the no form of the command. The basic value has no limit.

syntax [no] max-call <num>


num Is possible from 1 to a maximum of 256, which is connectable through the dial peer.

example

Router/configure# dial-peer voice voip 100 Router/configure/dial-peer/voice/voip 100# max-call 10

This is the example that can set the max call of the specific dial peer to 10.



command modes dial peer configuration mode



6.1.152 preference This is the command that sets the preference number to represent the priority within the dial peer hunt group. To restore it to the default value, use the no form of the command. Default value is 0.

syntax preference <pref-num>


pref-num Preference number. It has a value from 0 to 10. As the number is smaller, it has priority. The basic value is 0.

example

Router/configure# dial-peer voice pots 10 Router/configure/dial-peer/voice/pots 10# preference 2 Router/configure/dial-peer/voice/pots 10# destination-pattern 1002 Router/configure/dial-peer/voice/pots 10# exit Router/configure# dial-peer voice pots 20 Router/configure/dial-peer/voice/pots 20# preference 1 Router/configure/dial-peer/voice/pots 10# destination-pattern 1002 Router/configure/dial-peer/voice/pots 20# exit

This is an example that sets preference 2 to POTS dial peer 10 and preference 1 to dial peer 20. Since it has the same destination pattern, the priority is set according to the preference number among two dial peers and the dial peer 20 has the highest-priority.






6.1.153 shutdown This command is to shutdown the dial peer. Use the no form of the command to release shutdown. The call made with the shutdown dial peer is disconnected and no call is made until it is released. Admin state of the dial peer turns down when it is shut down.

syntax [no] shutdown

example

Router/configure# dial-peer voice voip 20 Router/configure/dial-peer/voice/voip 20# shutdown Router/configure# dial-peer voice pots 20 Router/configure/dial-peer/voice/pots 20# shutdown

This is the example of shutting down the specific dial peer.






6.1.154 translation-profile This command is to apply the translation profile to the dial peer. Use the no form of the command to delete it.

syntax [no] translation-profile {incoming | outgoing} <prof-name>


incoming Keyword to indicate application of the translation profile to the incoming call.

outgoing Keyword to indicate application of the translation profile to the outgoing call.

prof-name Predefined translation profile name.

example

Router/configure# dial-peer voice pots 10 Router/configure/dial-peer/voice/pots 10# translation-profile outgoing prof1

This is an example of allocating the translation profile ‘prof1’ to the outgoing call through the specific dial peer.

related commands dial-peer voice pots/voip, show dial-peer voice, voice translation-profile, show voice translation-profile





6.1.155 translation-rule This command is to apply the translation rule to the dial peer. Use the no form of the command to delete it.

syntax [no] translation-rule {called | calling} <ruleset-id>


called Keyword set to be applied in the called number.

calling Keyword set to be applied in the calling number.

ruleset-id Predefined translation rule set ID. 1~10000

example

Router/configure# dial-peer voice voip 20 Router/configure/dial-peer/voice/voip 20# translation-rule called 1

This is an example of setting the application of translation rule 1 of the called number to the specific dial peer.

related commands dial-peer voice pots/voip, voice translation-rule, show dial-peer voice, show voice translation-rule





6.1.156 peer-monitor (dial-peer) Use the peer-monitor command of the VoIP Dial-peer configuration mode in the case that designates the interval of sending and resending OPTIONS messages to confirm the peer status by using the OPTIONS SIP message in the Session Initiation Protocol (SIP). To make this function disable, use the ‘no’ command. Default means disabled.

syntax [ no ] peer-monitor expires <expires seconds> retry <retry seconds>


expires Time interval to send OPTIONS messages to Peer Default 300

Retry The interval for sending it again in case that there is no answer to OPTIONS messages to Peer Default 60

example The following example is the procedure for setting up the peer monitor duration time with 200 and peer monitor retry time with 300.

Router/configure# dial-peer voice voip 20 Router/configure/dial-peer/voice/voip 20# peer-monitor expires 200 retry 300

The following example is the procedure to disable the use of peer monitoring.

Router/configure/dial-peer/voice/voip 20# no peer-monitor





6.9 Dial-plan Commands

6.1.157 fxs-pattern This is the command that sets the global prefix used for the Extension number for inbound and outbound calls. To delete use the no command.

syntax fxs-pattern <tag> <pattern> <ext-leng> <ext-pattern>


tag Dial-plan string tag. 1 to 5 can be used.

pattern Dial-plan pattern, such as the area code, the prefix, and the first one or two digits of the extension number, dots (.) for the remainder of the extension number digits.

ext-leng The number of extension digits.

ext-pattern The extension number’s leading digit pattern.

example

Router/configure# dial-plan Router/configure/dial-plan# fxs-pattern 1 0316840100 3 5..

This is an example that sets the match extension number of 5XX to 03168401XX. For example, extends 567 to 0316840167.

related commands dial-plan


command modes dial-plan configuration mode



6.1.158 max-call This is the command that defines the system max num of calls. Default value is unlimited. Use the ‘no’ command to follow the system default configuration.

syntax [no] max-call <num>


num Number of max calls. Range is from 1 to 2147483647.

example

Router/configure# dial-plan Router/configure/dial-plan# max-call 100

Set the number of system max calls to 100.

related commands max-call (dial-peer)





6.1.159 num-exp This is the command that defines the rule. The rule expands the specific extension-number to the specific destination-pattern. To delete, use the no form of the command.

syntax num-exp <extension-number> <expanded-number>

Parameter Description (there is no Parameter and table)

extension-number Extension number. It is possible to use a period (.) as a Wildcard character.

expanded-number Expanded telephone number. It is possible to use a period (.) as a Wildcard character.

example

Router/configure# dial-plan Router/configure/dial-plan# num-exp 53… 029235…

This is the example that defines the rule. The rule expands the five-digit number starting with 53 into the nine-digit number with 029235.

related commands forward-digits, prefix





6.1.160 secondary-dialtone This command is to set the digit-string that can execute the secondary dialtone. Use the no form of the command to delete. Up to 10 can be entered.

syntax secondary-dialtone <string>


string Digit-string. Digit strings up to 7 digits are allowed.

example

Router/configure# dial-plan Router/configure/dial-plan# secondary-dialtone 9

This is an example of entering 9 as a code for listening to the secondary dialtone.

related commands dial-plan





6.10 Trunk-group Commands

6.1.161 block (trunk-group) Use the ‘block’ trunk-group configuration mode command to block the appropriate trunk group. Use the no form of the command to release the Block.

syntax [no] block

example

Router/configure# trunk-group 1 Router/configure/trunk-group 1# block

Block Trunk group 1.

related commands trunk-group


command modes trunk-group configuration mode



6.1.162 description (trunk-group) This is the command that sets the description of the Trunk group. To delete it use the no command. Add descriptions to the appropriate trunk group. A user is able to check with the ‘show trunk-group’ command. It does not influence the Trunk group’s action.



description A string of up to 63 characters. Use the quotation mark (“) at the first and the last character.

example

Router/configure# trunk-group 1 Router/configure/trunk-group 1# description "trunk group for group1"

related commands trunk-group <tgname>





6.1.163 hunt-scheme random This is the command that sets the method of hunting for available channels for outgoing calls in the trunk group as random. The base hunting method is random.

syntax [no] hunt-scheme random

example

Router/configure# trunk-group 1 Router/configure/trunk-group 1# hunt-scheme random

Configure it as random for the available channel hunting scheme of trunk group 1.

related commands trunk-group <tg-name>, hunt-scheme round-robin, hunt-scheme sequential


command modes trunk group configuration mode



6.1.164 hunt-scheme round-robin This is the command that sets the method of finding the available channels for the outgoing call in the trunk group as round-robin. To return it to the base hunting method, use the no command. The base hunting method is random.

syntax [no] hunt-scheme round-robin [number {both|even|odd}][order {up|down}]


number It is reserve language that means the number of channels to try when hunting. it can be omitted.

both hunt available channels for even and odd channels. the base value

even Hunt available channels for even channels.

odd Hunt available channels for odd channels.

order reserve language that means the order to follow when hunting. It can be omitted.

up Hunt the available channels in ascending order. The base value.

down Hunt the available channels in descending order.

example

Router/configure# trunk-group 1 Router/configure/trunk-group 1# hunt-scheme round-robin even up

Configure the round-robin method for the available channel hunting scheme of trunk group 1, hunting even channels in ascending order.

related commands trunk-group <tg-name>, hunt-scheme random, hunt-scheme sequential





6.1.165 hunt-scheme sequential This is the command that sets the sequential method of hunting for available channels for outgoing calls in the trunk group. To return it to the base hunting method, use the no command. The base hunting method is random. syntax [no] hunt-scheme sequential [number {both|even|odd}][order {up|down}]


number It is reserve language that means number of channels tried when hunting. It can be omitted.

both Hunt available channels for even and odd channels. The base value.

even Hunt available channels for even channels.

odd Hunt available channels for odd channels.

order Reserve language that means the order for hunting. It can be omitted.

up Hunt for the available channels in ascending order. The base value.

down Hunt for the available channels in descending order.

example

Router/configure# trunk-group 1 Router/configure/trunk-group 1# hunt-scheme sequential even up

Configure the sequential method for the available channel hunting scheme of trunk group 1, hunting all even and odd channels in descending order. related commands trunk-group <tg-name>, hunt-scheme random, hunt-scheme round-robin applicable models/versions All models. command modes trunk group configuration mode



6.1.166 max-call (trunk-group) This is the command that sets the maximum call number permissible with the trunk group.

syntax [no] max-call <num> [direction {in|out}]


num Is possible from 0 to 1000 that is the number of calls. 0 depends on the number of channel usable without limiting the max-call.

direction Does not matter if the keyword is omitted.

in Incoming call.

out Outgoing call.

example

Router/configure# trunk-group 1 Router/configure/trunk-group 1# max-call 20 in

This is an example of limiting the number of calls to 20 that are possible as incoming with the particular trunk group.

Router/configure# trunk-group 2 Router/configure/trunk-group 2# max-call 15

This is an example of limiting the number of calls for the specific trunk group to 20.

related commands trunk-group <tg-name>, show trunk-group





6.1.167 translation-profile (trunk-group) This command is to apply the translation profile to the Trunk group. Use the no form of the command to delete it.



incoming Keyword to indicate the application of a translation profile to the incoming call.

outgoing Keyword to indicate the application of a translation profile to the outgoing call.


example

Router/configure# trunk-group 1 Router/configure/trunk-group 1# translation-profile prof1

related commands trunk-group, voice translation-profile, voice translation-rule





6.11 Voice-port Commands

6.1.168 ani mapping When CAMA signaling is used, an area code is represented by a single MF digit to be used at the address signaling stage. To disable ANI mapping, use the no form of the command.

syntax [no] ani mapping <npd> <npa>


npd Value of the Numbering Plan Digit (NPD). Range is 0 to 3. There is no default value.

npa Number (area code) of the NPA. Range is 100 to 999. There is no default value.

example

Router/configure# voice-port 1/0/1 Router/configure/voice-port(1/0/1)# ani mapping 2 832 Router/configure/voice-port(1/0/1)# signal cama kp-npd-nxx-xxxx-st Router/configure/voice-port(1/0/1)# exit

The example above shows the procedure of the mapping area code 832 to MF digit 2.


command modes voice-port configuration



6.1.169 auto-cut-through When a PBX does not provide an M-lead response, it enables the gateway to complete a call. This command applies to E & M voice ports only.

syntax [no] auto-cut-through

example

Router/configure# voice-port 0/1/0 Router/configure/voice-port(0/1/0)# auto-cut-through Router/configure/voice-port(0/1/0)# exit

In the example above, PBX does not provide M-lead response.





6.1.170 battery-reversal To specify battery polarity reversal on a Foreign Exchange Office (FXO) or Foreign Exchange Station (FXS) port, use the battery-reversal command in the voice-port configuration mode. To disable the battery reversal, use the command starting with ‘no’.

syntax [no] battery-reversal { detection-delay <milliseconds> | disconnect | disconnect-answer}


detection-delay Set a de-bounce time in milliseconds to decide the battery-reversal state. Range is from 0 to 800. Default value is 50. This is only for FXO port.

disconnect Enables battery-reversal to detect disconnect.

disconnect-answer Enables battery-reversal to detect disconnect and answer. This is only for FXO port.

example

Router/configure# voice-port 1/1/2 Router/configure/voice-port(1/1/2)# battery-reversal disconnect Router/configure/voice-port(1/1/2)# exit

In the example above, battery-reversal is provided upon disconnection in case of FXS port. For FXO port, if battery-reversal is detected, it is recognized as disconnect.





6.1.171 bearer-cap In the Bearer Capability information element of ISDN Q.931 SETUP message, you can set the value of the information transfer capability field. It is applicable only to voice-port for ISDN PRI or ISDN BRI.

syntax bearer-cap {speech | 3100hz}


speech speech

3100 hz 3.1 kHz audio

example

Router/configure# voice-port 2/1/0:D Router/configure/voice-port(2/1/0)# bearer-cap speech Router/configure/voice-port(2/1/0)# exit

The example above shows the case where the bearer-cap was set as speech; and in the actual SETUP message, value ‘0’ corresponding to ‘speech’ is encoded.





6.1.172 busyout action graceful To convert it to a graceful (not immediate) busyout state when a device under busyout monitoring in a specific voice port is triggered, you can use a graceful busyout action in a voice-port configuration mode.

syntax [ no ] busyout action graceful

example The following example shows the procedure to set the busyout action to graceful.

Router/configure#voice-port 0/1/2 Router/configure/voice-port(0/1/2)# busyout action graceful

The following example shows the procedure to set the busyout action to immediate.

Router/configure/voice-port(0/1/2)# no busyout action graceful


command modes Voice-Port Configuration mode.



6.1.173 busyout action shutdown To make ISDN PRI signaling link down when a device under busyout monitoring in a specific voice port is triggered, you can use a busyout action shutdown in a voice-port configuration mode. This command is used for ISDN PRI signaling ds0-group only.

syntax [ no ] busyout action shutdown

example The following example shows the procedure to set the busyout action to shutdown.

Router/configure#voice-port 0/1/1:D Router/configure/voice-port(0/1/1:D)# busyout action shutdown

The following example shows the procedure to set the busyout action to no shutdown.

Router/configure/voice-port(0/1/1:D)# no busyout action shutdown





6.1.174 busyout forced It is a command to change the state of a specific voice-port to a busyout state forcibly. To release it, use the ‘no’ command to get it out of the busyout state which was set forcibly.

syntax [ no ] busyout forced

example To perform a forced busyout of the voice port 0/1/2, use The following command and check the status.

Router/configure#voice-port 0/1/2 Router/configure/voice-port(0/1/2)# busyout forced Router/configure/voice-port(0/1/2)# end Router# show voice busyout port

The following example shows the procedure for releasing the forced busyout voice-port 0/1/2 and checking the result.

Router/configure# voice-port 0/1/2 Router/configure/voice-port(0/1/2)# no busyout forced Router# show voice busyout port

related commands show voice busyout port, ds0 busyout





6.1.175 busyout monitor To make a specific voice-port be under a busyout monitor status for Ethernet /Wan, you can use the busyout monitor command in a Voice-port Configuration mode; and use the ‘no’ command to release the busyout monitor status. This command monitors the link status of Ethernet or WAN interface. When a link fails (or when it gets up in case of using an in-service option), the relevant voice-port is changed to a busyout status.

syntax [ no ] busyout monitor {ethernet <interface number> | bundle <bundle name>} [ in-service ]


Interface type Interface type to monitor ethernet, bundle

Interface name Interface name to monitor ethernet: <slot>/<port> bundle: bundle name

State Optional: Monitoring conditions to change it to a busyout status. In-service

example In Voice-port 0/0/1 to monitor Ethernet 0/4 and perform busyout processing, use the following command.

Router/configure#voice-port 0/0/1 Router/configure/voice-port(0/0/1)# busyout monitor ethernet 0/4 Router# show voice busyout monitor

To perform the busyout monitoring of the WAN link interface ‘testwan’, which is set as a bundle, use the following command.

Router/configure/voice-port(0/0/1)# busyout monitor bundle testwan



You can use ‘show interface bundles’ to check the bundle interface.

related commands busyout monitor gatekeeper, busyout monitor sip-server, busyout monitor class, busyout monitor ip, Interface ethernet, Interface bundle, show voice busyout



6.1.176 busyout monitor gatekeeper To make a specific voice-port under a busyout monitor status for gatekeeper status, you can use the busyout monitor gatekeeper command in a Voice-port Configuration mode; and use the ‘no’ command to release the busyout monitor status.

syntax [ no ] busyout monitor gatekeeper

example In Voice-port 0/0/1 to monitor the gatekeeper and perform busyout processing, use the following command.

Router/configure# voice-port 0/0/1 Router/configure/voice-port(0/0/1)# busyout monitor gatekeeper Router/configure/voice-port(0/0/1)# end Router# show voice busyout monitor



related commands busyout monitor, busyout monitor sip-server, busyout monitor class, busyout monitor ip, Interface ethernet, Interface bundle, show voice busyout



6.1.177 busyout monitor sip-server To make a specific voice-port under a busyout monitor status for SIP server status, you can use the busyout monitor sip-server command in a Voice-port Configuration mode; and use the ‘no’ command to release the busyout monitor SIP-server status.

syntax [ no ] busyout monitor sip-server

example In Voice-port 0/0/1 to monitor sip-server and perform busyout processing, use The following command.

Router/configure# voice-port 0/0/1 Router/configure/voice-port(0/0/1)# busyout monitor sip-server Router/configure/voice-port(0/0/1)# end Router# show voice busyout monitor

related commands busyout monitor, busyout monitor gatekeeper, busyout monitor class, busyout monitor ip, Interface ethernet, Interface bundle, show voice busyout, sip-server ip-address, call-server ip-address





6.1.178 busyout seize To change the busyout action for Foreign Exchange Office (FXO) or Foreign Exchange Station (FXS) voice port, use the busyout seize command in a voice-port configuration mode. Use the ‘no’ command to set it to the default busyout action.

syntax [ no ] busyout seize {ignore | repeat}


Seize action Ignore or Repeat

example Use the procedure below to set the seize action to ‘repeat’ for Voice-port 0/0/1.

Router/configure# voice-port 0/0/1 Router/configure/voice-port(0/0/1)# busyout seize repeat





6.1.179 ds0 busyout To set a specific timeslots list of E1/T1 trunk to a busyout status, you can use the ds0 busyout command in a Voice-port configuration mode. To release the busyout state, use the ‘no’ command. syntax [no] ds0 busyout <timeslots>


Dtmf relay method - Inband: Transmission is done by mixing with the voice in a voice payload of Real-Time Transport Protocol (RTP) packet.

- RTP-NTE: Transmission to RTP is done in a Named Telephony Event (NTE) payload type.

- SIP-notify: Transmission is done using SIP NOTIFY message. - SIP-info: Transmission is done using SIP INFO message. Default RTP-NET

example To set the entire CAS channels of E1 trunk 0/1/2 to a busyout status, use the procedure below.

Router/configure#voice-port 0/1/2 Router/configure/voice-port(0/1/2)# ds0 busyout 1-15,17-31

To release the busyout status of the entire CAS channel of E1 trunk 0/1/2, use the procedure below.

Router/configur# voice-port 0/1/2 Router/configure/voice-port(0/1/2)# no ds0 busyout 1-15,17-31

related commands busyout forced applicable models/versions All models. command modes Voice-Port Configuration mode.



6.1.180 calling number outbound To specify automatic number identification (ANI) to be sent out when T1-channel associated signaling (T1-CAS) Feature Group D-Exchange Access North American (FGD-EANA) is configured as the signaling type, use the calling-number outbound command in dial peer or voice-port configuration mode. To disable the calling-number outbound command, use the no form of this command.

syntax [no] calling-number outbound {range <string1> <string2> | sequence <string1>... <string5> | null | system}

Parameter Description (If there is no Parameter, a table is not provided.)

Range Generates the sequence of ANI by rotating through the specified range (string1 to string2).

sequence Configures a sequence of discrete strings (string1... string5) to be passed out as ANI for successive calls using the peer.

Null Suppresses ANI. If used, no ANI is passed when this dial peer is selected.

system Received ANI to be sent.

String# Valid E.164 telephone number strings. Strings must be of equal length and cannot be more than 32-digits long.

example

Router/configur# voice-port 1/0/1:1 Router/configur/voice-port(1/0/1)# signal cas fgd-eana Router/configure/voice-port(1/0/1)# calling-number-outbound range 4989777300 4989777900 Router/configure/voice-port(1/0/1)# exit

This option configures a sequence of discrete strings (string1...string5) to be passed out as ANI for successive calls using the peer. The limit is five strings. All strings must be valid E.164 numbers, up to 32 digits in length.



Router/configur# voice-port 1/0/2:1 Router/configur/voice-port(1/0/2)# signal cas fgd-eana Router/configur/voice-port(1/0/2)# calling-number-outbound sequence 082 031 3425 4921 0334 Router/configur/voice-port(1/0/2)# exit

The values string1 and string2 are valid E.164 telephone number strings. Both strings must be of the same length and cannot be more than 32 digits long. Only the last four digits are used for specifying the range (string1 to string2) and for generating the sequence of ANI by rotating through the range until string2 is reached and then starting from string1 again.



6.1.181 caller-id alerting dsp-pre-alloc To statically allocate a digital signal processor (DSP) resource for receiving caller ID information for on-hook (Type 1) Caller ID at a receiving FXO voice port, use the caller-id alerting dsp-pre-alloc command in voice-port configuration mode. To disable the command’s effect, use the no form of this command. The caller-id alerting dsp-pre-alloc command may be required on an FXO port if the central office uses line polarity reversal to signal the start of Caller-ID information transmission. Pre-allocating a DSP allows the DSP to listen for Caller-ID information continuously without requiring an alerting signal from the CO.

syntax [no] caller-id alerting dsp-pre-alloc



example

Router/configure# voice-port 0/1/1 Router/configure/voice-port(0/1/1)# caller-id alerting dsp-pre-alloc Router/configure/voice-port(0/1/1)# exit



6.1.182 caller-id alerting line-reversal To set the line-reversal alerting method for Caller-ID information for on-hook (Type 1) Caller ID at a sending Foreign Exchange Station (FXS) voice port, use the caller-id alerting line-reversal command in voice-port configuration mode. To disable the command’s effect, use the no form of this command.

syntax [no] caller-id alerting line-reversal

example

Router/configure# voice-port 1/0/1 Router/configure/voice-port(1/0/1)# caller-id alerting line-reversal Router/configure/voice-port(1/0/1)# station name Test_Phone Router/configure/voice-port(1/0/1)# station number 6637751119 Router/configure/voice-port(1/0/1)# caller-id alerting line-reversal Router/configure/voice-port(1/0/1)# caller-id alerting dsp-pre-alloc Router/configure/voice-port(1/0/1)# exit



In the example above, caller-id alerting line-reversal is set to a specific voice port.



6.1.183 caller-id alerting line-reversal-hook In some cases, FXO must seize the line to receive the caller ID from CO after receiving the line-reversal signal. This method is used in China. To set the line-reversal-hook alerting method for receiving caller ID information for on-hook (Type 1) Caller ID at a receiving FXO or a sending FXS voice port, use the caller-id alerting line-reversal-hook command to voice-port configuration mode. To set the command to the default, use the no form of this command. This command must be set with dsp-pre-alloc for FXO or line-reversal for FXS.

syntax [no] caller-id alerting line-reversal-hook

example

Router/configure# voice-port 1/0/1 Router/configure/voice-port(1/0/1)# caller-id enable type1 Router/configure/voice-port(1/0/1)# caller-id type dtmf Router/configure/voice-port(1/0/1)# caller-id alerting dsp-pre-alloc Router/configure/voice-port(1/0/1)# caller-id alerting line-reversal-hook Router/configure/voice-port(1/0/1)# exit

In the example above, caller-id alerting line-reversal-hook is set to a specific FXO voice port.





6.1.184 caller-id alerting pre-ring To set a 250-millisecond pre-ring alerting method for caller ID information for on-hook (Type 1) Caller ID at a sending Foreign Exchange Station (FXS) voice port, use the caller-id alerting pre-ring command in voice-port configuration mode. To disable the command, use the no form of this command.

syntax [no] caller-id alerting pre-ring

example

voice-port 1/0/1 station name TestPhone station number 6637751119 caller-id alerting pre-ring exit

In the example above, caller-id alerting pre-ring is set to a specific voice port.





6.1.185 caller-id alerting ring To set the ring-cycle method for receiving caller ID information for on-hook (Type 1) Caller ID at a receiving Foreign Exchange Office (FXO) or a sending Foreign Exchange Station (FXS) voice port, use the caller-id alerting ring command in voice-port configuration mode. To set the command to the default, use the no form of this command.

syntax [no] caller-id alerting ring {0 | 1 | 2 | 3}


0 Use this setting if your telephone service provider specifies it to provide caller ID alerting (display) before the first ring at the receiving station without any alerting signal (e.g line-reversal).

1 Use this setting if your telephone service provider specifies it to provide caller ID alerting (display) after the first ring at the receiving station. This is the most common setting.

2 Use this setting if your telephone service provider specifies it to provide caller ID alerting (display) after the second ring. This setting is used in Australia, where the caller ID information is sent following two short rings (double-pulse ring).

3 Use this setting if your telephone service provider specifies it to provide caller ID alerting (display) after the third ring.

example

voice-port 1/0/1 station name TestPhone station number 6637751119 caller-id alerting ring 2 exit

In the example above, caller ID alert ring is set to a specific voice port.





6.1.186 caller-id attenuation To set the attenuation for caller ID at a receiving Foreign Exchange Office (FXO) voice port, use the caller-id attenuation command in voice-port configuration mode. To set the command to the default, use the no form of this command.

syntax [no] caller-id attenuation <attenuation-value>


attenuation-value Specifies the attenuation, in decibels (dB). Range is from 0 to 64. The default is 14.

example

Router/configure# voice-port 1/0/1 Router/configure/voice-port(1/0/1)# caller-id attenuation 0 Router/configure/voice-port(1/0/1)# exit

In the example above, caller ID attenuation is set in the voice port which receives caller ID information.





6.1.187 caller-id block To request the blocking of the display of caller ID information at the far end of a call from calls originated at a Foreign Exchange Station(FXS) port, use the caller-id block command in voice-port configuration mode at the originating FXS voice port. To allow the display of caller ID information, use the no form of this command. This command is used on FXS voice ports that are used to originate on-net telephone calls. This command affects all calls sent to a far-end FXS station from the configured originating FXS station. Calling number and called number are provided in the H.225 setup message for VoIP.

syntax [no] caller-id block

example

voice-port 1/0/1 station name TestPhone station number 6637751119 caller-id block exit

In the example above, ‘caller ID block’ is set in the voice port which sends caller ID information.





6.1.188 caller-id dtmf-format To set the format of DTMF caller ID, use the caller ID DTMF-format command in voice-port configuration mode at the sending foreign exchange station(FXS) voice port. To set the command to the default, use the no form of this command.

syntax [no] caller-id dtmf-format {etsi | raw}

Parameter Description(If there is no Parameter, a table is not provided.)

etsi ETSI DTMF Caller ID format with start code ‘A’ and end code ‘C’ (default).

raw DTMF Caller ID format. Without start code or end code.

example

voice-port 1/0/1 caller-id enable type1 caller-id type dtmf caller-id dtmf-format raw exit

In the example above, ‘caller ID DTMF format’ is set in the voice port which sends caller ID information.





6.1.189 caller-id enable To allow the sending or receiving of caller ID information, use the caller-id enable command in voice-port configuration mode at the sending foreign exchange station(FXS) voice port or the receiving foreign exchange office (FXO) voice port. To disable the sending or receiving of caller ID information, use the no form of this command. This command applies to FXS voice ports that send caller ID information and to FXO ports that receive caller ID information. Calling number and called number are provided in the H.225.0 setup message for VoIP.

syntax [no] caller-id enable {type1 | type2}


type1 Type I transmits the signal when the receiving phone is on hook.

type2 Type II transmits the signal when the receiving phone is off hook, for instance to display the caller ID of an incoming call when the receiving phone is busy(call-waiting caller ID).

example

Router/configure# voice-port 1/0/1 Router/configure/voice-port(1/0/1)# caller-id enable type1 Router/configure/voice-port(1/0/1)# caller-id enable type2 Router/configure/voice-port(1/0/1)# exit

In the example above, ‘caller-id’ function is enabled for type1 and type2 in the voice port which sends caller ID information.





6.1.190 caller-id forced-present To request the display of caller ID information at the analog FXS port from far-end calls, even though Calling Line Identification Restriction (CLIR) is requested, use the caller-id forced-present command in voice-port configuration mode at the terminating FXS voice port. To allow the display of caller ID information, use the no form of this command. This command is used on FXS voice ports that are used to terminate off-net telephone calls from ISDN.

syntax [no] caller-id forced-present

example

Router/configure# voice-port 1/0/1 Router/configure/voice-port(1/0/1)# caller-id enable type1 Router/configure/voice-port(1/0/1)# caller-id forced-present Router/configure/voice-port(1/0/1)# exit

In the example above, ‘caller-id forced-present’ function is enabled for FXS voice port which sends caller ID information.





6.1.191 caller-id fsk-format To set the format of FSK caller ID, use the caller-id fsk-format command in voice-port configuration mode at the sending foreign exchange station (FXS) voice port. To set the command to the default, use the no form of this command.

syntax [no] caller-id fsk-format {mdmf | sdmf}


mdmf Multiple Data Message Format (MDMF) is for name + number Caller ID.(default)

sdmf Single Data Message Format (SDMF) is for number only Caller ID.

example

voice-port 1/0/1 caller-id enable type1 caller-id type fsk caller-id fsk-format sdmf exit

In the example above, ‘caller-id fsk-format’ is set in the voice port which sends caller ID information.





6.1.192 caller-id type To set the type of caller ID, use the caller-id type command in voice-port configuration mode at the sending foreign exchange station (FXS) voice port or the receiving foreign exchange office (FXO) voice port. To set the command to the default, use the no form of this command.

syntax [no] caller-id type {fsk | dtmf}


fsk Using FSK type for sending and receiving the caller ID. This is the most common setting.(default)

dtmf Using DTMF type for sending and receiving the caller ID. This setting is used in some countries.(e.g., China, India)

example

voice-port 1/0/1 caller-id enable type1 caller-id type fsk exit

In the example above, ‘caller-id type’ is set in the voice port which sends caller ID information.





6.1.193 comfort-noise To generate background noise to fill silent gaps during calls if voice activity detection (VAD) is activated, use the comfort-noise command in voice-port configuration mode. To provide silence when the remote party is not speaking and VAD is enabled at the remote end of the connection, use the no form of this command. If the comfort-noise command is not enabled, and VAD is enabled at the remote end of the connection, the user hears dead silence when the remote party is not speaking.

syntax [no] comfort-noise

example

Router/configure# voice-port 1/1/0 Router/configure/voice-port(1/1/0)# comfort-noise Router/configure/voice-port(1/1/0)# exit

The example above shows the setting which generates background noise in a specific voice port.





6.1.194 compand-type To specify the companding standard used to convert between analog and digital signals in pulse code modulation (PCM) systems, use the compand-type command in voice-port configuration mode. To disable the compand-type, use the no form of this command.

syntax compand-type {a-law | u-law}


u-law Specifies the North American u-law ITU-T PCM encoding standard.

a-law Specifies the European a-law ITU-T PCM encoding standard.

example

Router/configure# voice-port 1/0/0 Router/configure/voice-port(1/0/0)# compand-type u-law Router/configure/voice-port(1/0/0)# exit

In the example above, the companding law of a specific voice port is set as u-law.





6.1.195 condition To manipulate the signaling format bit-pattern for all voice signaling types, use the condition command in voice-port configuration mode. To turn off conditioning on the voice port, use the no form of this command. syntax [no] condition {tx-a-bit | tx-b-bit | tx-c-bit | tx-d-bit} {rx-a-bit | rx-b-bit | rx-c-bit | rx-d-bit} {on | off | invert}


tx-a-bit Sends A bit

tx-b-bit Sends B bit

tx-c-bit Sends C bit

tx-d-bit Sends D bit

rx-a-bit Receives A bit.

rx-b-bit Receives B bit.

rx-c-bit Receives C bit.

rx-d-bit Receives D bit.

on Forces the bit state to 1.

off Forces the bit state to 0.

invert Inverts the bit state.

example

Router/configure# voice-port 2/0/1:5 Router/configure/voice-port(2/0/1)# condition tx-a-bit invert Router/configure/voice-port(2/0/1)# condition rx-a-bit invert Router/configure/voice-port(2/0/1)# exit

The example above shows the signaling bit pattern setting of voice port 2/0/1:5. applicable models/versions All models. command modes voice-port configuration



6.1.196 connection plar PLARs (switched) connections enable the user to make a call without dialing any digits. The gateway uses the digits that follow the command internally to send the call to a dial peer.

syntax [no] conection plar <string>


string The string argument is a destination telephone number. Valid entries are any series of digits that specify the E.164 standard.

example

Router/configure# voice-port 1/0/2 Router/configure/voice-port(1/0/2)# connection plar 0314567890 Router/configure/voice-port(1/0/2)# exit

In the example above, PLAR is set to voice port 1/0/2, and 0314567890 is to a destination number. Without dialing, the dial-peer corresponding to a destination number is internally selected to proceed with a call.





6.1.197 connection plar-opx The PLAR-OPX configures an OPX connection. The local voice port provides a local response before the remote voice port receives an answer. On FXO interfaces, the voice port does not answer until the remote side answers.

syntax [no] connection plar-opx <string>


string The string argument is a destination telephone number. Valid entries are any series of digits that specify the E.164 standard

example

Router/configure# voice-port 1/0/2 Router/configure/voice-port(1/0/2)# connection plar-opx 0314567890 Router/configure/voice-port(1/0/2)# exit

In the example above, PLAR-OPX is set for voice port 1/0/2.





6.1.198 define Define the transmit and receive bits for North American ear and mouth (E & M). This command applies to E & M digital voice ports associated with T1 controllers and matches the E & M bit patterns with the attached telephony device.

syntax [no] define {tx-bits | rx-bits} {seize | idle} {0000 | 0001 | 0010 | 0011 | 0100 | 0101 | 0110 | 0111 | 1000 | 1001 | 1010 | 1011 | 1100 | 1101 | 1110 | 1111}


tx-bits The bit pattern applies to the transmit signaling bits.

rx-bits The bit pattern applies to the receive signaling bits.

seize The bit pattern defines the seized state.

idle The bit pattern defines the idle state.

0000~1111 Specifies the bit pattern.

example

Router/configure# voice-port 1/0/0 Router/configure/voice-port(1/0/0)# define rx-bits idle 1101 Router/configure/voice-port(0/1/1)# define rx-bits seize 0101 Router/configure/voice-port(0/1/1)# define tx-bits idle 1101 Router/configure/voice-port(0/1/1)# define tx-bits seize 0101 Router/configure/voice-port(0/1/1)# exit





6.1.199 description It is used to set the description of a specific voice port.

syntax [no] description <string>


string Text string surrounded with ‘‘.

example

Router/configure# voice-port 1/0/0 Router/configure/voice-port(1/0/0)# description ‘This voice-port signaling is E&M’ Router/configure/voice-port(0/1/1)# exit



6.1.200 dial-type To specify the type of out-dialing for voice port interfaces, use the dial-type command in voice-port configuration mode. To disable the selected type of dialing, use the no form of this command.

syntax [no] dial-type {dtmf | mf}


dtmf Dual tone multifrequency (DTMF) touch-tone dialing.

mf Multifrequency tone dialing.



example

Router/configure# voice-port 2/0/1 Router/configure/voice-port(2/0/1)# dial-type mf Router/configure/voice-port(0/1/1)# exit

In the example above, MF is set as dial-type for voice port 2/0/1.



6.1.201 dnis-digits To set the requested number of DNIS digits for each call, use the dnis-digits command in cas-custom configuration mode. If the gateway does not know the number of DNIS digits beforehand, it has to rely on a timeout mechanism in order to detect the end of DNIS.

syntax dnis-digits min <min-number> max <max-number>


min-number Minimum number of DNIS to start a call routing decision.

max-number Maximum number of DNIS to start a call routing decision.

example

Router/configure# voice-port 1/0/1:5 Router/configure/voice-port(0/1/1)# signal cas r2-mfc Router/configure/voice-port(0/1/1)# cas-custom Router/configure/voice-port(0/1/1)# dnis-digits min 5 max 12 Router/configure/voice-port(0/1/1)# exit Router/configure/voice-port(0/1/1)# exit

In this example, the number of DNIS digits to be collected in voice-port 1/0/1:5 is set to minimum 5 to maximum 12.




command modes cas-custom configuration

6.1.202 ds0 busyout (voice) To force a DS0 time slot on a DS0 group into the busyout state, use the ds0 busyout command in voice-port configuration mode. To remove the DS0 time slot from the busyout state, use the no form of this command.

syntax [no] ds0 busyout <ds0-timeslot>


ds0-timeslot DS0 time slots to be forced into the busyout state. For T1, any combination within 1-24 range is acceptable as the timeslot range. For E1, any combination within 1-31 range except for #16 timeslot is acceptable. Ex) 1, 2-5, 23 or 1-15,17-31

example

Router/configure# voice-port 1/0/1:3 Router/configure/voice-port(1/0/1)# timeslots 1-13 Router/configure/voice-port(1/0/1)# ds0 busyout 1-4,6 Router/configure/voice-port(1/0/1)# exit

In this example, DS0 timeslots 1,2,3,4,6 are made to be in a busyout status in voice-port 1/0/1:3.





6.1.203 echo-cancel enable To enable the cancellation of voice that is sent out from the interface and received back on the same interface, use the echo-cancel enable command in voice-port configuration mode. To disable echo cancellation, use the no form of this command.

syntax [no] echo-cancel enable

example

Router/configure# voice-port 0/0/1 Router/configure/voice-port(0/0/1)# echo-cancel enable Router/configure/voice-port(0/0/1)# exit

In this example, an echo cancellation function is enabled in voice-port 0/0/1.





6.1.204 6echo-cancel coverage To adjust the echo tail length of the G.168 echo canceller, use the echo-cancel coverage command in voice-port configuration mode. To reset this command to the default value, use the no form of this command.

syntax [no] echo-cancel coverage {8 | 16 | 24 | 32 | 40 | 48 | 56 | 64 | 72 | 80 | 88 | 96 | 104 | 112 | 120 | 128}


8 Specifies echo tail length of 8ms for echo canceller.


















example

Router/configure# voice-port 2/0/1 Router/configure/voice-port(2/0/1)# echo-cancel coverage 64 Router/configure/voice-port(2/0/1)# exit

In this example, the echo cancellation coverage of voice-port 2/0/1 is set to 64 ms.



6.1.205 ignore To configure the E & M voice port to ignore specific receive bits, use the ignore command in voice-port configuration mode. To reset to the default, use the no form of this command.

syntax [no] ignore {rx-a-bit | rx-b-bit | rx-c-bit | rx-d-bit }


rx-a-bit Ignores the receive A bit

rx-b-bit Ignores the receive B bit

rx-c-bit Ignores the receive C bit

rx-d-bit Ignores the receive D bit



example

Router/configure# voice-port 1/0/1 Router/configure/voice-port(1/0/1)# ignore rx-b-bit Router/configure/voice-port(1/0/1)# ignore rx-b-bit Router/configure/voice-port(1/0/1)# ignore rx-c-bit Router/configure/voice-port(1/0/1)# no ignore rx-d-bit Router/configure/voice-port(1/0/1)# exit

To configure voice port 1/0/1 to ignore receive bits A, B, and C and to monitor receive bit D, enter the following commands.



6.1.206 impedance To specify the terminating impedance of a voice-port interface, use the impedance command in voice-port configuration mode. To reset to the default, use the no form of this command.

syntax [no] impedance {600c | 600r | 900c | 900r | complex1 | complex2 | complex3 | complex4 | complex5 | complex6 | complex7}


600c 600 Ohms complex

600r 600 Ohms real


900r 900 Ohms real

complex1 220 ohms +(820 ohms || 115nF)





(Continued)


complex4 600r, line = 270 ohms +(750 ohms || 150nF)

complex5 320 +(1050 || 230 nF), line = 12Kft

complex6 600r, line = 350 +(1000 || 210nF)

2complex7 200 ohms +(680 ohms || 100nF)

complex8 200 ohms +(560 ohms || 100nF), FXS only

complex9 600r, line = 3Km

example

Router/configure# voice-port 1/0/1 Router/configure/voice-port(1/0/1)# impedance 900c Router/configure/voice-port(1/0/1)# exit

In the example above, 900c is set as an impedance value in voice port 1/0/1.





6.1.207 Input gain To configure a specific input gain value, use the input gain command in voice-port configuration mode. To disable the selected amount of inserted gain, use the no form of this command.

syntax input gain <value>


value Gain, in decibels, to be inserted at the receiver side of the interface. Range is integers from -12 to 6.

example

Router/configure# voice-port 1/0/1 Router/configure/voice-port(1/0/1)# input gain 2 Router/configure/voice-port(1/0/1)# exit

In this example, the input gain is increased by 2 decibels for voice-port 1/0/1.





6.1.208 locale To specify a regional analog voice-interface-related tone, ring, and cadence setting, use the locale command in voice-port configuration mode. This command affects only the tones generated at the local interface. It does not affect any information passed to the remote end of a connection or any tones generated at the remote end of a connection. To disable the selected tone, use the no form of this command.

syntax [no] locale <locale>


locale A two-letter country name for which an analog voice-interface-related default tone, ring, and cadence are set. The following countries are supported. ar Argentina au Australia br Brazil ca Canada cn China fr France de Germany gb Great Britain hk Hong Kong in India in2 India 2 it Italy jp Japan kr Korea Republic mx Mexico nz New Zealand ru Russian Federation sg Singapore th Thailand tw Taiwan tr Turkey us United States



example

Router/configure# voice-port 0/1/1 Router/configure/voice-port(0/1/1)# locale kr Router/configure/voice-port(0/1/1)# exit

In this example, kr(Korea) is set as a tone-related locale in voice-port 0/1/1.



6.1.209 mwi To enable message-waiting indication (MWI) for a specified voice port, use the mwi command in voice-port configuration mode. To disable MWI for a specified voice port, use the no form of this command.

syntax [no] mwi {audible | visible}


audible Enables audible MWI indication.

visible Enables visible MWI indication.

example

Router/configure# voice-port 0/1/0 Router/configure/voice-port(0/1/0)# mwi visible Router/configure/voice-port(0/1/0)# exit

This example shows the setting of the visible MWI to voice-port 0/1/0.





6.1.210 non-linear To enable non-linear processing (NLP) in the echo canceller, use the non-linear command in voice-port configuration mode. To disable non-linear processing, use the no form of this command. This command has an effect on normal EC mode and is visible.

syntax [no] non-linear

example

Router/configure# voice-port 1/0/1 Router/configure/voice-port(1/0/1)# non-linear Router/configure/voice-port(1/0/1)# exit

This example shows non-linear setting to voice-port 1/0/1.





6.1.211 df-non-linear To enable non-linear processing (NLP) in the Dual Filter echo canceller, use the df-non-linear command in voice-port configuration mode. To disable non-linear processing, use the no form of this command. This command has an effect on DF EC mode and is visible.

syntax [no] df-non-linear

example

Router/configure# voice-port 1/0/1 Router/configure/voice-port(1/0/1)# df-non-linear Router/configure/voice-port(1/0/1)# exit

This example shows non-linear setting to voice-port 1/0/1.



6.1.212 operation This command specifies analog E & M voice port cabling scheme. This command setting must be matched with jumper setting on board.

syntax [no] operation {2-wire | 4-wire}

example

Router/configure# voice-port 1/0/1 Router/configure/voice-port(1/0/1)# operation 2-wire Router/configure/voice-port(1/0/1)# exit

This example shows operation setting to analog E & M voice-port 1/0/1.





6.1.213 output attenuation To configure a specific output attenuation value, use the output attenuation command in voice-port configuration mode. To disable the selected output attenuation value, use the no form of this command.

syntax [no] output attenuation <value>


value Attenuation, in decibels, at the transmit side of the interface. Range is from -6 to 12.

example

Router/configure# voice-port 2/0/1 Router/configure/voice-port(2/0/1)# output attenuation 4 Router/configure/voice-port(2/0/1)# exit

In this example, the gain as much as -4 dB is set to voice-port 2/0/1 transmit side of the interface. That is, the attenuation of 4dB is applied.





6.1.214 playout-delay (voice-port) To tune the playout buffer to accommodate packet jitter caused by switches in the WAN, use the playout-delay command in voice-port configuration mode. To reset the playout buffer to the default, use the no form of this command.

syntax [no] playout-delay {nominal <value> | maximum <value> | minimum <value>}


maximum milliseconds

Upper limit of the jitter buffer, or the highest value to which the adaptive delay is set, in milliseconds. It is possible to input from 20 to 200 and the default value is 200.

minimum choice Specifies the jitter buffer’s lower limit which the adaptive delay is set in milliseconds. It is possible to input from 20 to 200 and the default value is 20.

nominal milliseconds defines the amount of playout delay applied at the beginning of a call. It is possible to input from 0 to 1500. Default value is 80.

example

Router/configure# voice-port 1/0/1 Router/configure/voice-port(1/0/1)# playout-delay nominal 60 Router/configure/voice-port(1/0/1)# playout-delay maximum 150 Router/configure/voice-port(1/0/1)# playout-delay minimum 30 Router/configure/voice-port(1/0/1)# exit

This example shows the playout delay default value setting to voice-port 1/0/1. If the delay of the initial voice delay is set to 60ms, jitter buffer increases to 150ms depending on a network condition; and if the network delay decreases, the jitter buffer is kept at the low level which is set as minimum.





6.1.215 playout-delay mode (voice-port) To select fixed or adaptive mode for playout delay from the jitter buffer on digital signal processors (DSPs), use the playout-delay mode command in voice-port configuration mode. To reset to the default, use the no form of this command.

syntax [no] playout-delay mode {adaptive | fixed | system}


adaptive Jitter buffer size and amount of playout delay are adjusted during a call, on the basis of current network conditions.

fixed Jitter buffer size does not adjust during a call; a constant playout delay is added.

system Follows the ‘playout-delay mode’ setting value specified in a voice service VoIP configuration mode.

example

Router/configure# voice-port 1/0/1 Router/configure/voice-port(1/0/1)# playout-delay mode fixed Router/configure/voice-port(1/0/1)# playout-delay nominal 60 Router/configure/voice-port(1/0/1)# exit

In the example above, jitter buffer control mode is set to ‘fixed’ in voice port 1/0/1. In this case, even if network delay increases, the packet whose delay exceeds 60ms will be discarded.


command modes voip-port configuration



6.1.216 ring cadence To configure ring cadence, use the ring cadence command in voice-port configuration mode. This command applies to FXS voice port only.

syntax [no] ring cadence {on-net | off-net} <pattern-number> or [no] ring cadence {on-net | off-net} define <pulse> <interval> <pulse2> <interval2> <pulse3> <interval3>


on-net -

off-net -

pattern-number One of these patterns such as pattern01, pattern02, pattern03~pattern12, bellcore01, bellcore02~bellcore05.

define User-definable ring cadence pattern. Each number pair specifies one ring-pulse time and one ring-interval time. You must enter numbers in pairs. Up to 4 pairs are allowed.

pulse Number (1 or 2 digits) specifying ring-pulse (on) time in hundreds of milliseconds. Range is from 1 to 50, for pulses of 100 to 5000 ms. For example: 1 = 100 ms; 10 = 1 s.

interval Number (1 or 2 digits) specifying ring-interval (off) time in hundreds of milliseconds. Range is from 1 to 50, for pulses of 100 to 5000 ms. For example: 1 = 100 ms; 10 = 1 s.

example

Router/configure# voice-port 0/1/1 Router/configure/voice-port(0/1/1)# ring cadence off-net pattern02 Router/configure/voice-port(0/1/1)# exit Router/configure# voice-port 0/1/2 Router/configure/voice-port(0/1/2)# ring cadence off-net define 5 2 10 2 Router/configure/voice-port(0/1/2)# exit

In this example, pattern02 of off-net type is set to voice-port 0/1/1, and user-defined pattern of off-net type is set to voice-port 0/1/2 by using the define command.





6.1.217 ring frequency To specify the ring frequency for a specified Foreign Exchange Station (FXS) voice port, use the ring frequency command in voice-port configuration mode. To reset to the default, use the no form of this command.

syntax [no] ring frequency <number>


number Ring frequency, in hertz, used in the FXS interface. The choices are one of 20, 25, 30, 50 in Hz.

example

Router/configure# voice-port 0/0/1 Router/configure/voice-port(0/0/1)# ring frequency 50 Router/configure/voice-port(0/0/1)# exit

In the example above, ring frequency is set to 50 in voice port 0/0/1.





6.1.218 ring number To specify the number of rings for a specified Foreign Exchange Office (FXO) voice port, use the ring number command in voice-port configuration mode. To reset to the default, use the no form of this command.

syntax [no] ring number <number>


number Number of rings detected before answering the call. Range is from 1 to 10.

example

Router/configure# voice-port 1/0/1 Router/configure/voice-port(1/0/1)# ring number 2 Router/configure/voice-port(1/0/1)# exit

In the example above, ring number is set to 2 in voice port 1/0/1. For the FXO where a call is terminated, an answer is given after a bell rings twice.





6.1.219 shutdown (voice-port) To take the voice ports for a specific voice interface card offline, use the shutdown command in voice-port configuration mode. When you use this command, all ports on the voice interface card are disabled. When you use the no shutdown command, all ports on the voice interface card are enabled.

syntax [no] shutdown

example The following example takes voice port 0/2/2 offline and shuts voice port 0/2/2

Router/configure/voice-port(0/2/2)# shutdown





6.1.220 signal To specify the type of signaling for a voice port, use the signal command in voice-port configuration mode. To reset to the default, use the no form of this command.

syntax [no] signal {cama | cama-bellsouth | cas | delay-dial | did | dod | ground-start | immediate-start | loop-start | wink-start}


cama Configures the port for 911 calls.

cama-bellsouth Configures Bell South E911 case flow.

cas Configures voice port signal for digital trunk interface.

delay-dial The calling side seizes the line by going off-hook on its E-lead. After a timing interval, the calling side looks at the supervision from the called side. Used for E & M tie trunk interfaces.

did Configures voice port signal for DID

dod Configures voice port signal for DOD

ground-start Specifies the use of ground start signaling. Used for FXO and FXS interfaces. Ground start signaling allows both sides of a connection to place a call and to hang up.

immediate-start The calling side seizes the line by going off-hook on its E-lead and sends address information as DTMF digits. Used for E & M tie trunk interfaces.

loop-start Specifies the use of loop start signaling. Used for FXO and FXS interfaces. With loop-start signaling, only one side of a connection can hang up. This is the default setting for FXS and FXO voice ports.

wink-start The calling side seizes the line by going off-hook on its E-lead then waits for a short off-hook ‘wink’ indication on its M-lead from the called side before sending the address information as DTMF digits. Used for E & M tie trunk interfaces. This is the default setting for E & M voice ports.



example The following example configures ground-start signaling as the signaling type for a voice port, which means that both sides of a connection can place a call and hang up.

Router/configure# voice-port 0/2/2 Router/configure/voice-port(0/2/2)# signal loop-start



6.1.221 signal cama To configure signal CAMA on voice port, use the signal CAMA command in voice-port configuration mode.

syntax [no] signal cama {kp-0-nxx-xxxx-st | kp-0-npa-nxx-xxxx-st | kp-2-st | kp-npd-nxx-xxxx-st}


kp-0-nxx-xxxx-st 7-number automatic number identification (ANI) transmission. The Numbering Plan Area (NPA) or area code is implied by the trunk group and is not transmitted.

kp-0-npa-nxx-xxxx-st 10-digits transmission. The E.164 number is fully transmitted.

kp-2-st Default transmission when the CAMA trunk cannot get a corresponding Numbering Plan Digit (NPD) in the look-up table, or when the calling number is fewer than 10 digits in length (NPA digits are not available.)

kp-npd-nxx-xxxx-st 8-digit ANI transmission, where the NPD is a single multi-frequency (MF) digit that is expanded into the NPA.



example The following example configures 10-digit ANI transmission

Router/configure# voice-port 0/2/2 Router/configure/voice-port(0/2/2)# signal cama kp-0-npa-nxx-xxxx-st



6.1.222 signal cas To configure channel-associated signaling (CAS) for voice port, use the signal cas command in voice-port configuration mode.

syntax [no] signal cas {e&m-delay-dial | e&m-immediate-start | e&m-wink-start | e&m-fgd | fgd-eana | fxo-ground-start | fxo-loop-start | fxs-ground-start | fxs-loop-start | r2-mfc | r2-dtmf | r1-itu | r1-modified}


e&m-delay-dial Specifies ear and mouth channel signaling with delay-dial support.

e&m-immediate -start

Specifies ear and mouth channel signaling with immediate-start support.

e&m-wink-start Specifies ear and mouth channel signaling with wink-start support.

e&m-fgd Specifies ear and mouth channel signaling with feature group D support, which includes the wink-start protocol.

fgd-eana Specifies T1 with feature group D exchange access North American.

fxo-ground-start Specifies Foreign Exchange Office ground-start signaling support.



(Continued)


fxo-loop-start Specifies Foreign Exchange Office loop-start signaling support.

fxs-ground-start Specifies Foreign Exchange Station ground-start signaling support.

fxs-loop-start Specifies Foreign Exchange Station loop-start signaling support.

r2-mfc Specifies R2 compelled MF tone register signaling support.

r2-dtmf Specifies R2 compelled DTMF tone register signaling support.

r1-itu Specifies line signaling based on international signaling standards.

r1-modified Specifies an international signaling standard that is common to channelized T1 networks.

example

The following example configures r2-mfc Router/configure# voice-port 0/1/1:0 Router/configure/voice-port(0/1/1:0)# signal cas r2-mfc





6.1.223 signal did To enable direct inward dialing (DID) on a voice port, use the signal did command in voice-port configuration mode.

syntax [no] signal did {immediate-start | wink-start | delay-start}


immediate-start Enable immediate-start signaling on the DID voice port.

wink-start Enable wink-start signaling on the DID voice port.

delay-start Enable delay-dial signaling on the DID voice port.

example The following example configures a voice port with immediate-start signaling enabled.

Router/configure# voice-port 0/2/2 Router/configure/voice-port(0/2/2)# signal cas immediate-start





6.1.224 station name To specify the name that is to be sent as caller ID information and to enable caller ID, use the station name command in voice-port configuration mode at the sending Foreign Exchange Station (FXS) voice port or at a Foreign Exchange Office (FXO) port through which routed caller ID calls pass.


name Station name

syntax [no] station name <name>

example The following example configures a voice port from which caller ID information originates.

Router/configure# voice-port 0/2/2 Router/configure/voice-port(0/2/2)# station name A. Kim





6.1.225 station number To specify the telephone or extension number that is to be sent as caller ID information and to enable caller ID, use the station number command in voice-port configuration mode at the sending Foreign Exchange Station (FXS) voice port or at a Foreign Exchange Office (FXO) port through which routed caller ID calls pass.

syntax [no] station number <number>


number Station number

example The following example configures a voice port from which caller ID information originates.

Router/configure# voice-port 0/2/2 Router/configure/voice-port(0/2/2)# station number 34125308





6.1.226 supervisory disconnect anytone To configure a Foreign Exchange Office (FXO) voice port to go on-hook if the router detects any tone from a PBX or the PSTN before an outgoing call is answered, use the supervisory disconnect anytone command in voice-port configuration mode.

syntax [no] supervisory disconnect anytone

example The following example configures a voice port 0/2/2 to go on-hook if any tone from the PBX or PSTN is detected before the call is answered.

Router/configure# voice-port 0/2/2 Router/configure/voice-port(0/2/2)# supervisory disconnect anytone





6.1.227 supervisory disconnect lcfo To enable a supervisory disconnect signal on an FXS/FXO port, use the supervisory disconnect lcfo command in voice-port configuration mode. In the case of an FXS port, this command enables a disconnect indication by triggering a power denial using a loop current feed open (LCFO) signal on FXS ports with loop-start signaling. In case of an FXO port, this command enables to disconnect the call on FXO port when a loop current feed open (LCFO) signal is detected. The default is disabled on FXS/FXO voice port.

syntax [no] supervisory disconnect lcfo

example The following example disables the power denial indication on voice port 0/2/2:

Router/configure# voice-port 0/2/2 Router/configure/voice-port(0/2/2)# no supervisory disconnect lcfo





6.1.228 supervisory disconnect line-volt-threshold

This command adjust the threshold value of voltage for decision of analog FXO line connection state. If the potential difference between Tip and Ring Line on the FXO port is below this value, FXO port will recognize the line state as Disconnected. If an unexpected call disconnection or disconnect alarm occur, adjust this value.

syntax [no] supervisory disconnect line-volt-threshold {0 | 1.4 | 2.8}


0 Set a threshold value at 0 V

1.4 Set a threshold value at 1.4 V

2.8 Set a threshold value at 2.8 V(default)

example

Router/configure# voice-port 0/2/2 Router/configure/voice-port(0/2/2)# supervisory disconnect line-volt-threshold 1.4

In the example above, line-volt-threshold is set at 1.4 volt in voice port 0/2/2.





6.1.229 timeouts call-disconnect To configure the delay time for which a Foreign Exchange Office(FXO) voice port waits before disconnecting an incoming call after disconnect tones are detected, use the timeouts call-disconnect command in voice-port configuration mode.

syntax [no] timeouts call-disconnect <second>


second Duration in seconds for which an FXO voice port stays in the connected state after the voice port detects a disconnect tone. Range is 0 to 120. The default is 5.

example The following example configures a voice port 0/2/2 to remain connected for 30 seconds while a disconnect tone is receive by the voice port.

Router/configure# voice-port 0/2/2 Router/configure/voice-port(0/2/2)# timeouts call-disconnect 30





6.1.230 timeouts initial To configure the initial digit timeout value for a specified voice port.

syntax [no] timeouts initial <second>


second Initial timeout duration, in seconds. Range is 0 to 120. The default is 10. 0 means infinity.

example The following example sets the initial digit timeout value to 20 seconds.

Router/configure# voice-port 0/2/2 Router/configure/voice-port(0/2/2)# timeouts initial 20



6.1.231 timeouts interdigit This command configures the interdigit timeout value for a specified voice port.

syntax [no] timeouts interdigit <second>


second Range is 0 to 120. The default is 5. 0 means infinity.



example The following example set the interdigit timeout value to 10 seconds.

Router/configure# voice-port 0/2/2 Router/configure/voice-port(0/2/2)# timeouts interdigit 10



6.1.232 timeouts interdigitshort This command configures the interdigit timeout value for a specified voice port.

syntax [no] timeouts interdigitshort <second>


second Configures the number of seconds that the system waits after first match within multiple candidates. Range is 0 to 10. The default is 3.

example The following example set the interdigitshort timeout value to 2 seconds.

Router/configure# voice-port 0/2/2 Router/configure/voice-port(0/2/2)# timeouts interdigitdigit 2





6.1.233 timeouts ringing To configure the timeout value for ringing.

syntax [no] timeouts ringing <second>


second Duration, in seconds, for which a voice port allows ringing to continue if a call is not answered. Range is 0 to 60000. The default is 180. 0 means infinity.

example The following example configures voice port 0/2/2 to allow ringing for 500 seconds:

Router/configure# voice-port 0/2/2 Router/configure/voice-port(0/2/2)# timeouts ringing 500





6.1.234 timeouts wait-release To configure the delay timeout before the system starts the process for releasing the voice port, use the timeouts wait-release command in voice-port configuration mode.



second Duration, in seconds, for which a voice port stays in the call-failure state while the Cisco router or concentrator sends a busy tone, reorder tone, or out-of-service tone to the port. Range is 0 to 3600. Default is 30. 0 means infinity.

example The following example configures the voice port 0/2/2 to stay in the call-failure state for 180 seconds while a busy tone, reorder tone, or out-of-service tone is sent to the voice port:

Router/configure# voice-port 0/2/2 Router/configure/voice-port(0/2/2)# timeouts wait-release 180





6.1.235 timing answer-guard To set the minimum answer time for a answer signal for a specified voice port.

syntax [no] timing answer-guard <time>


time Minimum time, in milliseconds, The range is from 100 to 1000. The default value is 900.

example The following example sets the answer-guard time on a voice port to 1000 milliseconds:

Router/configure# voice-port 0/2/2 Router/configure/voice-port(0/2/2)# timing answer-guard 1000





6.1.236 timing clear-wait To set the minimum amount of time between the inactive seizure signal and the call being cleared for a specified voice port, use the timing clear-wait command in the voice-port configuration mode.

syntax [no] timeouts initial <time>


time Minimum time, in milliseconds, between an inactive seizure signal and the call being cleared. The range is from 200 to 2000. The default value is 400.

example The following example sets the clear-wait duration on a voice port to 300 milliseconds:

Router/configure# voice-port 0/2/2 Router/configure/voice-port(0/2/2)# timing clear-wait 300





6.1.237 timing delay-duration To specify the delay signal duration for a specified voice port, use the timing delay-duration command in voice-port configuration mode. This command applies to E & M voice ports only.

syntax [no] timeouts initial <time>


time Delay signal duration for delay dial signaling, in milliseconds. Range is 100 to 5000. The default is 2000.

example The following example sets the delay signal duration on a voice port to 3000 milliseconds:

Router/configure# voice-port 0/2/2 Router/configure/voice-port(0/2/2)# timing delay-duration 3000





6.1.238 timing digit To specify the Dual Tone Multi Frequency (DTMF) digit signal duration for a specified voice port, used the timing digit command in voice-port configuration mode.

syntax [no] timeouts digit <time>


time The DTMF digit signal duration, in milliseconds. Range is from 50 to 100. The default is 100.

example The following example sets the DTMF digit signal duration on a voice port to 30 milliseconds:

Router/configure# voice-port 0/2/2 Router/configure/voice-port(0/2/2)# timing digit 30





6.1.239 timing guard-out To specify the guard-out duration of a Foreign Exchange Office (FXO) voice port, use the timing guard-out command in voice-port configuration mode.

syntax [no] timeouts guard-out <time>


second Duration of the guard-out period, in milliseconds. Range is from 300 to 3000. The default is 2000.

example The following example sets the timing guard-out duration on a voice port to 1000 milliseconds:

Router/configure# voice-port 0/2/2 Router/configure/voice-port(0/2/2)# timing guard-out 1000





6.1.240 timing hookflash-input To specify the maximum duration of a hookflash for a Foreign Exchange Station (FXS) interface, use the timing hookflash-input command in voice-port configuration mode.

syntax [no] timeouts digit <milliseconds>


milliseconds Duration of the hookflash, in milliseconds. Range is 0 to 1550 milliseconds. Default is 1000 milliseconds.

example The following example implements timing for the hookflash with a duration of 300 milliseconds:

Router/configure# voice-port 0/2/2 Router/configure/voice-port(0/2/2)# timing hookflash-input 300





6.1.241 timing hookflash-output To specify the duration of hookflash indication that the gateway generates on a Foreign Exchange Office (FXO) interface, use the timing hookflash-output command in voice-port configuration mode.



milliseconds Duration of the hookflash, in milliseconds. Range is 50 to 500 milliseconds. Default is 400 milliseconds.

example The following example implements timing for the hookflash with a duration of 300 milliseconds:

Router/configure# voice-port 0/2/2 Router/configure/voice-port(0/2/2)# timing hookflash-output 300





6.1.242 timing wait-wink To set the maximum time to wait for wink signal after an outgoing seizure is sent, use the timing wait-wink command in voice port configuration mode.



milliseconds Maximum time to wait for wink signal after an outgoing seizure is sent. Valid entries are from 100 to 5000 milliseconds. Supported on ear and mouth (E & M) ports only.

example The following example configures the maximum time to wait for wink signaling after an outgoing seizure is sent on a voice port for 500 milliseconds:

Router/configure# voice-port 0/2/2 Router/configure/voice-port(0/2/2)# timing wait-wink 500





6.1.243 timing wait-duration To set the maximum wink-signal duration for a specified voice port, use the timing wink-duration in voice-port configuration mode.



milliseconds Maximum wink-signal duration, in milliseconds, for a wink-signal. Range is from 100 to 400. The default is 200.

example The following example sets the wink-signal duration on a voice port to 400 milliseconds.

Router/configure# voice-port 0/2/2 Router/configure/voice-port(0/2/2)# timing wait-duration 400





6.1.244 timing wink-wait To set the maximum wink-wait duration for a specified voice port, use the timing wink-wait in voice-port configuration mode.

syntax [no] timeouts digit <time>


time Maximum wink-wait duration, in milliseconds, for a wink start signal. Range is from 100 to 5000. The default is 200.

example The following example sets the wink-signal duration on a voice port to 500 milliseconds.

Router/configure# voice-port 0/2/2 Router/configure/voice-port(0/2/2)# timing wait-wait 500





6.1.245 translate To apply a translation rule to manipulate dialed digits on a inbound POTS call leg, use translate command in voice-port configuration mode.

syntax [no] translate {calling-number | called-number} name-tag


calling-number Translation rule applies to the inbound calling party number.

called-number Translation rule applies to the inbound called party number.

name-tag Tag number by which the rule set is referenced. This number is chosen arbitrarily. Range is from 1 to 10000. There is no default value.

example The following example sets translation rule 22 on voice-port 0/2/2:

Router/configure# voice-port 0/2/2 Router/configure/voice-port(0/2/2)# translate calling-number 22





6.1.246 translation-profile To associate a translation profile to a voice port, use the translation-profile command in voice port configuration mode.

syntax [no] translation-profile {incoming | outgoing} name-tag


incoming Specifies that this translation profile handles incoming calls.

outgoing Specifies that this translation profile handles outgoing calls.

name Name of the translation profile.

example The following example assigns the translation profile named ‘seoul’ to handle translation of incoming calls and a translation profile named ‘busan’ to handle outgoing calls for a voice port:

Router/configure# voice-port 0/2/2 Router/configure/voice-port(0/2/2)# translation-profile incoming seoul Router/configure/voice-port(0/2/2)# translation-profile incoming busan





6.1.247 trunk-group To assign an analog voice port to a trunk group, use the trunk-group command in voice port configuration mode.

syntax [no] trunk-group name


Name Name of the trunk group. Maximum length of the trunk group name is 53 alphanumeric characters.

example The following example assigns the voice port 0/2/2 to the trunk group ‘south’.

Router/configure# voice-port 0/2/2 Router/configure/voice-port(0/2/2)# trunk-group south





6.1.248 voice confirmation-tone To disable the two-beep confirmation tone for private line, automatic ringdown (PLAR), or PLAR off-premises extension (OPX) connections, use the voice confirmation-tone command in voice-port configuration mode.

syntax [no] voice confirmation-tone

example The following example disables the two-beep confirmation tone on voice port 0/1/1:

Router/configure# voice-port 0/1/1 Router/configure/voice-port(0/1/1)# connection plar-opx Router/configure/voice-port(0/1/1)# voice confirmation-tone





6.12 Cas-custom Commands

6.1.249 ani-digits Requested number of ANI digits for each call. All calls that do not match the minimum and maximum setting that you specify will be dropped.

syntax cas-custom ani-digists min <min-number> max <max-number>


min-number The minimum number of collected digits. Value range is from 0 to 64. 0 means that all the input digits are collected despite any limit.

max-number The maximum number of collected digits. Value range is from 5 to 64.

example

voice-port 1/0/1:2 signal cas r2-mfc cas-custom ani-digits min 3 max 8 exit exit

In the example above, if the number of digits of the ANI to be collected is not greater than 3, the collected digits are discarded, and a maximum of 8 digits are collected.


command modes cas-custom configuraion



6.1.250 answer-signal Answer signal to be used. You can specify the group A signal or the group B signal. By default, the router sends Backward Group-A-3 (address complete, change over to Group-B) after DNIS/ANI collection. When a switch sends the Group-II category, the router sends a Group-B answer signal and connects. If Group-A answer signal (A-6) is configured, then the router does not send A-3 after address collection. It sends A-6 and then connects.

syntax cas-custom answer-signal {group-a | group-b} <number>


group-a Group-A signal

group-b Group-B signal

number signal number ranging from 1 to 15.

example

voice-port 2/0/1:3 cas-custom answer-signal group-a 6 exit exit

In the example above, #6 signal of group-A is used as an answer-signal.





6.1.251 caller-digits This command specifies the number of digits the access server needs to collect before it requests ANI or caller ID information.

syntax cas-custom caller-digits <number>


number digit number ranging from 1 to 10. Default is 1.

example

voice-port 1/1/0:2 cas-custom caller-digits 2 exit exit

The example above shows setting where, during address signaling, ANI is requested after receiving 2 digits of caller-digits.





6.1.252 cas-custom To customize signaling parameters for a particular ds0 group on a channelized E1 or T1 line, use the cas-custom command in voice-port configuration mode. To disable the signaling customization, use the no form of this command.

syntax cas-custom

example

voice-port 1/2/1:1 cas-custom exit

next-level commands ani-digits, answer-signal, ani-digits, answer-signal, caller-digits, category, country, default, dnis-digits, invert-abcd, ka, kd, metering, nc-congestion, request-category, unused-abcd





6.1.253 category Specifies the type of call (subscriber with priority or normal subscriber). For outgoing calls, the router sends this category. If this is not configured, the router sends the default country category. For incoming calls, the router collects the category from the switch. No special handling is based on the category.

syntax cas-custom category <number>


number category number representing the priority of the subscriber.

example

voice-port 1/0/1:2 cas-custom category 2 exit exit

The example above shows that, in cas-custom mode, the category is set with the subscriber and priority.





6.1.254 country Specifies the local, region, country, and some corporation settings for R2 signaling. It is strongly recommended to use the use-defaults option which set all R2 signaling parameters for a specific country. Using other commands supported in a cas-custom configuration mode, you can change the default parameters.

syntax cas-custom country <name> [use-defaults]


name Country name on which country-specific R2 call states are applied. The countries supported as variants are as follows: Australia Brazil China Eastern Europe Hong Kong India ITU Korea Thailand Mexico

use-defaults (Optional) a key-word indicating that all the R2 parameters on this voice port be filled with country-specific default values.

example

voice-port 2/0/1:1 signal cas r2-mfc cas-custom country korea use-defaults exit exit

In this example, Korea was selected as a country when voice-port 2/0/1:1 uses R2 signaling. In addition, using the use-defaults, the parameters required for R2 signaling are internally set with the values defined in Korea.





6.1.255 default This command, a subcommand of the cas-custom command, changes the various parameter values available in a cas-custom configuration mode to default values. The criteria of filling them with default values is the country specified by a country command.

syntax default <subcommand>


subcommand The commands available in a cas-custom configuration mode are as follows. ani-digits answer-signal caller-digits category dnis-digits invert-abcd ka kd metering nc-congestion request-category unused-abcd

example voice-port 1/0/0:1 signal cas r2-mfc cas-custom ani-digits min 3 max 16 default ani-digits exit exit



This example shows the procedure of recovering the values set by ani-digits command for voice-port 1/0/0:1 to default values.



6.1.256 Invert-abcd To invert the ABCD status bits in the time-slot 16 before TX and after RX, use the invert-abcd command. To return to the default, use the no form of this command.

syntax cas-custom invert-abcd a-bit {0|1} b-bit {0|1} c-bit {0|1} d-bit {0|1}

example

voice-port 1/0/1:2 signal cas r2-mfc cas-custom invert-abcd a-bit 0 b-bit 1 c-bit 0 d-bit 0 exit exit

In this example, invert-ABCD is enabled for voice-port 1/0/1:2.





6.1.257 ka To set the KA value used in R2 signaling, use the ka command in cas-custom configuration mode. To return to the default, use the no form of this command. This is used in China. This is the category of the calling party sent in response to Backward Group-A-6 signal. For incoming calls, the gateway collects the KA value. For outgoing calls, the gateway sends the KA value if configured.

syntax [no] cas-custom ka <number>


number Specifies the KA signal code ranging from 1 to 15.

example

voice-port 0/0/1:4 signal cas r2-mfc cas-custom ka 5 exit

In this example, R2 signaling parameter KA is set to 1 in a voice-port 0/0/1:4.





6.1.258 kd To set the KD value used in R2 signaling, use the ka command in cas-custom configuration mode. To return to the default, use the no form of this command. This is used in China. This is the category sent in response to Backward Group-A-3 signal. For incoming calls, the gateway collects the KD value. For outgoing calls, the router sends the KD value if configured.

syntax [no] cas-custom kd <number>


number Specifies the KD signal code ranging from 1 to 15.

example

voice-port 0/0/1:4 signal cas r2-mfc cas-custom kd 3 exit

In this example, the R2 signaling parameter KD is set to 3 in a voice-port 0/0/1:4.





6.1.259 metering To enable the metering operation used in R2 signaling, use the metering command in cas-custom configuration mode. To return to the default, use the no form of this command. Metering signals are pulse type signals transmitted backwards during the call from the call charging point to the subscriber’s call meter in the originating exchange. This pulse can be ‘pulsed clear-back’ (01 to 11 and back) or ‘pulsed answer’ (11 to 01 and back). In order to avoid confusion with metering signals, the clear-back signal is not allowed. If metering is on, the router sends Forced Release (00) instead of Clear-Back (11).

syntax [no] cas-custom metering

example

voice-port 1/0/1:7 cas-custom metering exit exit

In this example, metering pulse is enabled for R2 signaling.





6.1.260 nc-congestion To set the NC-congestion value used in R2 signaling, use the nc-congestion command in cas-custom configuration mode. To return to the default, use the no form of this command. This is the Backward Group-B congestion signal for non-compelled signaling. If this is not configured, the gateway uses the default Backward Group-B-4 signal.

syntax [no] cas-custom no-congestion <number>

example

voice-port 1/1/1:3 signal cas r2-mfc cas-custom nc-congestion 4 exit exit

In this example, backward signal 4 (B4) is set as an NC-congestion code in voice-port 1/1/1:3.





6.1.261 request-category To set request-category used in R2 signaling, use the request-category command in the cas-custom configuration mode. To return to the default, use the no form of this command. If this is configured, the gateway requests the category after it collects ‘request-category’ number of DNIS digits for incoming calls only. If this parameter is not configured, the gateway asks for the category only after address collection by sending the Backward Group-A-3 signal.

syntax cas-custom request-category <number>


number DNIS digits to be collected before category.

example

voice-port 1/0/1:5 signal cas r2-mfc cas-custom request-category 6 exit exit

In the example above, request-category is set to 6 in voice-port 1/0/1:5. In this case, 6 digits of DNIS are collected when R2 signaling is processed, and then MF signal requesting a category is sent out.





6.1.262 seizure-ack-time This is the delay between the router that receives seizure and sends seizure acknowledgment (ACK).

syntax [no] cas-custom seizure-ack-time <time>


time The range is from 200 to 10000. The default value is 1500.

example The following example configures seizure-ack-time to 2000.

Router/configure# voice-port 1/3:0 Router/configure/voice-port(1/3:0)# cas-custom seizure-ack-time 2000


command modes cas-custom configureation



6.1.263 unused-abcd Specifies unused ABCD bit values.

syntax [no] cas-custom unused-abcd {0011 | 0001}


value Value can have a 0 or 1 bit value. This feature is disabled by default, which is the ITU default.

example The following example configures unused-abcd 0001

Router/configure# voice-port 1/3:0 Router/configure/voice-port(1/3:0)# cas-custom unused-abcd 0001


command modes cas-custom configureation



6.13 Cp-dualtone Commands

6.1.264 cadence To define the tone-on and tone-off durations for a call-progress tone, use the cadence command in call-progress dualtone configuration mode. To restore the default cadence, use the no form of this command.

syntax no cadence {cycle1-on-time cycle1-off-time [cycle2-on-time cycle2-off-time] [cycle3-on-time cycle3-off-time] [cycle4-on-time cycle4-off-time]} no cadence {cycle1-on-time cycle1-off-time}


cycle1-on-time Tone-on duration for the first cycle of the cadence pattern, in milliseconds (ms). Range is from 0 to 1000. The default is 0.

cycle1-off-time Tone-off duration for the first cycle of the cadence pattern, in milliseconds (ms). Range is from 0 to 1000. The default is 0.

cycle2-on-time Tone-on duration for the second cycle of the cadence pattern, in milliseconds (ms). Range is from 0 to 1000. The default is 0.

cycle2-on-time Tone-off duration for the second cycle of the cadence pattern, in milliseconds (ms). Range is from 0 to 1000. The default is 0.

cycle3-on-time Tone-on duration for the third cycle of the cadence pattern, in milliseconds (ms). Range is from 0 to 1000. The default is 0.

cycle3-off-time Tone-off duration for the third cycle of the cadence pattern, in milliseconds (ms). Range is from 0 to 1000. The default is 0.

cycle4-on-time Tone-on duration for the fourth cycle of the cadence pattern, in milliseconds (ms). Range is from 0 to 1000. The default is 0.

cycle4-off-time Tone-off duration for the fourth cycle of the cadence pattern, in milliseconds (ms). Range is from 0 to 1000. The default is 0.



example

voice class custom-cptone country-x dualtone busy cadence 750 250 exit exit

The example above shows the case where a call progress tone is defined with the user-defined ‘country-x’. For the busy tone, cadence is set as 750ms on, and 250ms off.




6.14 Voice Access-group Commands

6.1.265 access-list Use the ‘access-list’ access group configuration mode command to define access lists inside an access group. Use the ‘no’ form of the command to delete the access list.

syntax [no] access-list <list-number>


number Access list number. Values from 0 to 7 are available. That is, a total of 8 access lists can be created.

example Below is an example of creating access-list 0 from access-group ‘ag1’.

Router/configure# voice access-group ag1 Router/configure/voice/access-group ag1# access-list 0

related commands voice access-group, access-list-permit, access-list-deny


command modes voice access-group mode



6.1.266 access-list-deny Use the ‘access-list-deny’ access group configuration mode command to enter the IP to deny in the access list. Use the ‘no’ form of the command to delete. Only IPs included in the permit range rather than host entered with the ‘access-list-permit’ command can be entered as a deny IP.

syntax [no] access-list-deny <access-list-num> ipv4:<ip-address>


access-list-num access list number. Only access list number created using ‘access-list’ command from 0 to 7 can be used.

ipv4:<ip-address> ip address

example It is the example of creating Access-group ‘ag1’, allowing 10.10.10.1~254 and setting deny for 10.10.10.10.

Router/configure# Router /configure# voice access-group ag1 Router /configure/voice/access-group ag1# access-list 0 Router /configure/voice/access-group ag1# access-list-permit 0 ipv4:10.10.10.0 Router /configure/voice/access-group ag1# access-list-deny 0 ipv4:10.10.10.10

syntax [no] access-list-deny <access-list-num> {ipv4:<ipv4-address[/subnet mask]> | ipv6:<ipv6-address[/subnet mask]>}


access-list-num Access list number. Only an access list number created using ‘access-list’ command from 0 to 7 can be used.

ipv4: IPv4 address with subnet mask. Subnet mask is optional but if it is configured, its value must be 32 meaning host.

ipv6: IPv6 address with subnet mask Subnet mask is optional but if it is configured, its value must be 32 meaning host



example Below is an example of creating Access-group ‘ag1’, allowing 10.10.10.1~254 and setting deny for 10.10.10.10.

Router/configure# Router /configure# voice access-group ag1 Router /configure/voice/access-group ag1# access-list 0 Router /configure/voice/access-group ag1# access-list-permit 0 ipv4:10.10.10.1/24 Router /configure/voice/access-group ag1# access-list-deny 0 ipv4:10.10.10.10/32

related commands voice access-group, access-list, access-list-deny



6.1.267 access-list-permit Use the ‘access-list-permit’ access group configuration mode command to enter an IP to permit in the access list. Use the ‘no’ form of the command to delete. Pass all IP values in the appropriate position by entering a subnet mask. Enter the ‘host’ with an optional parameter to indicate that it is a specific host IP.

syntax [no] access-list-permit <access-list-num> ipv4:<ip-address> [host]


access-list-num access list number. Only access list number created using ‘access-list’ command from 0 to 7 can be used.

ipv4:<ip-address> ip address

host keyword indicating that it is host. Perform exact matching only at comparison when this keyword is entered together.



example It is the example of creating Access-group ‘ag1’ and allowing for 10.10.10.1~254.

Router/configure# Router /configure# voice access-group ag1 Router /configure/voice/access-group ag1# access-list 0 Router /configure/voice/access-group ag1# access-list-permit 0 ipv4:10.10.10.0 Router /configure/voice/access-group ag1# access-list-deny 0 ipv4:10.10.10.10

syntax [no] access-list-permit <access-list-num> {ipv4:<ipv4-address[/subnet mask] [host]> | ipv6:<ipv6-address[/subnet mask] [host]>}


access-list-num Access list number. Only access list number created using the ‘access-list’ command from 0 to 7 can be used.

ipv4: IPv4 address with subnet mask.

Ipv6: IPv6 address with subnet mask.

host Keyword indicating that it is the host. Perform exact matching only at comparison when this keyword is entered together.

example This is an example of creating Access-group ‘ag1’ and allowing for 10.10.10.1~254.

Router/configure# Router /configure# voice access-group ag1 Router /configure/voice/access-group ag1# access-list 0 Router /configure/voice/access-group ag1# access-list-permit 0 ipv4:10.10.10.1/24 Router /configure/voice/access-group ag1# access-list-deny 0 ipv4:10.10.10.10/32



related commands voice access-group, access-list, access-list-deny



6.1.268 description (access-group) This is the command that sets the description of an access-group. To delete use the no command.

syntax description <text>


text Description for access-group. Use quotation marks. A string of up to 63 characters.

example Router/configure# voice access-group ag1 Router/configure/voice/access-group ag1 # description ‘test description for example’

This is the command that sets the description on access-group ag1.

related commands voice access-group





6.1.269 disconnect-cause (access-group) In the case of a VoIP incoming call, when it is blocked in an access group, this is the command that a user selects as a disconnect cause that will be transmitted to the caller. The base value is ‘No service’.

syntax [no] disconnect-cause {invalid-number | unassigned-number | user-busy | call-rejected}

Parameter Description(in case of no Parameter, no table)

invalid-number Select invalid number for the reason of call-block.

unassigned-number Select unassigned-number for the reason of call-block.

user-busy Select user-busy for the reason of call-block

call-rejected Select call-rejected for the reason of call-block

example

Router/configure# voice access-group ag1 Router/configure/voice/access-group ag1# disconnect-cause user-busy

When a call is blocked in the access group ‘ag1’ configure the cause of disconnection that will be transmitted to the caller.

related commands voice access-group <name>





6.1.270 translation-profile (access-group) This command is to apply the translation profile to the Access group. Use the no form of the command to delete.

syntax [no] translation-profile <prof-name>


prof-name translation profile name

example

Router/configure# voice access-group ag1 Router/configure/voice/access-group ag1# translation-profile prof1

Below is an example of designating the translation profile to specific access-group.

related commands voice access-group, voice translation-profile, voice translation-rule





6.15 Voice Class Codec Commands

6.1.271 codec-preference This command is used to set the codec of voice class codec. Use the no form of the command to delete.

syntax codec-preference <value> <codec-type> [interval]


value Codec preference value in codec-list. Value can be set from 1 to 5. A total of 5 codecs can be set.

codec-type Can set codec type, g711alwa, g711ulaw, g723, g726, g729.

interval Interval of time between voice frames.

example

Router/configure# voice class codec 1 Router/configure/voice/class/codec 1# codec-preference 0 g729 30 Router/configure/voice/class/codec 1# codec-preference 1 g726 40

It is the example of creating voice class codec 1 and registering 2 codecs.

related commands voice class codec


command modes voice class codec configuration



6.16 Voice Class Custom-cptone Commands

6.1.272 dualtone To enter the CP-dualtone configuration mode for specifying a custom call-progress tone, use the dualtone command in ‘voice class custom-cptone’ configuration mode. To configure the custom-cptone voice class not to detect a call-progress tone, use the no form of this command.

syntax [no] dualtone {ringback | busy | reorder | out-of-service | number-unobtainable | disconnect}


ringback Ringback tone.

busy Busy tone.

reorder Reorder tone.

out-of-service Out-of-service tone.

number-unobtainable Number-unavailable tone.

disconnect Disconnect tone.

example

voice class custom-cptone third-world dualtone busy frequency 440 480 cadence 250 750 exit exit

In this example, a user-defined cptone class is newly created with the name of third-world. In the third-world class, the frequency and cadence information for the busy tone is specified.

next-level commands frequency, cadence




command modes voice-class custome-cptone configuration



6.17 Voice Class H323 Commands

6.1.273 h225 call-start (Voice class h323) You can specify the call setup method for all outgoing H.323 calls corresponding to a specific dial-peer. If the call setup method specified in H323 voice-class configuration mode is set to a specific VoIP dial-peer, it has a priority over the call setup method specified in Voice service h323 configuration mode. The ‘no’ command recovers the value to an initial value (fast).

syntax [no] h225 call-start {fast | slow}


fast H.323 Call Setup is done according to the faststart method of H.323 Version2. This includes the faststart element which contains the media information in H.225.0 Setup message.

slow It does not follow faststart method, and the H.225.0 Setup message does not include the faststart element.

system Follows the ‘h225 call-start’ setting value specified in a Voice service h323 configuration mode.

example

Router/configure#voice class h323 100 Router/configure/voice/class/h323 100#h225 call-start slow

related commands h225 call-start(Voice service h323), voice-class h323


command modes Voice class h323 configuration



6.1.274 h225 early-h245 (Voice class h323) For all H.323 calls corresponding to a specific dial-peer, you can specify the normal H.245 procedure timing before or after the H.225.0 Connect message. You can specify the voice media establishment time point so that it can be done before the H.225.0 Connect message, and in general, it can be applied to the H.323 Entity, which does not support faststart. If the setting in Voice class h323 configuration mode is set to a specific VoIP dial-peer, it has a priority over the setting in Voice service h323 configuration mode. The ‘no’ command recovers the value to an initial value (off).

syntax [no] h225 early-h245 {on | off}


on Normal H.245 procedure is done prior to the H.225.0 Connect message.

off Normal H.245 procedure is done after the H.225.0 Connect message.

system Follows the ‘h225 early-h245’ setting value specified in a Voice service h323 configuration mode.

example

Router/configure#voice class h323 100 Router/configure/voice/class/h323 100#h225 early-h245 on

related commands h225 call-start (Voice service h323), h225 call-start (Voice class h323), h225 early-h245 (Voice service h323)





6.1.275 h225 h245-tunnel (Voice class h323) For the outgoing H.323 calls corresponding to a specific dial-peer, you can specify whether to send and receive H.245 message via a separate H.245 Control Channel, or encapsulate it within a H.225.0 Call Signaling message. If the setting in Voice class h323 configuration mode is set to a specific VoIP dial-peer, it has a priority over the setting in Voice service h323 configuration mode. The ‘no’ command recovers the value to an initial value (on). syntax [no] h225 h245-tunnel {on | off}


on Encapsulate H.245 message within a H.225.0 Call Signaling message.

off Open a separate H.245 Control Channel to send and receive H.245 message.

system Follows the ‘h225 h245-tunnel’ setting value specified in a Voice service h323 configuration mode.

example

Router/configure#voice class h323 100 Router/configure/voice/class/h323 100#h225 h245-tunnel off

related commands h225 h245-tunnel (Voice service h323) applicable models/versions All models. command modes Voice class h323 configuration



6.1.276 h225 T301 (Voice class h323) You can specify the ‘establishment timer’ for all outgoing H.323 calls corresponding to a specific dial-peer. Usually, this timer is activated after the H.225.0 alert message is received, and deactivated after the H.225.0 Connect message is received or a call is released. If the setting in Voice class h323 configuration mode is set to a specific VoIP dial-peer, it has priority over the setting in Voice service h323 configuration mode. The ‘no’ command resets the value to the initial values (180 seconds).

syntax [no] h225 T301 <seconds>


seconds Establishment timer value.

example

Router/configure#voice class h323 100 Router/configure/voice/class/h323 100#no h225 T301 200

related commands h225 T301 (Voice service h323)





6.1.277 h225 T303 (Voice class h323) You can specify the ‘setup timer’ for all outgoing H.323 calls corresponding to a specific dial-peer. Usually, this timer is activated after the H.225.0 Setup message is sent, and deactivated after a certain H.225.0 Call Signaling message (CallProceeding, Alerting, Progress, Connect, ReleaseComplete or Other message) is received or a call is released. If the setting in Voice class h323 configuration mode is set to a specific VoIP dial-peer, it has a priority over the setting in Voice service h323 configuration mode. The ‘no’ command recovers the value to the initial values (15 seconds).



seconds setup timer value

example

Router/configure#voice class h323 100 Router/configure/voice/class/h323 100#h225 T303 4

related commands h225 T303 (Voice service h323)





6.18 Voice Class SIP Commands

6.1.278 offer call-hold (voice class sip) To specify how the Session Initiation Protocol (SIP) gateway should initiate call-hold requests, use the offer call-hold command in voice class SIP configuration mode. To set the default method of initiating call hold, use the no form of this command.

syntax [no] offer call-hold {conn-addr | dir-send | dir-inact}


conn-addr Specifies the RFC 2543 method of using the connection address for initiating call-hold requests. The RFC 2543 method uses 0.0.0.0.

dir-sendonly Specifies the current RFC 3264 method of using the direction attribute (a=sendonly) for initiating call-hold requests. This is Default.

dir-inactive Specifies the method of using the direction attribute (a=inactive) for initiating call-hold requests.

example To set the call-hold request method for the voice class SIP to conn-addr, the following should be followed.

Router/configure# voice class sip 1 Router/configure/voice/class/sip 1# offer call-hold conn-addr

related commands offer call-hold(sip-ua)


command modes voice class sip



6.1.279 rel1xx (voice class sip) Use the rel1xx command of the voice class SIP configuration mode to enable SIP reliability of the provisional response message function. Use the ‘no’ command to follow the system default configuration.

syntax [no] rel1xx {supported | require | system | disable}


supported Supports reliable provisional responses. This is the default.

require Requires reliable provisional responses. End the call if the opposite party does not support this function.

system Follow the System default configuration.


example Set as follows to support reliable provisional response function at voice class SIP 1.

Router/configure# voice class sip 1 Router/configure/voice/class/sip 1# rel1xx supported

related commands Rel1xx (sip service)


command modes voice class sip configuration mode.



6.1.280 uri (voice class sip) Use the URI command of the voice class SIP configuration mode to set URI type of SIP outgoing call. Use the ‘no’ command to apply the default setting.

syntax [no] uri {sip | sips}


sip Use SIP URI for SIP outgoing call. This is the default.

sips Use SIPS URI for SIP outgoing call.

example Do as follows to set the URI type in voice class SIP 1 to SIPS.

Router/configure# voice class sip 1 Router/configure/voice/class/sip 1# uri sips

related commands sip-class uri





6.1.281 url (voice class sip) To configure URLs to either the Session Initiation Protocol (SIP) or telephone (TEL) format for your VoIP SIP calls, use the url command in voice class SIP configuration mode. To reset to the system default, use the no form of this command.

syntax [no] url {system | sip | tel}


system Use System default configuration.



example Do as follows to set URL in voice class SIP 1 to TEL.

Router/configure# voice class sip 1 Router/configure/voice/class/sip 1# url tel

related commands sip-class tel





6.19 Voice Service Voip Commands

6.1.282 conf This command is used to specify the parameter for the conference service.

syntax [no] conf { feature-code | main-number } <WORD> [no] conf max-participants <0-32> [no] conf room-num <WORD> <1-32>


feature-code The feature code number to trigger a conference service internally. In SCM interworking mode, it is downloaded and updated automatically from SCM to synchronize the FAC between iBG routers under the same user group.

main-number The main (representative) number for a conference service.

max-participants Total number of conference participants allowed by the system, considering provided DSP resources. Default: 16.

room-num Specify the starting number used to identify conference rooms and the range of rooms. The range is between 1 and 32.

example

voice service voip conf room-num 8001 20 feature-code *55 main-number 8000 exit conf exit voip


command modes voice service voip configuratio



6.1.283 digital-gain This is a command to adjust gain parameters in iBG SIP UA. An input parameter is a direction from TDM to IP, and an output parameter is a direction from IP to TDM.


input PCM to IP packet direction

Output IP packet to PCM direction

Value -13.9~+6.0 dB Default: 0 dB

syntax digital-gain {input | output} <value>

example

voice service voip digital-gain input -13.9 digital-gain output 5 exit


command modes voice service voip configuration



6.1.284 dtmf-tune (voice-service) This command is used to tune six parameters of the DTMF Detector. This command may be sent at any time, and will be used for the start of the next voice session.

syntax [no] voip dsp dtmf-tune <0|1> [param2] [param3] [ param4] [param5] [param6] [ param7] [param8]


- 0: disable, 1: enable

param2 Frequency Deviation (default 18 which corresponds to 1.8 %). The allowable range of values is from 15 to 25 (1.5 to 2.5%).

param3 Negative Twist (default 80 which correspond to 8 dB). The allowable range of values for Negative Twist is 10 to 160 (1 to 16 dB).

param4 Positive Twist (default 40 which correspond to 4 dB). The allowable range of values for Positive Twist is 10 to 160 (1 to 16 dB).

param5 Minimum Level Threshold (default 380 which correspond to -38 dBm0). The allowable range for the parameter is 140 to 380, which corresponds to -14 to -38 dBm0 per component.

param6 SNR Threshold Adjustment (default 0 which corresponds to a 0 dB adjustment) The allowable range of values for the SNR Threshold Adjustment is from -30 to 60 (-3 to 6 dB)

param7 Detection Delay 0 - Detection of signals with a minimum on-time of 18 ms. 1 - Reserved 2 - Detection of signals with a minimum on-time of 30 ms. 4 - Detection of signals with a minimum on-time of 40 ms. (default)

param8 Inter-modulation Distortion Compensation 0 - Disabled (default) 1 - Enabled-allows operation with signals that have high second

order inter-modulation distortion levels (up to 8dB signal-to-distortion).



example

voip dsp dtmf-tune 1 param2 15 param3 20 param4 20 param5 200 param6 30 param7 0 param8 1

In this example, user handled dtmf detector option.


command modes voice-service configuration

6.1.285 fax protocol (voice-service) To specify the global default fax protocol to be used for all VoIP dial peers, use the fax protocol command in voice-service configuration mode. To return to the default fax protocol, use the no form of this command. A fallback mode is used to transfer a fax across a VoIP network if the T.38 fax relay could not be successfully negotiated at the time of the fax transfer.

syntax [no] fax-protocol {None. | pass-through {g711ulaw | g711alaw} | t38 redundancy <value> fallback {None. | pass-through-g711ulaw | pass-through-g711alaw}}


none No special fax handling is processed by the system.

pass-through g711ulaw

The fax stream uses a high-bandwidth codec of G.711 u-law.

pass-through g711alaw

The fax stream uses a high-bandwidth codec of G.711 a-law.

t38 redundancy value

(T.38 fax relay only) Specifies the number of redundant T.38 fax packets to be sent for the low-speed V.21-based T.30 fax machine protocol.



(Continued)


fallback none If the negotiation for T.38 fax relay fails, it is not changed to a fallback mode.

fallback pass-through-g711ulaw

If the negotiation for T.38 fax relay fails, in-band fax is attempted via G.711 u-law, a fallback high-bandwidth codec.

fallback pass-through-g711alaw

If the negotiation for T.38 fax relay fails, in-band fax is attempted via G.711 a-law, a fallback high-bandwidth codec.

example

voice service voip fax protocol t38 redundancy 0 fallback pass-through-g711ulaw exit

This example shows that: T.38 is selected as the fax protocol, a redundancy function is not used; and if the counter party does not support T.38, fax is performed via a pass-through method using G.711 u-law.





6.1.286 fax rate This is the command that sets the global fax rate. To delete it, use the no command. The base value is 14400.

syntax [no] fax rate { 2400 | 4800 | 7200 | 9600 | 12000 | 14400 }








example

voice service voip fax rate 14400 exit





6.1.287 fax error-correction-mode This command sets the global fax-relay Error Correction Mode. To disable, use the no command.

syntax [no] fax error-correction-mode

example

voice service voip fax error-correction-mode exit



6.1.288 playout-delay To tune the playout buffer on digital signal processors (DSPs) to accommodate global packet jitter caused by switches in the WAN, use the playout-delay command in voice service VoIP configuration mode. To reset the playout buffer to the default, use the no form of this command.

syntax [no] playout-delay {maximum | minimum | nominal} <miliseconds>


Maximum (Adaptive mode only) Upper limit of the jitter buffer, or the highest value to which the adaptive delay is set.

minimum (Adaptive mode only) Lower limit of the jitter buffer, or the lowest value to which the adaptive delay is set.



(Continued)


nominal Amount of playout delay applied at the beginning of a call by the jitter buffer in the gateway.

milliseconds Amount of playout delay, in milliseconds. Range is 20 to 200.

example

Router/configure# voice service voip Router/configure/voice/service/voip# playout-delay maximum 150 Router/configure/voice/service/voip# exit

This is the example that globally sets the maximum Jitter buffer to 150.



6.1.289 playout-delay mode This is the command that globally selects the mode for playout delay from jitter buffer on DSPs (Digital Signal Processors). To restore it to the default value, use the no form of the command. The default value is adaptive.

syntax [no] playout-delay mode {adaptive | fixed}


adaptive Jitter buffer size and amount of playout delay are adjusted during a call, on the basis of current network conditions.

fixed Jitter buffer size does not adjust during a call; a constant playout delay is added.



example

Router/configure# voice service voip Router/configure/voice/service/voip# playout-delay mode adaptive Router/configure/voice/service/voip# exit

The above example sets the adaptive playout-delay mode globally.


command modes voip service voip configuration mode.

6.1.290 vad To specify the conference global default fax protocol to be used for all VoIP dial peers, use the fax protocol command in voice-service configuration mode. To return to the default fax protocol, use the no form of this command. A fallback mode is used to transfer a fax across a VoIP network if T.38 fax relay could not be successfully negotiated at the time of the fax transfer.

syntax [no] conf {None. | pass-through {g711ulaw | g711alaw} | t38 redundancy <value> fallback {None. | pass-through-g711ulaw | pass-through-g711alaw}}


none No special fax handling is processed by the system.

pass-through g711ulaw The fax stream uses high-bandwidth codec of G.711 u-law.

pass-through g711alaw The fax stream uses high-bandwidth codec of G.711 a-law.

t38 redundancy value (T.38 fax relay only) Specifies the number of redundant T.38 fax packets to be sent for the low-speed V.21-based T.30 fax machine protocol.

fallback none If the negotiation for T.38 fax relay fails, it is not changed to a fallback mode.

fallback pass-through-g711ulaw

If the negotiation for T.38 fax relay fails, in-band fax is attempted via G.711 u-law, a fallback high-bandwidth codec.

fallback pass-through-g711alaw

If the negotiation for T.38 fax relay fails, in-band fax is attempted via G.711 a-law, a fallback high-bandwidth codec.



example

voice service voip fax protocol t38 redundancy 0 fallback pass-through-g711ulaw exit

This example shows that: T.38 is selected as fax protocol, a redundancy function is not used; and if the counter party does not support T.38, the fax is sent via a pass-through method using G.711 u-law.



6.1.291 dual-filter This is the commnad that globally selects the mode of Echo canceller fo the system. Dual-Filter EC is the alternate echo canceller configuration which uses two filters to model the echo path. The avantages of the dula-filter EC are: 1. Avoids increased echo level caused bye filter divergence during double-

talk. 2. Robust and fast detection of echo path changes. 3. Alleviates the need for a sophisticated double-talk detector.

syntax [no] dual-filter


no System is configured by Normal filter Echo Canceller.



example

voice service voip dual-filter





6.20 Voice Service Pots Commands

6.1.292 comfort-noise To generate background noise to fill silent gaps during calls if voice activity detection (VAD) is activated globally, use the comfort-noise command in voice service pots configuration mode. To provide silence when the remote party is not speaking and VAD is enabled at the remote end of the connection, use the no form of this command. If the comfort-noise command is not enabled, and VAD is enabled at the remote end of the connection, the user hears dead silence when the remote party is not speaking.

syntax [no] comfort-noise

example

Router/configure# voice service pots Router/configure/voice/service/pots# comfort-noise Router/configure/voice/service/pots# exit

The example above shows the setting which generates background noise in voice ports globally.


command modes voice service pots configuration



6.1.293 compand-type To specify globally the companding standard used to convert between analog and digital signals in pulse code modulation (PCM) systems, use the compand-type command in voice service pots configuration mode. To reset to the default, use the no form of this command.

syntax [no] compand-type {u-law | a-law}


u-law Specifies the North American u-law ITU-T PCM encoding standard.

a-law Specifies the European a-law ITU-T PCM encoding standard.

example

Router/configure# voice service pots Router/configure/voice/service/pots # compand-type u-law Router/configure/voice/service/pots # exit

In the example above, the companding law of voice pots is globally set as u-law.





6.1.294 impedance To specify globally the terminating impedance of a voice-port interface, use the impedance command in voice service pots configuration mode. To reset to the default, use the no form of this command.

syntax [no] impedance {600c | 600r | 900c | 900r | complex1 | complex2 | complex3 | complex4 | complex5 | complex6 | complex7}



600r 600 Ohms real


900r 900 Ohms real

complex1 220 ohms + (820 ohms || 115nF)



complex4 600r, line = 270 ohms + (750 ohms || 150nF)

complex5 320 + (1050 || 230 nF), line = 12Kft

complex6 600r, line = 350 + (1000 || 210nF)


example

Router/configure# voice service pots Router/configure/voice/service/pots # impedance complex4 Router/configure/voice/service/pots # exit

In the example above, complex4 is set globally as an impedance value in voice ports.





6.1.295 input gain To configure globally a specific input gain value, use the input gain command in voice service pots configuration mode. To disable the selected amount of inserted gain, use the no form of this command.

syntax [no] input gain <port type> <value>


port type Type of voice port to configure gain value. fxs|fxo|e&m

value Gain, in decibels, to be inserted at the receiver side of the interface. Range is integers from -12 to 6.

example

Router/configure# voice service pots Router/configure/voice/service/pots # input gain fxo 2 Router/configure/voice/service/pots # exit

In this example, the input gain is increased by 2 decibel for analog FXO voice-ports globally.





6.1.296 intra-dialtone-disable By default, this command is not configured in order that you can hear a discrete intra dial tone. This command is used to play a normal continuous dial tone as the default dial tone.

syntax [no] intra-dialtone-disable

example

Router/configure# voice service voip Router/configure/voice/service/pots# intra-dialtone-disable Router/configure/voice/service/pots# exit



6.1.297 locale To globally specify a regional analog voice-interface-related tone, ring, and cadence setting, use the locale command in voice service pots configuration mode. This command affects only the tones generated at the local interface. It does not affect any information passed to the remote end of a connection or any tones generated at the remote end of a connection. To reset to the default (us), use the no form of this command.

syntax [no] locale <locale>




locale A two-letter country name for which an analog voice-interface-related default tone, ring, and cadence are set. The following countries are supported. ar Argentina au Australia br Brazil ca Canada cn China fr France de Germany gb Great Britain hk Hong Kong in India in2 India 2 it Italy jp Japan kr Korea Republic mx Mexico nz New Zealand ru Russian Federation sg Singapore th Thailand tw Taiwan tr Turkey us United States

example

Router/configure# voice service pots Router/configure/voice/service/pots # locale kr Router/configure/voice/service/pots # exit

In this example, kr (Korea) is set globally as a tone-related locale in voice-ports.





6.1.298 output attenuation To globally configure a specific output attenuation value, use the output attenuation command in voice service pots configuration mode. To disable the selected output attenuation value, use the no form of this command.

syntax [no] output attenuation <port type> <value>


port type Type of voice port to configure attenuation value. fxs|fxo|e&m

value Attenuation, in decibels, at the transmit side of the interface. Range is from -6 to 12.

example

Router/configure# voice service pots Router/configure/voice/service/pots # output attenuation fxs -4 Router/configure/voice/service/pots # exit

In this example, the gain as much as -4 dB is set to analog FXS voice-ports transmit side of the interface. That is, the attenuation of 4dB is applied globally.





6.1.299 ing cadence To specify globally the ring cadence for a Foreign Exchange Station (FXS) voice ports, use the ring cadence command in voice service pots configuration mode. To reset to the default, use the no form of this command.

syntax [no] ring cadence {on-net | off-net} <pattern-number> or [no] ring cadence {on-net | off-net} define <pulse> <interval> <pulse2> <interval2> <pulse3> <interval3>


on-net -

off-net -

pattern-number One of these patterns such as pattern01, pattern02, pattern03~pattern12, bellcore01, bellcore02~bellcore05.

define User-definable ring cadence pattern. Each number pair specifies one ring-pulse time and one ring-interval time. You must enter numbers in pairs. Up to 4 pairs are allowed.

pulse Number (1 or 2 digits) specifying ring-pulse (on) time in hundreds of milliseconds. Range is from 1 to 50, for pulses of 100 to 5000 ms. For example: 1 = 100 ms; 10 = 1 s.

interval Number (1 or 2 digits) specifying ring-interval (off) time in hundreds of milliseconds. Range is from 1 to 50, for pulses of 100 to 5000 ms. For example: 1 = 100 ms; 10 = 1 s.

example

Router/configure# voice service pots Router/configure/voice/service/pots # ring cadence off-net pattern02 Router/configure/voice/service/pots # exit

In this example, pattern02 of off-net type is set globally to voice-ports.





6.1.300 ring frequency To specify globally the ring frequency for a specified Foreign Exchange Station (FXS) voice ports, use the ring frequency command in voice service pots configuration mode. To reset to the default, use the no form of this command.

syntax [no] ring frequency <number>


number Ring frequency, in hertz, used in the FXS interface. The choices are one of 20, 25, 30, 50 in Hz.

example

Router/configure# voice service pots Router/configure/voice/service/pots# ring frequency 50 Router/configure/voice/service/pots# exit

In the example above, ring frequency is set globally to 50 in voice ports.





6.1.301 timeouts call-disconnect To configure globally the delay time for which a Foreign Exchange Office (FXO) voice ports wait before disconnecting an incoming call after disconnect tones are detected, use the timeouts call-disconnect command in voice service pots configuration mode.

syntax [no] timeouts call-disconnect <second>


Second Duration in seconds for which an FXO voice port stays in the connected state after the voice port detects a disconnect tone. Range is 0 to 120. The default is 5.

example The following example globally configures voice ports to remain connected for 30 seconds while a disconnect tone is received by the voice port.

Router/configure# voice service pots Router/configure/voice/service/pots# timeouts call-disconnect 30 Router/configure/voice/service/pots# exit





6.1.302 timeouts initial To configure globally the initial digit timeout value for voice ports.



second Initial timeout duration, in seconds. Range is 0 to 120. The default is 10.

example The following example sets the initial digit timeout value globally to 20 seconds.

Router/configure# voice service pots Router/configure/voice/service/pots# timeouts initial 20 Router/configure/voice/service/pots# exit





6.1.303 timeouts interdigit To configure globally the interdigit timeout value for voice ports.

syntax [no] timeouts interdigit <second>


second Range is 0 to 120. The default is 5.


Router/configure# voice service pots Router/configure/voice/service/pots# timeouts interdigit 10 Router/configure/voice/service/pots# exit





6.1.304 timeouts interdigitshort To configure globally the interdigit timeout value for voice ports.

syntax [no] timeouts interdigitshort <second>


second Configures the number of seconds that the system waits after first match within multiple candidates. Range is 0 to 10. The default is 3.


Router/configure# voice service pots Router/configure/voice/service/pots# timeouts interdigitshort 2 Router/configure/voice/service/pots# exit





6.1.305 timeouts ringing To configure globally the timeout value for ringing, use the timeout ringing command in voice service pots configuration mode. To reset to the default, use the no form of this command.

syntax [no] timeouts ringing <second>


second Duration, in seconds, for which a voice port allows ringing to continue if a call is not answered. Range is 5 to 60000. The default is 180

example The following example globally configures voice ports to allow ringing for 500 seconds:

Router/configure# voice service pots Router/configure/voice/service/pots# timeouts ringing 500 Router/configure/voice/service/pots# exit





6.1.306 timeouts wait-release To configure globally the delay timeout before the system starts the process for releasing the voice port, use the timeouts wait-release command in voice service pots configuration mode.



second Duration, in seconds, for which a voice port stays in the call-failure state while the Cisco router or concentrator sends a busy tone, reorder tone, or out-of-service tone to the port. Range is 3 to 3600. Default is 30.

example The following example globally configures voice ports to stay in the call-failure state for 180 seconds while a busy tone, reorder tone, or out-of-service tone is sent to the voice port:

Router/configure# voice service pots Router/configure/voice/service/pots# timeouts wait-release 180 Router/configure/voice/service/pots# exit





6.21 Voice Service Feature-code Commands

6.1.307 activate-call-conference This feature code is needed to initiate a new conference call or add more users. When the host tries to make a conference call, hold current call and use ‘activate-call-conference’ feature-code plus target party number. Use the ‘no’ command to restore to default value.

syntax [no] activate-call-conference <feature-code> max <num> min <num>


feature-code Feature code to initiate a new user to conference call or to add more users.

max Keyword

num Maximum number of digits including feature code and destination extension of conference party. If the number of digits reaches this maximum value, a call is sent to the server regardless of the extra digits in overlap mode (analog FXS) therefore configure this value properly. The range is 1 to 32 digits.

min Keyword

num Minimum number of digits including feature-codes. Default value is 6. This means default 3 digits of feature code and minimum 3 digits of extension.

example Do as follows to set feature code of Call Conference to ‘#23’and number of max digit, min digit to 20 and 3, respectively.

Router/configure#voice service feature-code Router/configure/voice/service/feature-code# activate-call-conference #23 max 20 min 3





command modes voice service feature-code mode

6.1.308 default This is the command that sets feature-code of the service as default value. The following is the default value of the feature-code.

feature-code feature-code min max

group-call-pickup ** 2 13

direct-call-pickup *24 6 14

disable_call_waiting_for_next_call *26 6 14

disable_call_waiting_for_current_call *29 0 0

activate-call-conference *36 6 14

drop_last_joined_party *44 0 0

syntax default

example

Router/configure#voice service feature-code Router/configure/voice/service/feature-code# default





6.1.309 direct-call-pickup This feature code is used to pickup a call directly using destination extension number regardless of group ID. Use the no command. syntax [no] direct-call-pickup <feature-code> max <num> min <num>


feature-code Feature code to get direct call pickup service.

max keyword

num Maximum number of digits including feature code and destination extension. If the number of digits reach this maximum value, a call is sent to the server regardless of the extra digits in overlap mode (analog FXS) so configure this value properly. The range is 1 to 32 digits.

min keyword

num Minimum number of digits including feature-codes. Default value is 6. This means default 3 digits of feature code and minimum 3 digits of extension of pickup target.

example To configure ‘*23’ for feature code of direct call pick up service, and 11 and 4 for maximum digit and minimum digits, do as followings:

Router/configure#voice service feature-code Router/configure/voice/service/feature-code# direct-call-pickup *23 max 11 min 6

related commands group-call-pickup





6.1.310 disable-call-waiting-for-current-call To input the feature code to disable call waiting for the current call service, use ‘disable-call-waiting-for-current-call’ voice service feature-code mode command. To return it to the initial value, use the no command. This is the function that disables call waiting service on the current ongoing calls by pushing this feature code after hold. This service is available to an iBG router’s analog subscribers only.

syntax [no] disable-call-waiting-for-current-call <feature-code>


feature-code code for activation of the service.

example To configure ‘*33’ for feature code to disable call waiting for current call service, configure as below.

Router/configure#voice service feature-code Router/configure/voice/service/feature-code# direct-call-pickup *33

related commands disable-call-waiting-for-next-call





6.1.311 disable-call-waiting-for-next-call To input the feature code for disabling call waiting for next call service, use ‘disable-call-waiting-for-next-call’ voice service feature-code mode command. To return it to the initial value, use the no command. When making a call without call waiting service, make a call using this feature code first and destination extension number. This service is available to an iBGrouter’s analog subscribers only.

syntax [no] disable-call-waiting-for-next-call <feature-code> max <num> min <num>


feature-code Code for activation of the service.

max keyword

num Maximum number of digits including feature code and destination extension. If the number of digits reach this maximum value, a call is sent to the server regardless of extra digits in overlap mode (analog FXS) so configure this value properly. The range is 1 to 32 digits.

min keyword

num Minimum number of digits including feature-codes. Default value is 6. This means default 3 digit feature code and minimum 3 digits extension.

example To configure *23 for the feature code to disable call waiting for next call service, and 11 and 6 for maximum digit and minimum digits, do as follows.

Router/configure#voice service feature-code Router/configure/voice/service/feature-code# disable-call-waiting-for-next-call *23 max 11 min 6

related commands disable-call-waiting-for-current-call





6.1.312 drop-last-joined-party To input the feature code to drop the last joined party service, use ‘drop-last-joined-party’ voice service feature-code mode command. To return it to the initial value, use the no command. This is the function that drops the last participant in the middle of a conference call.

syntax [no] drop-last-joined-party <feature-code>



example To configure ‘*33’ for the feature code to drop the last joined party service, do as follows.

Router/configure#voice service feature-code Router/configure#voice/service/feature-code# drop-last-joined-party *33





6.1.313 group-call-pickup To input feature code of Group call pickup service, use ‘group-call-pickup’ voice service feature-code mode command. To return it to the initial value, use the no command. Dial the feature code for the group-call-pickup only for pick-up group service and if you want universal pick-up (pick-up a different group call), dial the feature code and group number, for example *34 + different group number.

syntax [no] group-call-pickup <feature-code>



example To configure ‘*34’ for the feature code of the group call pick up service.

Router/configure#voice service feature-code Router/configure#voice/service/feature-code# group-call-pickup *34 max 13 min 2

related commands direct-call-pickup





6.22 Voice Service SIP Commands

6.1.314 dtmf-relay You can use the dtmf-relay command in the SIP service configuration mode to specify the method of sending Dual Tone Multi Frequency (DTMF) tones between Ubigate VoIP gateways or other VoIP entities such as gateways and SIP phones. This is a global configuration command. To make a setting per dial peer, you can use dtmf-relay command in a the dial-peer configuration mode. To change it to the system default, use the ‘no’ command.

syntax [ no ] dtmf-relay {inband | rtp-nte | sip-notify | sip-info | queued-digits}


Dtmf relay method Inband: DTMF relays by the same RTP channel as the voice. DTMF tones are encoded as regular voice. RTP-NTE: DTMF relay using NTE RTP packets. DTMF tones are encoded in NTE format and transported by the same RTP channel as the voice. (Default) SIP-notify: DTMF relay using SIP NOTIFY message. SIP-info: DTMF relay using SIP INFO message. Queued-digits: DTMF relay using NTE RTP packets. Remaining digits will be transported after a RTP channel is established.

example The following example is the procedure for making a setting to use the SIP NOTIFY message as a DTMF relay method.

Router/configure# voice service sip Router/configure/voice/service/sip# dtmf-relay sip-notify



The following example is the procedure for setting the SIP INFO message as a DTMF relay method.

Router/configure# voice service sip Router/configure/voice/service/sip# dtmf-relay sip-info

The following example is the procedure for setting the Network Telephony Event payload of RTP as a DTMF relay method.

Router/configure# voice service sip Router/configure/voice/service/sip# dtmf-relay rtp-nte

The following example is the procedure for setting the DTMF relay method to enable transmission together with RTP voice payload.

Router/configure# voice service sip Router/configure/voice/service/sip# dtmf-relay inband

The following example is a procedure for changing the DTMF relay method to default setting values.

Router/configure# voice service sip Router/configure/voice/service/sip# no dtmf-relay inband


command modes Voice service sip configuration mode



6.1.315 max-forwards To set the Max-Forwards Header value to be used for a request message in Session Initiation Protocol (SIP), use the max-forwards command in a SIP Service Configuration mode. To change it to the System default max-forwards, use the ‘no’ command.


Number of Hops Max forward hops Range: 1~70 Default 70

syntax [ no ] max-forwards <no of hops>

example The following is used to set Max-forwards to 40.

Router/configure# voice service sip Router/configure/voice/service/sip# max-forwards 40

The following is used to make a setting with a default max forward value.

Router/configure# voice service sip Router/configure/voice/service/sip# no max-forwards 0





6.1.316 session-timer The SIP Session Timer Support feature adds the capability to periodically refresh Session Initiation Protocol (SIP) sessions by sending repeated UPDATE requests. The repeated UPDATE requests are sent during an active call leg to allow user agents (UA) or proxies to determine the status of a SIP session. To disable the use of the session timer, use the ‘no’ command.

syntax [ no ] session-timer expires <seconds> min-se <seconds>


expires Optional Session expire timer value Default: 1800 s

min-se Optional Minimum value allowed for SIP session timer refresh interval Default: 90 s

example The following is used to set the SIP session timer to default value, 1800 s for expires and 90 s for min-se.

Router/configure# voice service sip Router/configure/voice/service/sip# session-timer

The following is used to set expires value for 3600 s and min-se for 200 s.

Router/configure# voice service sip Router/configure/voice/service/sip# session-timer expires 3600 min-se 200

The following is used to disable use of the session timer.

Router/configure# voice service sip Router/configure/voice/service/sip# no session-timer





6.1.317 no-answer-timer If you want to change the timer value specifying the time between 1xx response and up to 2xx response message in Session Initiation Protocol (SIP), use the no-answer-timer command in a SIP service configuration mode. Use the ‘no’ command to set it to the default value.

syntax [ no ] no-answer-timer <timer seconds>


Timer value Range: 5~180 Default 120

example The following is used to set no answer timer to 100.

Router/configure# voice service sip Router/configure/voice/service/sip# no-answer-timer 100

The following is used to set no answer timer to a default value.

Router/configure# voice service sip Router/configure/voice/service/sip# no no-answer-timer 100





6.1.318 redirection Use the redirection command of the SIP service configuration mode to process 3xx redirect message and the ‘no’ command to not process 3xx redirect message.

syntax [ no ] redirection

example Set up to process 3xx redirect message as follows.

Router/configure# voice service sip Router/configure/voice/service/sip#redirection

Set up to not process 3xx redirect message as follows.

Router/configure# voice service sip Router/configure/voice/service/sip# no redirection





6.1.319 registrar local-service When an iBG router functions as registrar in Survivable telephony mode, in order to set up the permissible level of Expires header of the REGISTER message, a user is able to set up by using the registrar local-service expires command of the SIP service configuration mode. In order to set it up with the default value, use the ‘no’ command.

syntax [ no ] registrar local-service [min <value>] [max <value>]


min Optional The minimum value permissible with the value of Expires 60~3600 Default 60

max Optional The maximum value permissible with the value of Expires 600~86400 Default 86400

example The following example is the procedure to set up the value of expires with default values.

Router/configure# voice service sip Router/configure/voice/service/sip# registrar local-service

The following example is the procedure to set up the value of expires with a minimum 120 s and maximum 900 s.

Router/configure# voice service sip Router/configure/voice/service/sip# registrar local-service min 120 max 900



The following example is the procedure to set up the value of expires with the default value.

Router/configure# voice service sip Router/configure/voice/service/sip# no registrar local-service



6.1.320 rel1xx In order to globally enable the function of SIP reliability for the provisional response message, a user is able to use rel1xx command of the SIP service configuration mode. To disable this function, use the ‘no’ command.

syntax [ no ] rel1xx {supported | require | disable}


supported Supports reliable provisional responses. This is default.

require Requires reliable provisional responses. In the case when the opposing ends do not support this function, complete call.


example In order to support the reliable provisional message function, the following should be followed.

Router/configure# voice service sip Router/configure/voice/service/sip# rel1xx supported



related commands sip-class rel1xx



6.1.321 srtp crypto This command enables and chooses sRTP crypto algorithm for AES 128bits with 32bit-SHA1 or AES 128bits with 80bit-SHA1. To disable support of the sRTP crypto algorithm, use the ‘no’ command. Ubigate refers to ‘draft-ietf-music-descriptions-11’ for sRTP key negotiation mechanism in SIP messages. This is the global configuration command. To make a setting per dial-peer, you can use the ‘srtp crypto’ command in the dial-peer configuration mode.

syntax [ no ] srtp crypto { AES_CM_128_HMAC_SHA1_32 | AES_CM_128_HMAC_SHA1_80 } Default: no use of sRTP crypto.


AES_CM_128_HMAC_SHA1_32 Encryption algorithm is 128bits AES, Authentication algorithm is 32bits HMAC SHA1

AES_CM_128_HMAC_SHA1_80 Encryption algorithm is 128bits AES, Authentication algorithm is 80bits HMAC SHA1



example The following example is the procedure to set the sRTP crypto algorithm to AES 128bits with 80bit-SHA1.

Router/configure# voice service sip Router/configure/voice/service/sip# srtp crypto AES_CM_128_HMAC_SHA1_80

The following example is the procedure for disabling use of sRTP crypto.

Router/configure# voice service sip Router/configure/voice/service/sip# no srtp crypto AES_CM_128_HMAC_SHA1_80

related commands srtp crypto in dial-peer voice voip





6.1.322 timers To change the timer value of the Session Initiation Protocol (SIP), set by using the timers command in SIP service configuration mode, and to change the value of the System default timer use the ‘no’ command.

syntax [ no ] timers {t1 | t2 | t4} <value>


Timer name t1, t2, t4 timer

Timer value Milliseconds Range 500~1,000,000 Default t1 500 ms T2 4000 ms T4 5000 ms

example The following example is the procedure to set SIP t1 timer to 1000 ms.

Router/configure# voice service sip Router/configure/voice/service/sip#timers t1 1000

The following example is the procedure to set the SIP timer t2 to the default timer value.

Router/configure# voice service sip Router/configure/voice/service/sip# no timers t2 4000





6.1.323 transport Set designated transport mechanism for SIP signaling. The port number associated with the specific transport mechanism is set by the ‘port’ command. To set the system default, use the ‘no’ command. This is the global configuration command. To make a setting per dial-peer, you can use the ‘session transport’ command in the Dial-peer configuration mode.

syntax transport {udp | tcp | tls } Default: UDP

example Set TCP for the designated transport mechanism.

Router/configure# voice service sip Router/configure/voice/service/sip# transport tcp

related commands session transport in dial-peer voice voip





6.1.324 transport-switch udp-to-tcp To enable switching between UDP and TCP transport mechanisms globally for large Session Initiation Protocol (SIP) messages, use the transport switch command in SIP service configuration mode. To disable switching between UDP and TCP transport mechanisms globally for large SIP messages, use the no form of this command.

syntax [ no ] transport-switch udp-to-tcp <length>


Max length Max length of UDP message which is the standard of Transport switching Range: 1000~1500

example In order to enable the Transport switching function regarding the SIP message which exceeds 1300 bytes, set up as follows:

Router/configure# voice service sip Router/configure/voice/service/sip# transport-switch udp-to-tcp 1300

Set up to disable the transport switching function as follows.

Router/configure# voice service sip Router/configure/voice/service/sip# no transport-switch udp-to-tcp 1300





6.1.325 url To configure URLs to either the Session Initiation Protocol (SIP) or telephone (TEL) format for your VoIP SIP calls, use the URL command in SIP service configuration mode. To reset to the default, use the no form of this command.

syntax [ no ] url {tel | sip}




example Set up to use the URL of the SIP format as follows.

Router/configure# voice service sip Router/configure/voice/service/sip# url sip

Set up to use the URL of the TEL format as follows.

Router/configure# voice service sip Router/configure/voice/service/sip# url tel

related commands sip-class url





6.23 Voice Service H323 Commands

6.1.326 display-info CLI, applicable only to H.323 call, fills the specified strings to Q.931 Display Information Element on H.225.0 Call Signaling. The ‘no’ command fills nothing to Q.931 Display Information Element.

syntax [no] display-info <strings>


strings Display Information of Q.931 Display Information Element. A space is not allowed; maximum 82 characters are allowed.

example

Router/configure/voice/service/h323#display-info Samsung_Router


command modes Voice service h323 configuration



6.1.327 dtmf-relay (Voice service h323) Specifies the DTMF transmission method for all H.323 calls. However, ‘dtmf-relay’ command in the ‘dial-peer’ configuration mode has priority. The ‘no’ command returns the value to its initial value (rtp-nte).

syntax [no] dtmf-relay {inband | h245-alphanumeric | rtp-nte | queued-digits}


inband DTMF is sent together with the general voice stream.

h245-alphanumeric DTMF is sent using H.245 UserInputIndication (alphanumeric) Message.

rtp-nte DTMF is sent using the voice stream, according to the RFC2833 recommendation.

queued-digits DTMF is sent using the voice stream according to the RFC2833 recommendation; and additionally, Queued Digits are supported for analog-FXS subscribers.

example

Router/configure/voice/service/h323#dtmf-relay inband

related commands dtmf-relay (VOIP dial-peer)





6.1.328 h225 call-response You can specify the message to be sent as a response to H.225.0 Setup message. The message specified here is sent to a counterpart H.323 entity after H.225.0 CallProceeding message is sent. The ‘no’ command returns the value to the initial value (alert).

syntax [no] h225 call-response {alert | progress}


alert H.225.0 Alerting message is sent as a response to H.225.0 Setup message.

progress H.225.0 Progress message is sent as a response to H.225.0 Setup message. If, however, the POTS side is an analog FXS subscriber, H.225.0 Alerting message is sent.

example

Router/configure/voice/service/h323#h225 call-response progress




6.1.329 h225 call-start (Voice service h323) You can specify the call setup method for all outgoing H.323 calls. If the call setup method specified in H323 voice-class configuration mode is set to a specific VoIP dial-peer, it has a priority over the call setup method specified in Voice service h323 configuration mode. The ‘no’ command returns the value to its initial value (fast).

syntax [no] h225 call-start {fast | slow}


fast H.323 Call Setup is done according to the faststart method of H.323 Version2. This includes the faststart element which contains the media information in H.225.0 Setup message.

slow It does not follow faststart method, and the H.225.0 Setup message does not include the faststart element.

example

Router/configure/voice/service/h323#h225 call-start slow

related commands h225 call-start (Voice class h323)





6.1.330 h225 early-h245 (Voice service h323) For all H.323 calls, you can specify the normal H.245 procedure timing before or after the H.225.0 Connect message. You can specify the voice media establishment time point so that it can be done before the H.225.0 Connect message, and in general, it can be applied to the H.323 Entity which does not support faststart. If the setting in Voice class h323 configuration mode is set to a specific VoIP dial-peer, it has a priority over the setting in Voice service h323 configuration mode. The ‘no’ command returns the value to its initial value (off).

syntax [no] h225 early-h245 {on | off}


on Normal H.245 procedure is done prior to the H.225.0 Connect message.

off Normal H.245 procedure is done after the H.225.0 Connect message.

example

Router/configure/voice/service/h323#h225 early-h245 on

related commands h225 call-start (Voice service h323), h225 call-start (Voice class h323), h225 early-h245 (Voice class h323)





6.1.331 h225 h245-tunnel (Voice service h323) For all outgoing H.323 calls, you can specify whether to send and receive the H.245 message via a separate H.245 Control Channel, or encapsulate it within a H.225.0 Call Signaling message. If the setting in Voice class h323 configuration mode is set to a specific VoIP dial-peer, it has a priority over the setting in Voice service h323 configuration mode. The ‘no’ command returns the value to its initial value (on).

syntax [no] h225 h245-tunnel {on | off}


on Encapsulate the H.245 message within a H.225.0 Call Signaling message.

off Open a separate H.245 Control Channel to send and receive an H.245 message.

example

Router/configure/voice/service/h323#h225 h245-tunnel off

related commands h225 h245-tunnel (Voice class h323)





6.1.332 h225 T301 (Voice service h323) The ‘establishment timer’ is set to all outgoing H.323 calls. Usually, this timer is activated after H.225.0 Alert message is received, and deactivated after the H.225.0 Connect message is received or a call is released. If the setting in the Voice class h323 configuration mode is set to a specific VoIP dial-peer, it has a priority over the setting in Voice service h323 configuration mode. The ‘no’ command returns the value to its initial value (180 seconds).



seconds establishment timer value

example

Router/configure/voice/service/h323#h225 T301 200

related commands h225 T301 (Voice class h323)





6.1.333 h225 T303 (Voice service h323) The ‘setup timer’ is set to all outgoing H.323 calls. Usually, this timer is activated after the H.225.0 Setup message is sent, and deactivated after a certain H.225.0 Call Signaling message (CallProceeding, Alerting, Progress, Connect, ReleaseComplete or Other message) is received or a call is released. If the setting in Voice class h323 configuration mode is set to a specific VoIP dial-peer, it has a priority over the setting in Voice service h323 configuration mode. The ‘no’ command returns the value to its initial value (15 seconds).



seconds setup timer value

example

Router/configure/voice/service/h323#h225 T303 4

related commands h225 T303 (Voice class h323)





6.1.334 ras retry You can specify the retransmission count of each H.225.0 RAS message. Retransmission is usually done when no H.225.0 RAS response message is received within the timeout value after the H.225.0 RAS message is sent to a gatekeeper. The ‘no’ command returns the retransmission count of H.225.0 RAS message to its initial value.

syntax [no] ras retry {all | arq | drq | grq | rai | rrq | urq} <value>


all Specify the retransmission count for all RAS messages which do not have a specific value. The initial value of retransmission count is 2.

arq Specify the retransmission count for ARQ message. The initial value of retransmission count is 2.

drq Specify the retransmission count for DRQ message. The initial value of retransmission count is 2.

grq Specify the retransmission count for GRQ message. The initial value of retransmission count is 2.

rai Specify the retransmission count for RAI message. The initial value of retransmission count is 2.

rrq Specify the retransmission count for RRQ message. The initial value of retransmission count is 2.

urq Specify the retransmission count for URQ message. The initial value of retransmission count is 1.

value Specify the count of message retransmission after timeout occurs. The range of allowable values is 1-10.

example

Router/configure/voice/service/h323#ras retry rrq 3

related commands ras timeout





6.1.335 ras timeout You can specify the timeout value of each H.225.0 RAS message. The timer is usually activated when no H.225.0 RAS message is sent to a gatekeeper, and deactivated when H.225.0 RAS response message is not received within the timeout value. The ‘no’ command returns the timeout value of the H.225.0 RAS message to its initial value.

syntax [no] ras timeout {all | arq | drq | grq | rai | rrq | urq} <value>


all Specifies the timeout value for all RAS messages which do not have a specific value. The default timeout value is 3.

arq Specifies the timeout value for ARQ message. The default timeout value is 5.

drq Specifies the timeout value for DRQ message. The default timeout value is 3.

grq Specifies the timeout value for GRQ message. The default timeout value is 5.

rai Specifies the timeout value for RAI message. The default timeout value is 3.

rrq Specifies the timeout value for RRQ message. The default timeout value is 3.

urq Specifies the timeout value for URQ message. The default timeout value is 3.

value Specifies the maximum time to wait for a response message, after sending RAS message. The range of allowable values is 1-30.



example Router/configure/voice/service/h323#ras timeout rrq 5

related commands ras retry



6.1.336 ras rrq-ttl This command specifies a time-to-live upon sending a RRQ message to a gatekeeper. Upon sending a lightweight RRQ message, set the time-to-live value specified in the RCF, a response message of the initial RRQ message. The ‘no’ command returns the value to its initial value (60 seconds).

syntax [no] ras rrq-ttl <value>


value Specifies the time based on which a gatekeeper judges gateway status as ‘active’. The range of allowable values is 15-300 seconds.

example Router/configure/voice/service/h323#ras rrq-ttl 300





6.1.337 tech-prefix (Voice service h323) For all H.323 calls, a technology prefix is set for the ‘SupportedPrefix’ field in H.225.0 message. The technology prefix can be referred to when a gatekeeper determines call routing. If the setting in Voice class h323 configuration mode is set to a specific VoIP dial-peer, it has a priority over the setting in Voice service h323 configuration mode. The ‘no’ command deletes the technology prefix value.

syntax [no] tech-prefix <prefix>


prefix Sets the technology prefix number. The valid characters are 0-9, #, *, and up to 11 digits are allowed.

example Router/configure/voice/service/h323#tech-prefix 999#

related commands tech-prefix (VOIP dial-peer)





6.24 Voice Translation-profile Commands 6.1.338 translate (translation-profile)

This command is for setting the translation rule to Translation profile. Use the no form of the command for the release setting.

syntax translate {called|calling} <trans-ruleset-id>

Parameter Description(without Parameter, no table)

called Apply appropriate ruleset to the called number.

calling Apply appropriate ruleset to the calling number.

trans-ruleset-id translation ruleset ID

example Routerconfigure# voice translation-rule 1 Router/configure/voice/translation-rule 1# rule-match-replace 0 /3438/ /0234384968/ Router/configure/voice/translation-rule 1# exit

Create Translation ruleset 1 and designate match & replace rule.

Router/configure# voice translation-profile transprof1 Router/configure/voice/translation-profile transprof1# translate called 1

Create the Translation profile ‘transprof1’ and apply ruleset 1 to called number.

related commands voice translation-rule, vioce translation-profiel, show voice translation-rule, show voice translation-profile


command modes voice translation-profile configuration mode



6.25 Voice Translation-rule Commands

6.1.339 rule-match-replace This command sets the Match & replace rule. Use the no form of the command to delete. Up to 15 rules can be set including rule-reject in one translation rule set.

syntax rule-match-replace <rule-num> {match-pattern <pattern> replace-pattern <pattern>} [match-type <match-type>] [replace-type <replace-type>] [match-plan <match-plan>] [replace-plan <replace-plan>]


<rule-num> Precedence num. Numbers from 0 to 14 are available.

match-pattern Keyword. It can be omitted.

<match-pattern> Stream editor (SED) expression used to match incoming call information. The slash ‘/’ is a delimiter in the pattern.

replace-pattern Keyword. It can be omitted.

<replace-pattern> Stream editor (SED) expression used to match incoming call information. The slash ‘/’ is a delimiter in the pattern.

match-type Keyword. It can be omitted.

<match-type> match number type of call. - abbreviated-Abbreviated representation of the complete number as supported by this network.

- any-Any type of called number. - international-Number called to reach a subscriber in another country.

<match-type> - national-Number called to reach a subscriber in the same country, but outside the local network.

- network-Administrative or service number specific to the serving network.

- reserved-Reserved for extension. - subscriber-Number called to reach a subscriber in the same

local network. - unknown-Number of a type that is unknown by the network.

replace-type keyword. It can be omitted.



(Continued)


<replace-type> replace number type of call. - abbreviated-Abbreviated representation of the complete

number as supported by this network. - international-Number called to reach a subscriber in another

country.

<replace-type> - national-Number called to reach a subscriber in the same country, but outside the local network.


- reserved-Reserved for extension. - subscriber-Number called to reach a subscriber in the same

local network. - unknown-Number of a type that is unknown by the network.

match-plan keyword. It can be omitted.

<match-plan> match number plan of call - any-Any type of dialed number. - data - ermes - isdn - national-Number called to reach a subscriber in the same

country, but outside the local network. - private - reserved-Reserved for extension. - telex - unknown-Number of a type that is unknown by the network.

replace-plan keyword. It can be omitted.

<replace-plan> replace number plan of call - data - ermes - isdn - national-Number called to reach a subscriber in the same

country, but outside the local network. - private - reserved-Reserved for extension. - telex - unknown-Number of a type that is unknown by the network.



example

Router/configure# voice translation-rule 1 Router/configure/voice/translation-rule 1# rule-match-replace 0 /013/ /010/

It is the example of setting the rule to change 013 in digit string to 010.

Router/configure# voice translation-rule 1 Router/configure/voice/translation-rule 1# rule-match-replace 1 /1002/ /1002565/ subscriber national

It is the example of setting the rule to change 1002 in the digital call string with the subscriber as the number type to 1002565 and to the national number type.

related commands voice translation-rule, rule-reject, show voice translation-rule


command modes voice translation-rule configuration mode



6.1.340 rule-reject This command is to set the Reject rule. Use the no form of the command to delete. Up to 15 rules can be set including rule-match-replace in one translation rule set.

syntax rule-reject <rule-num> {reject-pattern <pattern>} [reject-type <reject-type>] [reject-plan <reject-plan>]


<rule-num> Precedence num. Numbers from 0 to 14 are available.

reject-pattern Keyword. It can be omitted.

<pattern> Stream editor (SED) expression used to match incoming call information. The slash ‘/’ is a delimiter in the pattern.

reject-type Keyword. It can be omitted.

<reject-type> reject number type of call. - abbreviated-Abbreviated representation of the complete

number as supported by this network. - any-Any type of called number. - international-Number called to reach a subscriber in

another country. - national-Number called to reach a subscriber in the same country, but outside the local network.


- reserved-Reserved for extension. - subscriber-Number called to reach a subscriber in the same local network.

- unknown-Number of a type that is unknown by the network.

reject-plan keyword. It can be omitted.

<reject-plan> reject number plan of call. - any-Any type of dialed number. - data - ermes - isdn - national-Number called to reach a subscriber in the same country, but outside the local network.

- private - reserved-Reserved for extension. - telex - unknown-Number of a type that is unknown by the network.



example

Router/configure# voice translation-rule 1 Router/configure/voice/translation-rule 1# rule-reject 0 /029324839/

This is an example of setting the rule to reject the call with 029324839 in digit string.

related commands voice translation-rule, rule-match-replace, show voice translation-rule


command modes voice translation-rule configuration command.



6.26 Voip-fallback Commands

6.1.341 corlist (voip-fallback) This command is to apply the Class of Restriction (COR) list to specific dial-peer in Survivable mode. Use the no form of the command to delete the COR list already defined. By default, dial-peer has no COR list.

syntax corlist {incoming | outgoing} <cor-list-name>


incoming Keyword to apply when the appropriate dial-peer operates as the incoming dial peer.

outgoing Keyword to apply when the appropriate dial-peer operates as the outgoing dial peer.

cor-list-name Name of COR list defined by the user.

example

Router /configure# dial-peer cor list list1 Router /configure/dial-peer/cor/list list1# member corname1 Router /configure/dial-peer/cor/list list1# member corname2 Router /configure/dial-peer/cor/list list1# member corname3 Router /configure# dial-peer cor list list2 Router /configure/dial-peer/cor/list list2# member corname3 Router /configure/dial-peer/cor/list list2# member corname4 Router /configure#voip-fallback Router /configure/voip-fallback # corlist incoming list1 Router /configure/voip-fallback # corlist outgoing list2

Above example shows the command of creating list1, list2 with the COR list and applying the incoming and outgoing COR list to the fallback mode.

related commands call-block disconnect-cause




command modes voip-fallback configuration mode

6.1.342 translate (voip-fallback) This command is to set the translation ruleset to be applied in Survivable telephony mode. Use the no form of the command to delete it.

syntax [no] translate {called|calling} <trans-rule-id>


called Apply the appropriate ruleset to the called number.

calling Apply the appropriate ruleset to the calling number.

trans-ruleset-id translation ruleset ID

If the translate command is configured in VoIP-fallback mode, all of the translation commands configured to voice port, dial-peer, trunk-group are not applied. Only the translation command in VoIP-fallback mode is applied.

example

Routerconfigure# voice translation-rule 1 Router/configure/voice/translation-rule 1# rule-match-replace 0 /3438/ /0234384968/ Router/configure/voice/translation-rule 1# exit

Create Translation ruleset 1 and designate match & replace rule.

Router/configure# voip-fallback Router/configure/voip-fallback# translate calling 1



In this example of allocating the ruleset to be applied to calling number in the Survivable telephony mode.

related commands voice translation-rule, voip-fallback



6.1.343 translate-sip-phone (voip-fallback) This command is to apply the translation ruleset to SIP-phone in Survivable mode. Use the no form of the command to delete.

syntax [no] translate-sip-phone {called|calling} <trans-rule-id>


called Apply appropriate ruleset to called number.

calling Apply appropriate ruleset to calling number.

trans-ruleset-id Translation ruleset ID

If the translate-sip-phone command is configured in VoIP-fallback mode, all of the translation commands configured to voice port, dial-peer, trunk-group are not applied. Only translate-sip-phone command in VoIP-fallback mode is applied.



example

Routerconfigure# voice translation-rule 1 Router/configure/voice/translation-rule 1# rule-match-replace 0 /3438/ /0234384968/ Router/configure/voice/translation-rule 1# exit

Create Translation ruleset 1 and designate the match & replace rule.

Router/configure# voip-fallback Router/configure/voip-fallback# translate-sip-phone calling 1

This is an example of allocating the ruleset to be applied to the calling number in Survivable telephony mode.

related commands voice translation-rule, voip-fallback





6.1.344 translation-profile (voip-fallback) This command is to apply the translation profile to be used in Survivable telephony mode. Use the no form of the command to delete it.



incoming Keyword to indicate application of translation profile to incoming call.

outgoing Keyword to indicate application of translation profile to outgoing call.


If the translate-profile command is configured in VoIP-fallback mode, all of the translation-profile commands configured to the voice port, dial-peer, trunk-group are not applied. Only the translation-profile command in VoIP-fallback mode is applied.

example

Router/configure# voip-fallback Router/configure/voip-fallback# translation-profile incoming prof1

This is an example of applying translation profile ‘prof1’ to the incoming call in Survivable telephony mode.

related commands voip-fallback, translation-profile, voice translation-profile





6.1.345 translation-profile-sip-phone (voip-fallback)

This command is to apply the translation profile to the SIP-phone in Survivable mode. Use the no form of the command to delete it.

syntax [no] translation-profile-sip-phone {incoming | outgoing} <prof-name>


incoming Keyword to indicate application of the translation profile to the incoming call

outgoing Keyword to indicate application of the translation profile to the outgoing call


If the translate-profile command is configured in VoIP-fallback mode, all of the translation-profile commands configured to the voice port, dial-peer, trunk-group are not applied. Only the translation-profile command in VoIP-fallback mode is applied.

example

Router/configure# voip-fallback Router/configure/voip-fallback# translation-profile-sip-phone incoming prof1

This is an example of applying the translation profile ‘prof1’ to the incoming call in Survivable telephony mode.

related commands voip-fallback, translation-profile, voice translation-profile





6.1.346 call-forward (voip-fallback) This command is to provide a call-forwarding service when VoIP-fallback mode. If there is a call-forwarding number in the subscriber’s profile, it is applied first and if there is no call-forwarding number in the profile, this forwarding number is applied globally.

syntax call-forward { busy | nona } <forward number> call-forward nona timeout [ 3-6000 ]


busy Configure the call-forward number in case of busy.

nona Configure the call-forward number in case that user no answer.

Forward number Forwarding number.

Timeout No Answer timeout value(second).

example

Router /configure#voip-fallback Router /configure/voip-fallback # call-forward busy 94373 Router /configure/voip-fallback # call-forward nona 912334 timeout 10






6.1.347 system-message (voip-fallback) This command is used to notify VoIP-fallback mode to the SIP phone, it sends MESSAGE method to SIP phones.

syntax system-message { survivable | normal } ‘string’


survivable Configure a display message when the mode is changed to survivable mode, default string is ‘Survivable Mode’.

normal Configure a display message when the mode is changed to survivable mode, default string is ‘Normal Mode’.

string Forwarding number.

This feature is not supported in the Samsung 5112L SIP phone yet, it will be supported in the future release.

example

Router /configure#voip-fallback Router /configure/voip-fallback # system-message survivable "Changed to Survivable Mode" Router /configure/voip-fallback # system-message normal "Changed to Normal Mode"






6.27 voip-gateway Commands

6.1.348 bind control interface Instead of creating a new IP address for VoIP, it binds with an existing IP address of a particular interface such as Ethernet, VLAN, Virtual-access, and Bundle. VoIP gateway will use the same IP address with a particular interface as its source IP address of SIP and H.323 signaling. When ‘bind control interface’ command is set, ‘bind media interface’ command must be used to set source the IP address of the voice media - RTP/RTCP. To unbind, use the no form of this command.

The setting using a bind control interface command cannot be set together with the setting using a host IP-address command.

syntax [no] bind control interface {ethernet | bundle | vlan | virtual-access } <interface-id>


ethernet Use ethernet interface for control packet. number in slot and port format, for example ethernet 0/0, ethernet 0/1, …

bundle Use bundle interface for control packet. name format for PPP interfaces. name:pvc_number format for Frame relay interfaces, for example - ppp0, ppp1, … - fr0:100, fr1:101, …

vlan Use vlan interface for control packet. name format, for example vlan1.100, vlan1.101, …

virtual-access Use virtual-access interface - PPPoE - for control packet. name format, for example pppoe1, pppoe2



example In the case when you can use ethernet interface 0/4 by binding with control, the example is as follows:

Router/configure/voip-gateway# bind control interface ethernet 0/4

In the case when you use Ethernet interface ‘1/0’ by binding with control, the example is as follows:

Router/configure/voip-gateway# bind control interface ethernet 1/0

In case when you use Bundle ‘ppp0’ interface by binding with control, the example is as follows:

Router/configure/voip-gateway# bind control interface bundle ppp0

In case when you use Bundle ‘fr0’ interface with PVC number 100 by binding with control, the example is as follows:

Router/configure/voip-gateway# bind control interface bundle fr0:100

In case when you use Vlan ‘vlan1.100’ interface ‘vlan1.100’ by binding with control, the example is as follows:

Router/configure/voip-gateway# bind control interface vlan vlan1.100

The example of canceling the bind control interface is as follows:

Router/configure/voip-gateway# no bind control interface ethernet 0/4



related commands host ip-address, bind media interface


command modes VoIP Gateway configuration mode

6.1.349 bind media interface Instead of creating a new IP address for VoIP, it binds with an existing IP address of a particular interface such as Ethernet, VLAN, Virtual-access, and Bundle. VoIP gateway will use the same IP address with a particular interface as its source IP address of voice media - RTP/RTCP. When ‘bind media interface’ command is set, ‘bind control interface’ command must be used to set source IP address of SIP and H.323 signaling. To unbind, use the no form of this command.

syntax [no] bind media interface {ethernet | bundle | vlan | virtual-access } <interface-id>


ethernet Use the ethernet interface for media packet. number in slot and port format, for example ethernet 0/0, ethernet 0/1, …

bundle Use bundle interface for media packet. name format for PPP interfaces. name:pvc_number format for Frame felay interfaces, for example ppp0, ppp1, … fr0:100, fr1:101, …

vlan Use vlan interface for media packet. name format, for example vlan1.100, vlan1.101, …

virtual-access Use virtual-access interface - PPPoE - for control packet. name format, for example pppoe1, pppoe2



example

Router/configure # voip-gateway Router/configure/voip-gateway# shutdown forced Router/configure/voip-gateway# bind media interface ethernet 0/0 Router/configure/voip-gateway# bind control interface ethernet 0/0 Router/configure/voip-gateway# no shutdown Router/configure/voip-gateway# exit

In the example above, the interface for the gateway media-packet is set to ‘ethernet 0/0’.


command modes voip-gateway configuration

6.1.350 call-server gw-uri This command is to make an iBG router in iPX interworking mode and register an iBG router with GW-URI to Ubigate iPX as well. GW-URI is a representative name for iPX. the VoIP gateway must be shut down before changing the GW-URI name. To remove GW-URI, use the no form of this command.

syntax [ no ] call-server gw-uri <iBG endpoint name>


iBG endpoint name iBG endpoint name Must be the same as the name configured in iPX

expires Optional: Specify default registration expire timer value of Ubigate iBG’s GW-URI. Default: 60 s

retry Optional: Specify retry timer value when Ubigate iBG’s GW-URI registration fails Default: 10 s



example The following is the procedure to set [email protected] as the name of the iBG endpoint. The host domain-name ‘samsung.com’ must be configured prior to setting GW-URI.

Router/configure#voip-gateway Router/configure/voip-gateway# call-server gw-uri ibg1

related commands call-server ip-address


command modes VoIP configuration mode

6.1.351 call-server ip-address This command sets the IP address of the call-server for an iBG router. Call server is a server that provides all the service inter-working with an iBG router that is Ubigate iPX. Ubigate iPX is working as the SIP proxy and registrar server, so either registrar or sip-server cannot be set once the call-server is configured. VoIP gateway must be shut down before changing call-server parameters. To put an iBG router in standalone mode, use the no form of this command.

Once the call-server is configured, it cannot be set simultaneously together with the registrar or sip-server.



syntax [ no ] call-server ip-address {ipv4:x.x.x.x[:port] | ipv6:x.x.x.x.::x.x.x.x[/port] | dns:FQDN.DOMAIN.COM[:port]} [transport {udp/tcp/tls}] [uri {sip/sips}] [retry <retry seconds>] [expires <expire seconds>]


ip-address Specify IP address. IPv4:x.x.x.x[:port] IPv6:x.x.x.x.::x.x.x.x[/port] dns:FQDN.DOMAIN.COM[:port]

transport Optional: Specifies transport type to be used in SIP protocol - UDP, TCP, and TLS. Default: use system transport type that is configured with ‘voice service SIP global configuration mode.

uti type Optional: Specifies URI type to be used in SIP protocol - SIP and SIPS. Default: use the system transport type that is configured with ‘voice service SIP’ global configuration mode.

expires Optional: Specifies the default registration expires timer value of a FXS subscriber. A dial-peer POTS with ‘register e164/uri’ configured will use this timer value. Default: 3660 s

retry Optional: Specifies retry timer value when a FXS subscriber registration fails. A dial-peer POTS with configured ‘register e164/uri’ will use this timer value. Default: 60 s

example The following command is used to set a call server IP address to 10.10.10.20.

Router/configure/voip-gateway# call-server ip-address ipv4:10.10.10.20

The following example is the command to set a call server which uses 10.10.10.20 as a call server ip address, and # 6000 port in SIP protocol.



Router/configure/voip-gateway# call-server ip-address ipv4:10.10.10.20:6000

The following command is used to set a call server where the retry time is 30 seconds, and the expire time, 60 seconds.

Router/configure/voip-gateway# call-server ip-address ipv4:10.10.10.20 retry 30 expires 60

related commands call-server gw-uri, show voip gateway



6.1.352 gw-accounting To send call detail records to a RADIUS server, use the ‘gw-accounting’ command. To disable the setting, use the ‘no’ command.

syntax [ no ] gw-accounting

example The following command is used to send gateway accounting information to the RADIUS accounting server.

Router/configure/voip-gateway# gw-accounting



The following command is used to not send gateway accounting information to the RADIUS accounting server.

Router/configure/voip-gateway# no gw-accounting

The following example is the procedure for a simple RADIUS server setting. It is a setting procedure when RADIUS server IP is 10.10.10.90, shared key is ‘test123’, and the accounting port is 2813.

Router/configure# aaa Router/configure/aaa# authentication Router/configure/aaa/authentication# login default radius Router/configure/aaa/authentication# protocol default pap Router/configure/aaa/authentication# exit Router/configure/aaa # radis Router/configure/aaa/radius# primary 10.10.10.90 Router/configure/aaa/radius#shared test123 Router/configure/aaa/radius#acct_port 2813 Router/configure/aaa/radius#exit Router/configure/aaa#exit

related commands aaa authentication, aaa radius





6.1.353 host domain-name This is a command to specify the domain name to be used in Session Initiation Protocol (SIP). This is the essential information to start the VoIP gateway. To remove the domain-name, use the no form of this command.

syntax [ no ] host domain-name <domain-name>

example The following command is used to set samsung.com as a host domain name.

Router/configure/voip-gateway# host domain-name samsung.com

The following command is used to delete a host domain name.

Router/configure/voip-gateway# no host domain-name samsung.com

related commands show voip-gateway





6.1.354 host ip-address This command is to create a new IP address for the VoIP gateway. Both VoIP signaling - SIP and H.323 - and media - RTP/RTCP - will use this IP address as a source IP address. VoIP gateway must be shut down before change host IP-address. To remove host IP-address, use the no form of this command.

host IP-address setting cannot be made together with bind media interface or bind control interface.

syntax [ no ] host ip-address {ipv4:x.x.x.x | ipv6:x.x.x.x.::x.x.x.x }


ip-address Specify IP address.

example The following command is used to set a host IP address to 10.10.10.10.

Router/configure/voip-gateway# host ip-address ipv4:10.10.10.10

The following command is used to delete a host IP address setting.

Router/configure/voip-gateway# no host ip-address ipv4:10.10.10.10

related commands bind control interface, bind media interface, shutdown, show voip-gateway





6.1.355 sip-ua This command is to enter into SIP-UA command mode.

syntax sip-ua

example The following example is the procedure to go into VoIP-gateway configuration mode to SIP-UA mode.

Router/configure# voip-gateay Router/configure/voip-gateway# sip-ua

next-level commands alert-cut-through, authentication, calling-info, disable-early-media offer call-hold, peer-mon, reason-header override, registrar ip-address, registrar name, set pstn-cause, set sip-request, set sip-status, shutdown, sip-server ip-address, sip-server name, suspend-resume





6.1.356 shutdown (VoIP Gateway) To disable VoIP service for both SIP and H.323, use the shutdown command in VoIP gateway configuration mode. Existing calls will be terminated and analog telephone voice port (FXS) registered to the SIP registrar or call-server (Ubigate iPX) will be unregistered. To enable VoIP service, use the ‘no’ command.

Shutdown of VoIP service will be terminated for both SIP and H.323 service.

syntax [ no ] shutdown

example The following example is the procedure to shutdown VoIP call service.

Router/configure # voip-gateway Router/configure/voip-gateway # shutdown

The following example is the procedure to start VoIP call service.

Router/configure # voip-gateway Router/configure/voip-gateway # sip-ua Router/configure/voip-gateway/sip-ua# no shutdown Router/configure/voip-gateway/sip-ua# exit Router/configure/voip-gateway# h323-gateway Router/configure/voip-gateway/h323-gateway # no shutdown Router/configure/voip-gateway/h323-gateway # exit Router/configure/voip-gateway # no shutdown

related commands shutdown (SIP UA), shutdown (H.323 gateway), show voip-gateway




command modes VoIP gateway configuration mode

6.1.357 ip-qos meda dscp To set the global default DSCP for the quality of service for media, use the ip-qos dscp command in the VoIP-gateway configuration mode. To disable DSCP, use the no form of this command.

syntax [no] ip-qos media dscp {None.|af11|..|af43|cs1|…|cs7|ef}



set-af val Apply DSCP to assured forwarding bit pattern. - af11-bit pattern 001010 - af12-bit pattern 001100 - af13-bit pattern 001110 - af21-bit pattern 010010 - af22-bit pattern 010100 - af23-bit pattern 010110 - af31-bit pattern 011010 - af32-bit pattern 011100 - af33-bit pattern 011110 - af41-bit pattern 100010 - af42-bit pattern 100100 - af43-bit pattern 100110

set-cs val Apply DSCP with class-selector codepointer. - cs1-codepoint 1 (precedence 1) - cs2-codepoint 2 (precedence 2) - cs3-codepoint 3 (precedence 3) - cs4-codepoint 4 (precedence 4) - cs5-codepoint 5 (precedence 5) - cs6-codepoint 6 (precedence 6) - cs7-codepoint 7 (precedence 7)



example

Router/configure# voip-gateway Router/configure/voip-gateway# ip-qos media dscp af41 Router/configure/voip-gateway# exit

In this example, af41 is set to DSCP value as the system global default to set QoS level of media.



6.1.358 ip-qos signaling dscp This is the command that can set the value of Global signaling DSCP. To restore it to the basic value, use the no form of the command. The basic value is af41.

syntax [no] ip-qos signaling dscp {af11 | af12 | af13 | af21 | af22 | af23 | af31 | af32 | af33 | af41 | af42 | af43 | cs1 | cs2 | cs3 | cs4 | cs5 | cs6 | cs7 ef}



set-af val Apply DSCP to assured forwarding bit pattern. - af11-bit pattern 001010 - af12-bit pattern 001100 - af13-bit pattern 001110 - af21-bit pattern 010010 - af22-bit pattern 010100 - af23-bit pattern 010110 - af31-bit pattern 011010 - af32-bit pattern 011100 - af33-bit pattern 011110 - af41-bit pattern 100010



(Continued)


set-af val - af42-bit pattern 100100 - af43-bit pattern 100110

set-cs val Apply DSCP with class-selector codepointer. - cs1-codepoint 1 (precedence 1) - cs2-codepoint 2 (precedence 2) - cs3-codepoint 3 (precedence 3) - cs4-codepoint 4 (precedence 4) - cs5-codepoint 5 (precedence 5) - cs6-codepoint 6 (precedence 6) - cs7-codepoint 7 (precedence 7)

example

Router/configure# voip-gateway Router/configure/voip-gateway# ip-qos signaling dscp af23

This is an example of applying the value of Global signaling DSCP to af23.

related commands ip qos dscp


command modes voip-gateway configuration mode



6.1.359 rtcp timer To set RTCP packet transmission interval, use the rctp timer command in VoIP-gateway configuration mode. This command acts as the global setting and affect all the media channel’s RTCP operation. To reset to the default, use the no form of this command.

syntax [no] rtcp timer <interval>


interval The time of interval to send RTCP SR/RR packets to the remote party.

example

Router/configure# voip-gateway Router/configure/voip-gateway# rtcp timer 7 Router/configure/voip-gateway# exit

In this example, a 7-second RTCP packet interval is applied to the entire system.





6.1.360 rtp port-range To specify the base RTP port range for VoIP media channels, use the rtp port-range command in the VoIP-gateway configuration mode. To reset to the default, use the no form of this command.

syntax rtp port-range <starting-port> <port-range>


starting-port The base RTP port from which RTP port ascends to the number of port-ranges when the port is requested to be allocated. Range of starting-port: 16384 - 32255

port-range The total number of RTP ports used for VoIP media channels. The entire RTP port ranges from starting-port to starting-port plus port-range. Range of port-range: 512 - 16383

example

Router/configure# voip-gateway Router/configure/voip-gateway# rtp port-range 20000 1024 Router/configure/voip-gateway# exit

This example shows that the RTP port range is set to 20000-1024 for allocation and use.





6.28 SIP UA Commands

6.1.361 alert-cut-through This command is to specify the response message to be delivered to an answer SDP for an early media session. By default, an answer SDP is delivered via 183 Session progress message, but it can change to 180 ringing message.

syntax [ no ] alert-cut-through {180 }


180 Setting to load an answer SDP to 180 Ringing response message.

example

Router/configure/voice/service/sip# alert-cut-through 180 Router/configure/voice/service/sip# no alert-cut-through 180

The first setting is to load the answer SDP on 180 Ringing and the second setting back to the default value - load answer SDP on 183 session progress message.

related commands disable-early-media 180


command modes SIP UA configuration mode



6.1.362 authentication This command is to configure the username, password and realm for HTTP digest authentication. In HTTP digest authentication, the SIP server may challenge all SIP requests from SIP UA and an iBG router uses this information as its digest credentials. It is the global configuration for digest credentials and each dial-peer could set its specific digest credentials. To remove authentication information, use the no form of this command.

syntax [ no ] authentication username <my-user-name> password <my-password> [ realm <my-realm> ]


username String parameter to be used as a user name.

password String parameter to be used as a password.

realm String parameter and optional parameter to be used as a realm.

example

Router/configure/voip-gateway/sip-ua# authentication username sip1 password sip123 Router/configure/voip-gateway/sip-ua# authentication username sip1 password sip123 realm SIP_UA_1 Router/configure/voip-gateway/sip-ua# no authentication username sip1 password sip123

The example shows that the username used for authentication is ‘sip1’; and password, ‘sip123’. The second example sets a realm as ‘SIP_UA_1’. The third example shows the use of the no command which removes the authentication information.





6.1.363 calling-info pstn-to-sip To specify calling information processing for public switched telephone network(PSTN) to Session Initiation Protocol(SIP) calls, use the calling-info pstn-to-sip command in SIP UA configuration mode. To disable calling information processing for PSTN-to-SIP calls, use the no form of this command.

syntax [ no ] calling-info pstn-to-sip {unscreened discard | name <name string> number <number>}


unscreened discard Specifies that the calling name and number be discarded.

name string Specifies the calling name which is set unconditionally in the INVITE message.

number Specifies the calling number which is set unconditionally in the INVITE message.

example For the SIP’s calling information regarding all the PSTN-to-SIP calls of an iBG router, you can set testcall as a name, and 7778888 as a number in the following way:

Router/ configure/voip-gateway/sip-ua# calling-info pstn-to-sip name testcall Router/ configure/voip-gateway/sip-ua# calling-info pstn-to-sip number 7778888

related commands calling-info pstn-to-sip





6.1.364 calling-info sip-to-pstn To specify calling information treatment for Session Initiation Protocol (SIP) to a public switched telephone network (PSTN) calls, use the calling-info sip-to-pstn command in SIP UA configuration mode. To disable calling information treatment for SIP-to-PSTN calls, use the no form of this command.

syntax [ no ] calling-info sip-to-pstn{unscreened discard | name <name string> number <number>}


unscreened discard Specifies that the calling name and number be discarded.

name string Specifies the calling name which is set unconditionally in the forwarded Setup message.

number Specifies the calling number which is set unconditionally in the forwarded Setup message.

example For the calling information of all the SIP-to-PSTN calls of an iBG router, you can set testcall as a name, and 7778888 as a number in the following way.

Router/ configure/voip-gateway/sip-ua# calling-info sip-to-pstn name testcall Router/ configure/voip-gateway/sip-ua# calling-info sip-to-pstn number 7778888

related commands calling-info sip-to-pstn





6.1.365 disable-early-media 180 To specify which call treatment, early media or local ringback, is provided for 180 responses with 180 responses with Session Description Protocol (SDP), use the disable-early-media 180 command in SIP-UA configuration mode. To enable early media cut-through for 180 messages with SDP, use the no form of this command.

syntax [ no ] disable-early-media 180

example If you are not to process the SDP delivered through 180 Ringing response message, make a setting as follows.

Router/configure/voip-gateway/sip-ua# disable-early-media 180

related commands alert-cut-through





6.1.366 offer call-hold To specify globally how the Session Initiation Protocol (SIP) gateway should initiate call-hold requests, use the offer call-hold command in SIP user-agent configuration mode. To set the default method for initiating call hold, use the no form of this command.

syntax [ no ] offer call-hold {conn-addr | dir-sendonly | dir-inactive}


conn-addr Specifies the RFC 2543 method of using the connection address for initiating call-hold requests. The RFC 2543 method uses 0.0.0.0.

dir-sendonly Specifies the current RFC 3264 method of using the direction attribute (a=sendonly) for initiating call-hold requests. This is the default.

dir-inactive Specifies the method of using the direction attribute (a=inactive) for initiating call-hold requests.

example Use the following command to make a call-hold request using the direction attribute (a=sendonly).

Router/configure/voip-gateway/sip-ua# offer call-hold dir-sendonly





6.1.367 peer-monitor Use the peer-monitor command for the SIP UA configuration mode in the case that designates the interval of sending and resending OPTIONS messages to confirm the peer status by using OPTIONS SIP message in the Session Initiation Protocol (SIP). To disable this function, use the ‘no’ command. Default means disabled.

syntax [ no ] peer-monitor expires <expires seconds> retry <retry seconds>


expires Time interval to send OPTIONS messages to Peer Default 300

Retry The interval of sending it again in case there is no answer to OPTIONS messages to Peer Default 60

example The following example is the procedure for setting up the peer monitor duration time as 200 and peer monitor retry time as 300.

Router/configure# voip-gateway Router/configure/voip-gateway# sip-ua Router/configure/voip-gateway/sip-ua# peer-monitor expires 200 retry 300

The following example is the procedure for setting up the peer monitor duration and the retry time with the default value.

Router/configure/voip-gateway/sip-ua# no peer-monitor





6.1.368 reason-header override Use the reason-header override command of SIP UA configuration mode to designate whether to process PSTN Fail Cause carried with reason-header of the SIP BYE message and Error response message. To disable this function, use the ‘no’ command. Default means disabled.

syntax [no] reason-header override

example Set up to enable the reason-header override function is as follows.

Router/configure/voip-gateway/sip-ua# reason-header override

Set up to disable the reason-header override function is as follows.

Router/configure/voip-gateway/sip-ua# no reason-header override





6.1.369 registrar This command enables an iBG router to register E.164 number or URI number on behalf of analog telephone voice port (FXS) with SIP registrar. To disable the registration and remove the registrar server information, use the ‘no’ command. In the call-server mode, the registrar command cannot be used because the call-server works as both the SIP-server and registrar.

registrar IP-address and registrar name are the commands to set up in the same way and therefore they cannot be used at the same time

Setting up registrar set up as IP-address and registrar name cannot be set up with the call-server of VoIP gateway at the same time.

syntax [ no ] registrar ip-address {ipv4:x.x.x.x[:port] | ipv6:x.x.x.x.::x.x.x.x[/port] | dns:FQDN.DOMAIN.COM[:port]} [transport {udp/tcp/tls}] [uri {sip/sips}] [retry <retry seconds>] [expires <expire seconds>] [ no ] registrar name <voip-peer> [transport {udp/tcp/tls}] [uri {sip/sips}] [retry <retry seconds>] [expires <expire seconds>]


IP Designates IP address. IPv4:x.x.x.x[:port] IPv6:x.x.x.x.::x.x.x.x[/port] DNS:FQDN.DOMAIN.COM[:port]

voip-peer designates the name of voip-peer listed in VoIP-peer.

transport Optional: Specifies the transport type to be used in SIP protocol - UDP, TCP, and TLS. Default: use the system transport type that is configured with ‘voice service SIP’ global configuration mode.



(Continued)


uti type Optional: Specifies URI type to be used in SIP protocol - SIP and SIPS. Default: use system transport type that is configured with ‘voice service SIP’ global configuration mode.

expires Optional: Specifies the default registration expire timer value of an FXS subscriber. A dial-peer POTS configured with ‘register e164/uri’ will use this timer value. Default: 3660 s

retry Optional: Specify retry timer value when a FXS subscriber registration fails. A dial-peer pots configured with ‘register e164/uri’ will use this timer value. Default: 60 s

example The following example is the procedure to set up a call server registrar IP address to 10.10.10.40.

Router/configure # voip-gateway Router/configure/voip-gateway # sip-ua Router/configure/voip-gateway/sip-ua# registrar ip-address ipv4:10.10.10.40

The following example is the command to set up a call server registrar IP address to 10.10.10.40 and to use the port in the 6000th.

Router/configure/voip-gateway/sip-ua# registrar ip-address ipv4:10.10.10.40:6000

The following example is the command to set up a call server where retry time is 30 seconds; expire time, 60 seconds.

Router/configure/voip-gateway/sip-ua# registrar ip-address ipv4:10.10.10.40 retry 30 expires 60



The following example is the procedure to designate 10.10.10.40 with the name of ‘registrar’ in VoIP-peer for using registrar IP address and set up the registrar by using the registrar name.

Router/configure# voip-peer registrar sip Router/configure/voip-peer registrar sip #ip-address ipv4:10.10.10.40 Router/configure/voip-peer registrar sip # exit Router/configure# voip-gateway Router/configure/voip-gateway# sip-ua Router/configure/voip-gateway/sip-ua# registrar name registrar

related commands show sip-ua registration, show sip-registrar



6.1.370 set pstn-cause In order to map the Incoming PSTN cause code with Session Initiation Protocol (SIP) status code, use set pstn-cause. In order to reset the default value, use the ‘no’ command.

syntax [ no ] set pstn-cause <cause value> sip-status <status value>


PSTN cause PSTN cause code Range: 1~127

SIP status SIP status code Range: 400~699



example The following example is the one to map PSTN cause code 111 (Protocol Error) with SIP status code 400 (Bad request).

Router/configure# voip-gateway Router/configure/voip-gateway# sip-ua Router/configure/voip-gateway/sip-ua# set pstn-cuase 111 sip-status 400

related commands set sip-status, set sip-request cancel pstn-cuase



6.1.371 set sip-request cancel pstn-cause In order to map the Incoming Session Initiation Protocol (SIP) CANCEL request with the PSTN cause code, use sip-request cancel pstn-cause command. In order to reset with the default value, use the ‘no’ command.

syntax [ no ] set sip-request cancel pstn-cause <cause code>





example The following example is for mapping the SIP CANCEL request with PSTN cause code 41 (Temporary Failure).

Router/configure# voip-gateway Router/configure/voip-gateway# sip-ua Router/configure/voip-gateway/sip-ua# set sip-request cancel pstn-cause 41

related commands set pstn-cause, set sip-status



6.1.372 set sip-status In order to map the Incoming Session Initiation Protocol (SIP) status code with PSTN cause code, use the set sip-status command. In order to reset with the default value, use the ‘no’ command.

syntax [ no ] set sip-status <status code> pstn-cause <cause code>


SIP status SIP status code Range: 400~699




example The following example is for mapping the SIP status code 400 (Bad request) with PSTN cause code 111 (Protocol Error).

Router/configure# voip-gateway Router/configure/voip-gateway# sip-ua Router/configure/voip-gateway/sip-ua# set sip-status 400 pstn-cause 111

related commands set pstn-cause, set sip-request cancel pstn-cuase



6.1.373 sip-connect This command is for specifying the public identity of an iBG router using SIPconnect inter-working with the SIP server and registrar. SIPconnect is an industry standards-based approach to direct IP peering between SIP-enabled IP PBXs and VoIP service provider networks. Refer to http://www.sipforum.org/sipconnect for details.

syntax [ no ] sip-connect public-identity <E.164 number>


E.164 number Public PSTN identity in Full E.164 format. This number should be assigned.



example The following is the procedure to set [email protected] as a public iBG PSTN identity. The host domain-name ‘samsung.com’ must be configured prior to setting the public-identity.

Router/configure#voip-gateway Router/configure/voip-gateway# sip-ua Router/configure/voip-gateway/sip-ua# sip-connect public-identity 07070154410

related commands sip-server, registrar


command modes VoIP configuration mode

6.1.374 sip-server To configure the network address of the outbound SIP server. The outbound voice call will be forwarded to the server when no dial-peer is matched. To remove the SIP server information, use the ‘no’ command. In the call-server mode, the sip-server command cannot be used because call server works as both SIP server and registrar.

sip-server IP-address and sip-server name are commands for the same set up, therefore the two commands may not be used at the same time.

SIP server set as the sip-server IP-address and sip-server name may not be set with the call-server of VoIP gateway.



syntax [ no ] sip-server ip-address {ipv4:x.x.x.x[:port] | ipv6:x.x.x.x.::x.x.x.x[/port] | dns:FQDN.DOMAIN.COM[:port]} [transport {udp/tcp/tls}] [uri {sip/sips}] [ no ] sip-server name <voip-peer> [transport {udp/tcp/tls}] [uri {sip/sips}]


IP Designates IP address. IPv4:x.x.x.x[:port] IPv6:x.x.x.x.::x.x.x.x[/port] DNS:FQDN.DOMAIN.COM[:port]

voip-peer Designates the name of the VoIP-peer listed in VoIP-peer.

transport Optional: Specifies transport type to be used in SIP protocol - UDP, TCP, and TLS. Default: use system transport type that is configured with the ‘voice service SIP’ global configuration mode.

uti type Optional: Specifies URI type to be used in SIP protocol - SIP and SIPS. Default: use system transport type that is configured with the ‘voice service SIP’ global configuration mode.

example The following example is the procedure to set 10.10.10.50 for the SIP server IP address.

Router/configure # voip-gateway Router/configure/voip-gateway # sip-ua Router/configure/voip-gateway/sip-ua# sip-server ip-address ipv4:10.10.10.50

The following example is the command to set the SIP-server that uses 10.10.10.50 for the SIP server IP address, and uses 6000th port in SIP protocol.

Router/configure/voip-gateway/sip-ua# sip-server ip-address ipv4:10.10.10.50:6000



The following example is the command to set the SIP server that uses TLS for transport, and SIPS for SIP URI type.

Router/configure/voip-gateway/sip-ua# sip-server ip-address ipv4:10.10.10.50 transport tls uri sips

The following example is the procedure to set the name for ‘proxy’ in VoIP-peer in order to use 10.10.10.50 for the SIP server IP address, and set SIP server by using the SIP-server name.

Router/configure# voip-peer proxy sip Router/configure/voip-peer proxy sip #ip-address ipv4:10.10.10.50 Router/configure/voip-peer proxy sip # exit Router/configure# voip-gateway Router/configure/voip-gateway# sip-ua Router/configure/voip-gateway/sip-ua# sip-server name proxy

related commands show sip-ua sip-server





6.1.375 shutdown (SIP UA) To disable SIP UA service, use the shutdown command in SIP UA configuration mode. Existing calls will be terminated, and analog telephone voice port (FXS) registered to the SIP registrar or call-server (Ubigate iPX) will be deregistered. To enable SIP UA service, use the ‘no’ command.

Both VoIP-gateway and SIP-UA should be ‘no shutdown’ to enable SIP UA service.

syntax [ no ] shutdown example The following example is the procedure to shutdown SIP call service.

Router/configure # voip-gateway Router/configure/voip-gateway # sip-ua Router/configure/voip-gateway/sip-ua# shutdown

The following example is the procedure to start SIP call service.

Router/configure # voip-gateway Router/configure/voip-gateway # no shutdown Router/configure/voip-gateway # sip-ua Router/configure/voip-gateway/sip-ua# no shutdown

related commands shutdown (VoIP gateway), show voip-gateway, show sip-ua operation-mode, show sip-ua parameters applicable models/versions All models. command modes SIP UA configuration mode



6.1.376 suspend-resume The SIP: ISDN Suspend/Resume Support feature adds Session Initiation Protocol (SIP) call-hold support to SIP gateways when an ISDN Suspend event is triggered. To disable this service, use the ‘no’ command.

syntax [ no ] suspend-resume Default: this service is disabled.

example To enable Suspend and Resume functionality set as follows:

Router/configure/voip-gateway/sip-ua# suspend-resume

To disable the Suspend and Resume functionality set as follows:

Router/configure/voip-gateway/sip-ua# no suspend-resume





6.1.377 present-indicator The SIP: ISDN Present-indicator feature enables the Session Initiation Protocol (SIP) call signaling message interworks with ISDN presentation indicator header field. It will add or remove the ‘Privacy header’ depending on the ISDN presentation indicator header field. For the details, refer to ‘RFC3325 Private Extensions to the Session Initiation Protocol (SIP) for Asserted Identity within Trusted Networks’. To disable this service, use the ‘no’ command.

syntax [ no ] present-indicator Default: this service is disabled.

example To enable the ISDN Presentation Indicator functionality set as follows:

Router/configure/voip-gateway/sip-ua# present-indicator

To disable the ISDN Presentation Indicator functionality set as follows:

Router/configure/voip-gateway/sip-ua# no present-indicator





6.29 H323-gateway Commands

6.1.378 call-signaling-port You can specify the TCP server port for H.225.0 call signaling. This configuration is allowed only when H.323 service is down. The ‘no’ command returns the value to its initial value (1720).

syntax [no] call-signaling-port <port>


port the server port number for H.225.0 call signaling. The range of allowable values is 1025-65535.

example

Router/configure/voip-gateway/h323-gateway#call-signaling-port 2000

related commands control-signaling-port, ras-port


command modes h323-gateway configuration



6.1.379 control-signaling-port Each of H.323 calls usually needs a H.245 control channel. To specify the base of TCP server port range for H.245 control channels, use the control-signaling -port command in the h323-gateway configuration mode. This configuration is allowed only when H.323 service is down. The ‘no’ command returns these values to their initial values (starting-port: 32768, port-range: 256).

syntax [no] control-signaling-port <starting-port> <port-range>


starting-port The base port number of H.245 control channels to be opened. The range of allowable value is 1025 - 65000

port-range The total number of TCP ports used for H.245 control channels. The entire TCP port ranges from starting-port to ending-port (starting-port + port-range - 1) The range of allowable values is 128-512

example

Router/configure/voip-gateway/h323-gateway#control-signaling-port 3000 512

related commands call-signaling-port, ras-port





6.1.380 gatekeeper id You can specify the H.323 identification of the gatekeeper to be registered in H.323 Indirect Connection mode, up to 2 units (primary/secondary). When H.323 gateway attempts RAS registration to a gatekeeper, this H.323 identification value is used. The ‘no’ command deletes the H.323 identification value.

syntax [no] gatekeeper id <gatekeeper-ID> [primary | secondary]


gatekeeper-id Gatekeeper name. Generally, specifies the DNS name or alias name of a gatekeeper.

primary | secondary If not entered, the primary is specified by default.

example

Router/configure/voip-gateway/h323-gateway#gatekeeper id X-GK primary

related commands h323-id, gatekeeper ip-address, gatekeeper name





6.1.381 gatekeeper ip-address You can specify the ITSP gatekeeper to be registered in H.323 Indirect Connection mode, up to 2 units (primary/secondary). If registration is not allowed in a primary gatekeeper, registration is attempted using the secondary gatekeeper information. The inverse is also applicable. You must enter the primary gatekeeper information first, and if registration is done to a specific gatekeeper, you have to perform unregistration using the ‘no’ command and enter the new gatekeeper information. The ‘no’ command attempts unregistration via the gatekeeper, and all the entered gatekeeper information is deleted. syntax [no] gatekeeper ip-address {ipv4 | ipv6 | dns}:<ip-address> <port-number> [primary | secondary]


Ipv4 | ipv6 | dns Specifies whether the address is IPv4, IPv6 or FQDN.

ip-address IP address or FQDN of the gatekeeper where registration will be attempted.

port-number RAS registration port number of a gatekeeper where registration will be attempted. The allowable range is 0~65535. If 0 is entered, it means a default port number (1719).

primary | secondary If not entered, the primary is specified by default.

example

Router/configure/voip-gateway/h323-gateway#gatekeeper ip-address ipv4:10.254.167.245 1719 primary

related commands h323-id, gatekeeper id, gatekeeper name





6.1.382 gatekeeper name You can specify the ITSP gatekeeper to be registered in H.323 Indirect Connection mode, up to 2 units (primary/secondary). If registration is not allowed in a primary gatekeeper, registration is attempted using the secondary gatekeeper information. The inverse is also applicable. You must enter the primary gatekeeper information first, and if registration is done to a specific gatekeeper, you have to perform unregistration using the ‘no’ command and entering the new gatekeeper information. The ‘no’ command attempts unregistration via the gatekeeper, and all the entered gatekeeper information is deleted.

syntax [no] gatekeeper name <peer-name> [primary | secondary]


peer-name VoIP peer name Only the H.323 VoIP peer name specified by using ‘voip-peer’ command is allowed.

primary | secondary Keyword If not entered, the primary is specified by default.

example

Router/configure/voip-gateway/h323-gateway#gatekeeper name pri-gatekeeper primary

related commands h323-id, voip-peer, gatekeeper id, gatekeeper ip-address





6.1.383 h323-id You can specify the H.323 name of the H.323 Gateway. H.323 name specified here is set to the ‘terminalAlias’ element in RRQ message when RAS registration to ITSP gatekeeper is attempted. During H.225.0 Call Signaling, it is set to ‘h323-ID’ field of the ‘sourceAddress’ element. The ‘no’ command deletes the H.323 name setting.

syntax [no] h323-id <h323-name>


h323-name H.323 name Maximum 128 characters are allowed.

example

Router/configure/voip-gateway/h323-gateway#h323-id h323gw.samsung.com

related commands gatekeeper, gatekeeper-name





6.1.384 ras-port You can specify the UDP server port for H.225.0 RAS signaling. This configuration is allowed only when H.323 service is down. The ‘no’ command returns the value to its initial value (1719).

syntax [no] ras-port <port>


port The server port number for RAS signaling. The range of allowable values is 1025 - 65535.

example

Router/configure/voip-gateway/h323-gateway#ras-port 8500

related commands call-signaling-port, control-signaling-port





6.1.385 shutdown (h323-gateway) It starts and terminates H.323 service. To start H.323 service, the VoIP-gateway service status should be enabled in ‘VoIP-gateway’ configuration mode using ‘no shutdown’ command. The ‘no’ command starts the H.323 service; otherwise, it terminates the H.323 service.

syntax [no] shutdown [forced]


forced H.323 service shutdown option. It is used together with the command to terminate H.323 service. When the ‘forced’ option is selected, the H.323 service is terminated after stopping the current call forcibly; otherwise, the call in progress is not terminated.

example

Router/configure/voip-gateway/h323-gateway#shutdown forced

related commands shutdown (voip-gateway)





6.30 Voip-incoming Commands

6.1.386 voip-incoming translation-profile This command is to set the translation-profile to be applied to all calls incoming from VoIP. Use the no form of the command to delete it. The rule is applied first if the VoIP-translation rule is applied together.

syntax voip-incoming translation-profile <prof-name>


prof-name Translation profile name. Up to 31 letters are allowed.

example Router/configure# voip-incoming translation-profile prof1

This is an example for setting the ‘prof1’ translation profile.

related commands voice translation-rule, voice translation-profile, voip-incoming translation-rule





6.1.387 voip-incoming translation-rule This command is to set the translation-rule to be applied to all calls incoming from VoIP. Use the no form of the command to delete. The rule is applied first if the voip-translation rule is applied together.

syntax voip-incoming translation-rule {calling|called} <rule-num>


prof-name ranslation profile name. Up to 31 letters are allowed.

example

Router/configure# voip-incoming translation-rule called 10

It is the example of setting the ‘10’ translation rule to the called number of all VoIP incoming calls.

related commands voice translation-rule, rule-match-replace, rule-reject





6.31 Voip-peer Commands

6.1.388 description (voip-peer) This is a command that sets the description of the VoIP peer. To delete it use the no command. Add descriptions of the appropriate VoIP peer. A user is able to check with the ‘show voip peer’ command. It does not influence the VoIP peer’s action.



description a string of up to 63 characters. use a quotation mark (“) as the first and the last character.

example

Router/configure# voip-peer 1 Router/configure/voip-peer 1# description "voip peer for group1"

related commands voip-peer <name>


command modes voip-peer configuration mode



6.1.389 ip-address (voip-peer) This is a command that sets the IP-address on the VoIP peer. To delete, use the no form of the command. A user is able to check with the ‘show voip peer’ command. It does not influence the VoIP peer’s action.

syntax ip-address {ipv4:x.x.x.x[:port] | dns:FQDN.DOMAIN.COM[:port]}

example

Router/configure# voip-peer 1 Router/configure/voip-peer 1# ip-address ipv4:10.254.139.58

related commands voip-peer <name>


command modes voip-peer configuration mode



CHAPTER 7. Exit Commands Use the exit command to exit the system CLI or to exit from a lower-level command prompt to a higher-level command prompt in the CLI hierarchy.

7.1 exit This command exits the system CLI, or exits from a lower-level command prompt to a higher-level command prompt in the CLI hierarchy.

syntax exit [levels <n>]


levels Number of levels to exit. The range is 1 -6; the default is 1.

default None.

example

Router/configure/interface/bundle wan1# exit 2 Router-T1/configure# In the example above, the exit command is used to exit two levels from the configure/ interface/ bundle# prompt to the configure# prompt.

CHAPTER 7. Exit Commands








8.1 The File System Use the file commands to copy, delete, and show files located in compact flash or USB memory. The file commands may also be used to upload files to a network host or download files to compact flash memory or USB memory.

To use the file commands, you must log in as a level 1 user. A level 2 user may access the file ls command for showing files currently stored on the Compact flash. The file commands are not available to level 3 and level 4 users. Most of the commands under the file mode should have device name (/cf0 or/usb0) as a prefix of the file path.

When the device (/cf0 or/usb0) is accessed by some commands like copy, format and ls, Don’t unplug the device or reboot the system. Otherwise, the device may not be recovered. The compact flash memory or USB memory stick used in this section should be a Samsung authorized device. A non-Samsung authorized device may cause some troubles using file commands



8.2 file chkdsk This command performs a feature which checks the device status for consistency of the device’s file system. If it finds some errors, it will try to fix the problems automatically. Note that the consistency check procedure will dismount the file system, meaning the all currently open file descriptors will be deemed unusable. So, before using this command, make sure that there are no activities accessing the file system.

syntax chkdsk device_name


Device_name Specifies the destination filename: </cf0/filename |/usb0/filename>

default None.

example Router/file# chkdsk /cf0 WARNING : Do not remove Compact Flash or reboot during this process /cf0/ - disk check in progress ... [DOS] /cf0/ - Volume is OK total # of clusters : 62,444 # of free clusters : 42,882 # of bad clusters : 0 total free space : 42,882 Kb max contiguous free space : 43,895,808 bytes # of files : 8 # of folders : 0 total bytes in files : 19,557 Kb # of lost chains : 0 total bytes in lost chains : 0



related commands file ls, file format

applicable models/versions All models. iBG 1000 doesn’t support usb device option.

command modes Router/file



8.3 file copy This command copies a file in compact flash memory or USB memory and assigns a new name to the copy.

syntax copy src_path <s_path> dest_path <d_path>


src_path Specifies the source filename to be copied: </cf0/filename |/usb0/ filename>

dest_path Specifies the destination filename: </cf0/filename |/usb0/filename>

default None.

example

Router/file# copy /cf0/sys.cfg /cf0/oldsys.cfg WARNING: Do not remove Compact Flash or reboot during this process

related commands file ls





8.4 file download This command downloads a file from a remote host to compact flash or USB memory. There are two types for file transformation: TFTP or FTP. Using this command with the ‘type tftp’ option or without the ‘type’ option will invoke the TFTP client to download files. If you use this command with the ‘type ftp’ option, a FTP client will be invoked. Unlike TFTP, FTP requires the user authentication. You should assign a proper server address based on the protocol type option.

syntax download server_ip_address <ip_address> srcfile_path <s_path> dstfile_path <d_path> [type <transfer_type>] [progress <on_off>] [ftp_mode <mode>]


server_ip_address <ip_address>

FTP or TFTP server IP address.

srcfile_path <s_path>

the path name of the source file.

dstfile_path <d_path>

the path name of the destination file.

type <transfer_type>

the transfer protocol: <ftp | tftp (default)>. If FTP is selected, then user login and password will be required.

progress <on_off>

The flag to display the progress meter during the file is transfer: <on | off (default)>

ftp_mode <mode>

the mode for opening FTP data connection (only available in FTP): <port (default) | pasv>

default None.



example

Router/file# download 90.90.90.240 ftpboot/iBG_x.x.x.Z /cf0/iBG_x.x.x.Z type ftp ftp_mode pasv Handling FTP request ! Continue with the download (y/n): y WARNING : Do not remove Compact Flash or reboot during this process login: common password: 1234 Transfer complete: 12576500 bytes [100%] Download successful

related commands file upload





8.5 file format This command formats the compact flash or USB memory. All contents of the device will be erased and destroyed when this command is conducted. It is not possible to recover the contents in the device after the device is formatted. Unplugging the device while the format is progress can damage the device and it may not be recovered.

syntax format [target device <t_device>]


target-device Specifies the device name to format: </cf0 |/usb0>, /cf0 is default

default None.

example

Router/file# format /cf0 WARNING : Do not remove Compact Flash or reboot during this process All files on the device will be erased. : Are you sure (Y/N) ?

related commands file ls





8.6 file ls This command lists the files in Compact Flash or USB memory.

syntax ls [device name <d_name>]


device-name Specifies the device name to list the contents </cf0 |/usb0>, default is/cf0

This command displays information of each file in the device. And, it also shows the total bytes of all files and free bytes of the device.

default None.

example

Router/file# ls WARNING : Do not remove Compact Flash or reboot during this process. Contents of /cf0: size date time name -------- ----------- ------- -------- 8 JAN-05-2000 13:06:4 Certificates.dat 28 JAN-05-2000 13:06:4 Keys.dat 2587136 JAN-05-2000 13:00:5 adsl_1.0.8.A.tar 39802820 APR-09-2000 05:50:1 b39_u2v6A_0228.Z 51200 JAN-07-2000 17:54:2 command.log 20266944 FEB-25-2000 08:18:4 iBG3026_Advanced_2.1.3.7.Z 20262676 FEB-26-2000 00:07:1 iBG3026_Advanced_2.1.3.8.Z 42625936 MAR-11-2000 00:02:1 iBG3026_Advanced_2.2.0.0.Z 41234374 JAN-01-2000 00:04:5 iBG3026_Advanced_2.2.1.0.Z 2813 JAN-05-2000 13:00:1 oldsystem.cfg 1874 JAN-05-2000 13:06:4 profile.csv 2813 JAN-05-2000 13:06:4 system.cfg 3052 JAN-01-2000 01:46:4 system.cfg.spaek Total bytes: 166841674 Bytes Free on /cf0: 89489408




applicable models/versions All models. iBG 1000 doesn’t support usb device option. command modes Router/file



8.7 file rename Use this command to rename a file on compact flash or USB device.

syntax rename current-file-name <old_file_name> new-file-name <new_file_name>


current-file-name Specifies the name of the file to be renamed.

new-file-name Specifies the new name of the flash file.

default None.

example

Router/file# rename /cf0/dspfile.bin /cf0/dspfile.old WARNING : Do not remove Compact Flash or reboot during this process Successfully renamed /cf0/dspfile.bin ro /cf0/dspfile.old

related commands file copy, file ls





8.8 file rm This command removes a file from compact flash or USB memory. Files already removed cannot be recovered.

syntax rm file_name <f_name>


file-name Specifies the name of the file to be deleted(</cf0/filename>

default None.

example Router/file # rm /cf0/removefile WARNING: Do not remove Compact Flash or reboot during this process File /cf0/removefile will be erased: Are you sure (y/n) ? :y

related commands ls





8.9 file show_boot This command shows ROM image boot information. Boot ROM images are stored in boot flash memory not compact flash. There are two kinds of booting ROM images. The first one is primary booting ROM image and another is the backup image for fail-safing.

syntax show_boot

default None.

example

Router/file# show_boot Boot Version: 0.0.4 - GOLDEN BOOT FLASH ROM HEADER (ROMA) - MagicKey : BFMK Hdr Chekcum : 0x2c4 Hdr Size : 24 (0x18) Boot Area Size : 0xf0000 Image Version : 00.00.03 Image Checksum : 0xbb8fee7a - NORMAL BOOT FLASH ROM HEADER (ROMB) - MagicKey : BFMK Hdr Chekcum : 0x90 Hdr Size : 24 (0x18) Boot Area Size : 0xf0000 Image Version : 00.00.04 Image Checksum : 0x716322e [Normal Boot Image was booted]

related commands show version


comandmode Router/file



8.10 file sftp This command performs download and upload operations between a remote host and compact flash or USB memory over an encrypted SSH transport. It uses SSH sessions for data transfer, and uses the same authentication and provides the same security as SSH. Path names of source and destination must be presented. Any file name may contain a remote host and user specification to indicate that the file is to be transferred to/from that remote host. If the source path name includes a remote host, SFTP operates in the download mode. If destination path name includes a remote host, SFTP operates in the upload mode. However, only one of them can be remote because file transfer between two remote hosts is not permitted yet.

syntax sftp [[user<name>@]src_host<hostname>:]srcfile_path<pathname> [[user<name>@]dst_host<hostname>:]dstfile_path<pathname> [ port portno <n> ] [ cipher cipher_spec <typenames> ] [ mac mac_spec <typenames> ] [ comp comp_flag <on|off> ] [ progress progress_flag <on|off> ]


user<name>@ host <hostname>:

User-ID and hostname of the remote SFTP server. If user-ID isn’t present, the current system user-ID is used by default. If this field is present, the following path name is regarded as a remote path name.

scrfile_path Path name of the source file (remote or local). It should be a file name.

dstfile_path Path name of the destination (remote or local). Path name may be file or directory.

portno <n> Port to connect to on the remote host.(default: 22)

ciphers <typename>

Cipher specification. Desired encryption algorithm. one of 3descbc, blowfishcbc, aes128cbc, aes192cbc and aes256cbc.

macs <typename>

MAC (Message authentication code) specification. Desired MAC algorithm. one of hmacsha1, hmacsha196, hmacmd5 and hmacmd596.

comp_flag <on|off>

Compression flag-on/off (default: off).

progress_flag <on|off>

flag to display progress meter during the file is transfer. <on | off> (default: on)



default None.

example

Router/file# sftp [email protected]:ftpboot/ibg3026_advanced_x.x.x.Z /cf0/ibg3026_advanced.Z comp on Connecting to 10.1.1.5... [email protected]'s password: 1234 Fetching /home/common/ftpboot/ibg3026_advanced_x.x.x.Z to /cf0/ibg3026_advanced.Z Transfering 18452528 bytes [100%] Router/file# sftp /cf0/system.cfg [email protected]:. comp on Connecting to 10.1.1.5... [email protected]'s password: 1234 Uploading /cf0/system.cfg to /home/common/./system.cfg Transfering 6588 bytes [100%]

related commands -





8.11 file upload This command uploads a file from compact flash or USB memory to a remote host. There are two types for file transformation: TFTP or FTP. Using this command with the ‘type tftp’ option or without the ‘type’ option will cause the TFTP client to upload files. If you use this command with the ‘type ftp’ option, an FTP client will be invoked. Unlike TFTP, FTP requires the user authentication. You should assign a proper server address based on the protocol type option.

syntax upload srcfile_path <s_path> server_ip_address <ip_address> dstfile_path <d_path> [type <transfer_type>] [progress <on_off>] [ftp_mode <mode>]


srcfile_path <s_path> The path name of the source file

server_ip_address <ip_address>

FTP or TFTP server IP address

dstfile_path <d_path> the path name of the destination file

type <transfer_type> the transfer protocol: <ftp | tftp (default)>. If FTP is selected, then user login and password will be required.

progress <on_off> the flag to display progress meter during the file is transfer. <on | off (default)>

ftp_mode<mode> the mode for opening FTP data connection (only available in FTP).: <port (default) | pasv>

default None.



example

Router/file# upload /cf0/system.cfg 90.90.90.240 /tmp/system.cfg type ftp Handling FTP request ! Continue with the upload ? (y/n) : y WARNING : Do not remove Compact Flash or reboot during this process login: common password: 1234 Transfer complete: 6500 bytes [100%] Upload successful

related commands file download





8.12 file verify This command checks the integrity of a file on a compact flash or a USB device with SHA_1 algorithm. and update the verification list if the calculated hash-value differs from a stored value in the list.

syntax verify <file_name> [signature <SHA_1 value>]


File_name The file of which hash value will be calculated and updated into the verification list.

SHA_1 value The known SHA_1 value for the specified file. When an SHA_1 value is specified in the command, the system will calculate the SHA_1 value for the specified file and display a message verifying that the SHA_1 values match or that there is a mismatch.

default On boot time, the hash-value of system configuration file (/cf0/system.cfg) is automatically calculated and stored to make sure the integrity while system running. Use the show verify_list command to see the value at any time.

example

Router/file# verify /cf0/system.cfg WARNING : Do not remove Compact Flash or reboot during this process 2939 bytes Done! Verified: (/cf0/system.cfg) = ae1e8f546041cae5969f2b1494abf99104771ca6 ------------------------------------------------------------ Router /file# verify /cf0/system.cfg ae1e8f546041cae5969f2b1494abf99104771ca6 WARNING : Do not remove Compact Flash or reboot during this process 2939 bytes Done!



Verified: (/cf0/system.cfg) = ae1e8f546041cae5969f2b1494abf99104771ca6 ------------------------------------------------------------ Router/file# verify /cf0/oldsystem.cfg WARNING : Do not remove Compact Flash or reboot during this process 2939 bytes Done! Computed signature = 26817901c521199d3cabf179f32aea9a6874e4e6 NOTICE: The signature of this file was NOT stored. Do you want to store this result for the verification later? (y/n) ...Stored.

related commands show verify_list, clear verify_list

applicable models/versions: All models/SNOS v2.1 or higher. iBG 1000 doesn’t support usb device option.




8.13 file version This command lists versions of the image file in compact flash or USB device. This treats only image type file like SNOS image file or firmware files. Therefore, using this command with a non-image file will display an error message. You can get the version name and size from the result of this command.

syntax version [</cf0/filename | /usb0/filename>]


/cf0/filename /usb0/filename

Image type filename on/cf0 Image type filename on/usb0

default None.

example

Router/file# version /cf0/iBG3026_Advanced_1_0_0.Z WARNING : Do not remove Compact Flash or reboot during this process Checking packed images checksum… Checksum validation is checked. [OK] /cf0/iBG3026_Advanced_1_0_0.Z: Image: Type= System Ver= 1.0.0 Size= 17648156 Cksum= 0x7b2c9347 Image: Type= Booting Rom Ver= 1.0.0 Size=983040 Cksum= 0xae76c738 Image: Type= Firmware (DSP) Ver= 50.1.0 Size= 1471367 Cksum= 0x2a1a5a6

related commands show_boot, show version




9.1 Managing Passwords Use the password command change passwords on a Router system. The new password is effective at the next login session. The system administrators with level 1 privileges can change the passwords of any user. Other users can change only their own passwords.

9.2 password This command is used to change the user passwords on a router system.

syntax password <user name> <old password> <new password> <re-enter password>


user name old password new password re-enter password

Name of the user whose password is to be changed. This is only for an administrator to change any other user’s password. Current password for the user. This is only for a user to change its own password. The new password Re enter the new password.

default None.



example1

Router# password name: Router new password: jsmith re-enter password: jsmith password has been changed

This is an example for an administrator to change the password of a user named Router. In this example, the password changes into jsmith. Actually passwords entered here are not displayed in the screen.

example2

Router# password old password: john new password: jsmith re-enter password: jsmith password has been changed

This is an example of a user changing his own password. In this example, the password changes from john to jsmith. Actually passwords entered here are not displayed.

related commands show users, show user_accounts






10.1 ICMP Support Use the ping and ping6 command to verify connectivity between a Router system and other network hosts.

You can stop pinging using the key combination, Ctrl+C.

10.2 ping This command verifies connectivity between a Router system and other network hosts.

syntax ping ip_address [sipaddress <ipaddress>] [pingcnt <n>] [pktsize <n>] [timeout <n>][fillpattern <n>] [sweepmin<n>] [sweepmax <n>] [tos <n>] [dfbit <on | off>] [options <None. | verbose | validate>] [interval<n>]


ip_address sipaddress pingcnt pktsize timeout fillpattern

destination ip address(A.B.C.D) source ip address(A.B.C.D) number of ping packets to send(default: 5) packet size(default: 64) time out in seconds(default: 5) icmp data fill pattern(default: 255)



(Continued)


sweepmin sweepmax tos dfbit options interval

sweep minimum packet size (default: 36) sweep maximum packet size (default: 1024) type of service (default: 0) Turn on DF bit in IP header (default: no) ping options (default: none). interval between successive transmissions in milliseconds (default: 500ms)

example

Router# ping 10.10.0.5 Router# ping router2.test.com pktsize 150

Symbol Meaning

! Receipt of ping echo reply

. No reply

U Got reply with destination unreachable

I User pressed Ctrl + C

& Got reply with ICMP type ‘Time Exceeded’

D Got reply from different hosts

? Any other ICMP type. To get more info try ping x.x.x.x verbose

related commands trace, trace6, ping6





10.3 ping6 This command verifies connectivity between a Router system and other IPv6 nodes. This uses ICMPv6 protocol to send the packets to the destination IPv6 address. With this tool there are more options which may help to diagnose the network/host better.

syntax ping6 dipaddress <ipv6_address> [interface <intf_name>] [sipaddress <ipv6address>] [pingcnt <n>] [pktsize <n>] [timeout <n>][fillpattern <n>] [sweepmin<n>] [sweepmax <n>] [options <both | verbose | validate>] [interval <n>]


dipaddress interface sipaddress pingcnt pktsize timeout fillpattern sweepmin sweepmax options interval

Specify Destination IPv6 Address or Destination IPv6 Hostname. This will be a mandatory parameter. Specify interface of the router through which the ping packets has to be sent. This is an optional parameter. And specified in the form of ethernet0/0, ethernet0/1 etc. Specify source IPv6 address which is configured on the Pinging Router. Optional parameter. Must be from one of the configured box interfaces. Specify how many packets you want to ping with. Optional Parameter. Default value will be 5. Range of values will be 1-65535. Specify the packet size you want to ping with. Optional Parameter. Default value will 8. Range will be 1-10000. Specify the timeout for each ping packet when the destination is not reachable. Optional parameter. Default value will be 5 seconds. Range will be 1-10 seconds. Specify pattern to fill in sending packets. This is an Optional parameter. Default will be filled as ‘255’. Specify sweep minimum value. Used for continuous ping with varying packet size between sweepmin and sweepmax value. Default value is 16. Range is from 16 to 10000. Specify sweep maximum value. Used for continuous ping with varying packet size between sweepmin and sweepmax value. Default value is 1024. Range is from 16 to 10000. There are three parameters to specify under this. The default will be all. Other options will be verbose or validate. Verbose mode will display more information on Ping statistics. Validate will check the data sent and received interval between successive transmissions in milliseconds (default: 500ms)



example

Router# ping6 2002:1234::5678 Router# ping6 router2.test.com pktsize 150 interval 1000

Symbol Meaning

! Receipt of ping6 echo reply

. No reply in timeout

U Got reply with destination unreachable

I User pressed Ctrl + C

& Got reply with ICMPv6 type ‘Time Exceeded’

D Got duplicate reply from different hosts

? Any other ICMPv6 type. To get more info try ping6 verbose

related commands ping, trace, trace6






11.1 Restarting an iBG3026 Modular Router Use the reboot command to boot the Router system from the current boot parameters. This command disconnects all users from the system and momentarily disrupts traffic through the system.

11.2 reboot This command reboots the Router system from the current boot parameters. Use this command to disconnect all users from the system and momentarily disrupts traffic through the system. To see the current boot before rebooting, use the show boot_params command. The alert message will be printed after this command is conducted.

syntax reboot

default None.

example

Router# reboot Continue with reboot ? (y/n) : y *Jan 03,2000,13:24:52: #PLATFORM-emergency: User types reboot CLI command,the system will be rebooted.



related commands show boot_params, save local






12.1 Managing Configuration Images Use the save commands to save system configurations to either flash memory or a network host. The save commands are as follows:

12.2 save local This command saves a system configuration to flash memory. Use this command each time the system configuration changes and after creating command aliases. This allows the system to boot from the latest configuration upon subsequent power-up or reboot. Optionally, assign a file name to the saved configuration; if a file name is not specified, the default file (system.cfg) is used. A message confirming a successful save appears after the command is executed.

syntax save local [file-name <file_name>]


file-name Specifies local file name. default: system.cfg

default None.



example

Router# save local d011899.cfg




12.3 save network Saves a system configuration to a network host. You must specify a file name and the path name to the destination. This command supports secure ftp (sftp) mode between a remote host and compact flash. A message confirming a successful save appears after the command is executed.

syntax save network A.B.C.D file-name <file_name> [transfer-type <type>]


file-name Specifies fully qualified path of remote file

A.B.C.D Specifies IP Address

transfer-type Specifies file transfer protocol type – tftp (default) or sftp

default None.

example

Router# save network 10.1.100.16 /maindir/network01




13.1 Connecting to the Console Use the telnet command to telnet directly from one Router system to another Router system (or network host). This feature eases network configuration by eliminating the need to exit the Router CLI before establishing a telnet session.

13.2 configure telnet Use this command to open a telnet session.

syntax telnet host_ip <ip_address> [port-number <n>]


host_ip <ip_address> IP Address, such as A.B.C.D

port-number <n> Port number, default: 23

default None.

example

Router# telnet 2.2.2.2 2602




14.1 test ct3 This command accesses next-level commands for conducting tests on a CT3 interface. Test command is used for testing the module. Two test commands are there 1. BERT (Bit Error Rate Testing) 2. Loopback (Loopback Testing)

syntax ct3 slot/port <n/n>


Slot/port Specifies the slot and port of the interface.

default None.

example

Router/test# ct3 1/0





command modes Router/test



14.2 test ct3 slot <n>/port <n> bert This command performs a bit error rate test (BERT) on a T1 channel. Before conducting a BERT test, activate a T1 line loopback at a remote system; the remote system will loop the BERT pattern back to the Router system for bit error rate calculation. The bit error rate is an indicator of overall T1 quality. To activate a remote T1 loopback, use the test ct3 loopback remote line_t1 command. The bit error rate test is illustrated in the figure below.

Figure 14.1 Typical T1 Bit Error Rate Test You may choose the type of BERT pattern to be sent, and you may set the BERT duration. You may abort a BERT at any time by entering no bert n at the test/ct3# prompt, where n is the T1 on which the BERT was conducted. You may apply a BERT pattern to multiple T1s by using a dash to indicate a range or a comma to separate individual T1s.

syntax bert t1-channel <n | n-k> [pattern <type>] [interval <n>]


t1-channel T1 channel (s) to be tested The range is 1-28.

pattern Pattern type for bert test. (default: QRSS) 0s All-zeros pattern 1s All-ones pattern 2^11 2^11 pattern 2^15 Pseudorandom pattern with no more than 14 consecutive zeros and no more than 15 consecutive ones. Use this pattern for testing at data rates above 19.2 kbps (G.703-standard test).

Router System Remote System

BERT Pattern BERT Gen

Bit Error counter

Remote Loopback



(Continued)


pattern 2^20 2^20 pattern 2^23 Pseudorandom pattern with no more than 22 consecutive zeros and no more than 23 consecutive ones. This pattern provides the highest stress of all BERT patterns. QRSS QRSS pattern (default) This pattern simulates live data.

interval Duration for BERT test The range is 1-1092 minutes; the default is continuous.

default None.

example

Router/test/ct3(1/0)# bert 4 0s interval 10 Router/test/ct3(1/0)# bert 1-10 interval 10

The example above sends a BERT pattern to the remote system on T1 channel 4 of the CT3 link. CT3 module (WT3-1C) is equipped in the slot 1. The BERT pattern (an all-zeros signal) is sent for 10 minutes. To view the BERT error count during the test, use the show module test ct3 command.



command modes Router/test/ct3 (1/0)



14.3 test ct3 loopback This command accesses next-level commands for activating and deactivating loopbacks on a CT3 link or a CT3 T1 channel. CT3 module (WT3-1C) is equipped in the slot 1.

syntax loopback

default None.

example

Router/test/ct3(1/0)# loopback






14.4 test ct3 loopback line_ct3 This command activates a CT3 line loopback. The loopback sends an incoming T3 signal back to a remote system for line testing. This is illustrated in the figure below.

Figure 14.2 T3 Line Loopback

syntax [no] loopback line_ct3

default None.

example

Router/test/ct3(1/0)# loopback line_ct3

To verify loopback status during the test, use the show module test ct3 command.




Remote T3 System

iBG3026 System

T3 Signal



14.5 test ct3 loopback line_t1 This command activates a T1 line loopback. The loopback sends an incoming T1 signal back to a remote system for line testing. This is illustrated in the figure below.

Figure 14.3 T1 Line Loopback You may activate line loopbacks on multiple T1s by using a dash to indicate a range or a comma to separate individual T1s. In addition, you may activate a T1 loopback by sending an inband or FDL loop-up code from the remote system via the CT3 link. The type of loop-up code will appear in the test show screen. If the T1 channel is D4-framed, you must send an inband loop-up code. If it is ESF-framed, you may send either an AT & T or ANSI loop-up code over the FDL.

syntax [no] loopback line_t1 t1-channel <n | n-k>



default None.

iBG3026

Remote T1 System

T1 Signal

T1 Trans- ceiver

T1 Framer



example

Router/test/ct3(1/0)# loopback line_t1 4 Router/test/ct3(1/0)# loopback line_t1 4-10







14.6 test ct3 loopback payload_t1 This command activates a T1 payload loopback. The loopback sends the incoming T1 signal back to the remote system. The payload loopback corrects bipolar violations, CRC errors, and frame bit errors before returning the signal. This is illustrated in the figure below.

Figure 14.4 T1 Payload Loopback You may activate line loopbacks on multiple T1s by using a dash to indicate a range or a comma to separate individual T1s. In addition, you may activate a T1 line loopback by sending an inband or FDL loop-up code from the remote system via the CT3 link. The type of loop-up code will appear in the test show screen. If the T1 link is D4-framed, you must send an inband loop-up code. If it is ESF-framed, you may send either an AT & T or ANSI loop-up code over the FDL.

syntax [no] loopback payload_t1 t1-channel <n | n-k>



default None.

iBG3026

Remote T1 System

T1 Signal

T1 Trans- ceiver

T1 Framer



example

Router/test/ct3(1/0)# loopback payload_t1 6 Router/test/ct3(1/0)# loopback payload_t1 6-10







14.7 test ct3 loopback remote This command accesses next-level commands for activating CT3 and/or T1 loopbacks at remote systems.

syntax loopback remote

default None.

example

Router/test/ct3(1/0)# loopback remote






14.8 test ct3 loopback remote line_ct3 This command activates a CT3 loopback at a remote system. When you enter this command, the Router system sends a FEAC loop-up code to the remote system. Upon detecting the loop-up code, the remote system sends the T3 signal back to the Router system. The looped signal path allows you to conduct line testing. This is illustrated in the figure below.

syntax [no] loopback remote line_ct3

default None.

example Router/test/ct3(1/0)# loopback remote line_ct3

To deactivate the loopback, type no loopback remote line_ct3. Figure 14-5 Remote T3 Line Loopback

Figure 14.5 Remote T3 Line Loopback




Remote T3 System

iBG3026 System

FEAC Loop-up Code



14.9 test ct3 loopback remote line_t1 This command activates a T1 loopback at a remote system. When you enter this command, the Router system sends a FDL loop-up code to the remote system. Upon detecting the loop-up code, the remote system sends the T1 signal back to the Router system. The looped signal path allows you to conduct line testing. This is illustrated in the figure below.

syntax [no] loopback remote line_t1 t1-channel <n | n-k> [loopback_type <ansi_fdl>]


t1-channel T1 channel (s) to be looped. The range is 1-28

ansi_fdl ANSI T1.403 loop-up code, via the T1 FDL, for ESF-framed T1s (default)

default None.

example

Router/test/ct3(1/0)# loopback remote line_t1 2 Router/test/ct3(1/0)# loopback remote line_t1 2-5 Router/test/ct3(1/0)# loopback remote line_t1 2-5 loopback_type ansi_fdl

The example above loops T1 channel 2 at the remote system using an ANSI FDL loop-up code.

Figure 14.6 Remote T1 Line Loopback

Remote T1 System

iBG3026 System

Line Loop-up Code T1

Trans- ceiver

T1 Framer



When entering this command, you may specify the type of loop-up code sent to the remote system. The code type will depend on the codes recognized by the remote system.






14.10 test ct3 loopback remote payload_t1 This command activates a T1 payload loopback at the remote system. When you enter this command, the Router system sends an FDL payload loop-up code to the remote system. Upon detecting the loop-up code, the remote system removes BPVs, CRC errors, and frame bit errors before returning the signal to the Router system. The looped signal path allows you to conduct line testing. This is illustrated in the figure below.

syntax loopback remote payload_t1 t1-number <n | n-k> [loopback_type <ansi_fdl | att_fdl>]



ansi_fdl ANSI T1.403 loop-up code, via the T1 FDL, for ESF-framed T1s (default)

att_fdl AT & T TR-54016 loop-up code, via the T1 FDL

default None.

example

Router/test/ct3(1/0) loopback remote payload_t1 2 loopback_type att_fdl

Figure 14.7 Remote T1 Payload Loopback

Remote T1 System

iBG3026 System

Payload Loop-up CodeT1

Trans- ceiver

T1 Framer



When entering this command, you may specify the type of loop-up code sent to the remote system. The code type will depend on the codes recognized by the remote system.




Payload loopback works only on ESF-framed T1 lines.



14.11 test ct3 monitor_port This command extracts a T1 signal from a CT3 link and routes it to the front panel monitor port. Y You may then connect a test set to the port, apply a test signal, and monitor the incoming T1.


T1 T1 channel (s) to test The range is 1 -28.

inject Simultaneously applies a test signal from an external test set to the T1 channel, and monitors the incoming T1 signal.

no_inject Monitors an incoming T1 signal, but does not apply a test signal (default).

syntax ct3 [no] monitor_port t1 <n> [inject | no_inject]

default None.

example

Router/test# ct3 1/0 monitor_port 1 inject

The example above routes T1 channel 1 to the Router system monitor port and injects an external test signal.






14.12 test e1 This command accesses next-level commands for conducting tests on an E1 interface.

syntax e1 e1-identifier <slot/subslot/port>


e1-identifier e1 slot|subslot|port (s) for which user statistics will be displayed.

default None.

example

Router/test# e1 2/0






14.13 test e1 slot <n>/subslot <n>/port <n> bert This command performs a bit error rate test (BERT) on an E1 link. Before conducting a BERT test, activate an E1 line loopback at a remote system; the remote system will loop the BERT pattern back to the Router system for bit error rate calculation. The bit error rate is an indicator of overall E1 quality. To activate a remote E1 loopback, use the test e1 loopback remote line command. You may choose the type of BERT pattern to be sent, and you may set the BERT duration. You may abort a BERT test at any time by typing no BERT at the test/e1# prompt, where n is the E1 on which the BERT was conducted. You may apply a BERT pattern to multiple E1s by using a dash to indicate a range or a comma to separate individual E1s.

syntax [no] bert [0s | 1s | 2^11 | 2^15 | 2^20 | 2^23 | QRSS] [interval <n>]


pattern Pattern type for bert test. (default: QRSS) 0s All-zeros pattern 1s All-ones pattern 2^11 2^11 pattern 2^15 Pseudorandom pattern with no more than 14 consecutive zeros and no more than 15 consecutive ones. Use this pattern for testing at data rates above 19.2 kbps (G.703- standard test). 2^20 2^20 pattern 2^23 Pseudorandom pattern with no more than 22 consecutive zeros and no more than 23 consecutive ones. This pattern provides the highest stress of all BERT patterns. QRSS QRSS pattern (default) This pattern simulates live data.


default None.



example

Router/test/e1(2/0)# bert 0s interval 5

The example above sends a BERT pattern to the remote system on the currently selected E1 link. The BERT pattern (a QRW signal) is sent for 5 minutes. To view the BERT error count during the test, use the show module test e1 command.



command modes Router/test/e1 (2/0)



14.14 test e1 loopback This command accesses next-level commands for activating and deactivating loopbacks on a E1 link.

syntax loopback

default None.

example

Router/test/e1(2/0)# loopback






14.15 test e1 loopback inward1 This command configures an E1 interface for local inward 1 loopback. The inward 1 loopback allows the signal going out to the network to be looped back into the received signal. The loopback takes effect close to the network interface section (LIU), so that the loopback path includes as much of the interface as possible.

syntax loopback inward1

default None.

example

RouterE/test/e1(2/0)# loopback inward1






14.16 test e1 loopback inward1_analog This command configures an E1 interface for local inward 1 analog loopback. The analog loopback exercises the maximum number of functional blocks. It loops back the actual analog transmit signal back to the receive.

syntax loopback inward1_analog

default None.

example RouterE/test/e1(2/0)# loopback inward1_analog






14.17 test e1 loopback inward2 This command configures an E1 interface for local inward 2 loopback. The inward 2 loopback also loops back the signal going out to the network back into the received signal, however, this loopback takes effect at the Framer.

syntax loopback inward2

default None.

example

RouterE/test/e1(2/0)# loopback inward2






14.18 test e1 loopback line This command activates an E1 line loopback. This loopback sends an incoming E1 signal back to a remote system for line testing.

syntax [no] loopback line

default None.

example

Router/test/e1(2/0)# loopback line

To verify loopback status during the test, use the show module test e1 command.






14.19 test e1 loopback payload This command activates a local E1 payload loopback. The loopback sends the incoming E1 back to the remote system. The payload loopback corrects bipolar violations, CRC errors, and frame bit errors before returning the signal.

syntax [no] loopback payload

default None.

example

Router/test/e1(2/0)# loopback payload

To verify loopback status during the test, use the show module test e1 command.






14.20 test t1 This command accesses next-level commands for conducting tests on a T1 interface.

syntax t1 t1-identifier <slot/subslot/port>


t1-identifier t1 slot|subslot|port (s) for which user statistics will be displayed.

default None.

example

Router/test# t1 2/0






14.21 test t1 slot<n>/subslot<n>/port<n> bert This command performs a bit error rate test (BERT) on a T1 link. Before conducting a BERT test, activate a T1 line loopback at a remote system; the remote system will loop the BERT pattern back to the Router system for bit error rate calculation. The bit error rate is an indicator of overall T1 quality. To activate a remote T1 loopback, use the test t1 loopback remote line command. You may choose the type of BERT pattern to be sent, and you may set the BERT duration. You may abort a BERT test at any time by typing no bert n at the test/t1# prompt, where n is the T1 on which the BERT was conducted. You may apply a BERT pattern to multiple T1s by using a dash to indicate a range or a comma to separate individual T1s.

syntax [no] bert [0s | 1s | 2^11 | 2^15 | 2^20 | 2^23 | QRSS] [interval <n>]


pattern Pattern type for bert test. (default: QRSS) 0s All-zeros pattern 1s All-ones pattern 2^11 2^11 pattern

pattern 2^15 Pseudorandom pattern with no more than 14 consecutive zeros and no more than 15 consecutive ones. Use this pattern for testing at data rates above 19.2 kbps (G.703-standard test). 2^20 2^20 pattern 2^23 Pseudorandom pattern with no more than 22 consecutive zeros and no more than 23 consecutive ones. This pattern provides the highest stress of all BERT patterns. QRSS QRSS pattern (default) This pattern simulates live data.


default None.



example

Router/test/t1(2/0)# bert interval 5 Router/test/t1(2/0)# bert 0s interval 5

The example above sends a BERT pattern to the remote system on the currently selected T1 link. The BERT pattern (a QRW signal) is sent for 5 minutes. To view the BERT error count during the test, use the show module test t1 command.



command modes Router/test/t1 (2/0)



14.22 test t1 loopback This command accesses next-level commands for activating and deactivating loopbacks on a T1 link.

syntax loopback

default None.

example

Router/test/t1(2/0)# loopback






14.23 test t1 loopback line This command activates a T1 line loopback. This loopback sends an incoming T1 signal back to a remote system for line testing. You may activate a T1 loopback on the Router system by sending an inband or FDL loop-up code from the remote system. If the T1 link is D4-framed, you must send an inband loop-up code. If it is ESF-framed, you may send an AT & T, or ANSI loop-up code over the FDL.

syntax [no] loopback line

default None.

example

Router/test/t1(2/0)# loopback line

To verify loopback status during the test, use the show module test t1 command.






14.24 test t1 loopback payload This command activates a local T1 payload loopback. The loopback sends the incoming T1 back to the remote system. The payload loopback corrects bipolar violations, CRC errors, and frame bit errors before returning the signal. You may activate a T1 loopback on the Router system by sending an inband or FDL loop-up code from the remote system. If the T1 link is D4-framed, you must send an inband loop-up code. If it is ESF-framed, you may send an AT & T, or ANSI loop-up code over the FDL.


syntax [no] loopback payload

default None.

example

Router/test/t1(2/0)# loopback payload

To verify loopback status during the test, use the show module test t1 command.






14.25 test t1 loopback remote This command accesses next-level commands for activating T1 loopbacks at remote systems.

syntax loopback remote

default None.

example

Router/test/t1(2/0)# loopback remote






14.26 test t1 loopback remote line This command activates a T1 line loopback at a remote system. When you enter this command, the Router system sends a FDL loop-up code to the remote system. Upon detecting the loop-up code, the remote system sends the T1 signal back to the Router system. The looped signal path allows you to conduct line testing. When entering this command, you may specify the type of loop-up code sent to the remote system. The code type will depend on the codes recognized by the remote system.

syntax [no] loopback remote line [<ansi_fdl | inband_standard>]


ansi_fdl ANSI T1.403 loop-up code, via the FDL, for ESF-framed T1s (default).

inband_standard Inband loop-up code for ESF-framed T1s.

default None.

example

Router/test/t1(2/0)# loopback remote line inband_standard

The example above loops the T1 link at the remote system using an inband ESF standard loop-up code.






14.27 test t1 loopback remote payload This command activates a T1 payload loopback at the remote system. When your enter this command, the Router system sends an FDL payload loop-up code to the remote system. Upon detecting the loop-up code, the remote system removes BPVs, CRC errors, and frame bit errors before returning the signal to the Router system. The looped signal path allows you to conduct line testing.


syntax [no] loopback remote payload [<ansi_fdl>]


ansi_fdl ANSI T1.403 loop-up code, via the FDL, for ESF-framed T1s(default).

inband_standard Inband loop-up code for ESF-framed T1s.

default None. example

Router/test/t1(2/0)# loopback remote payload att_fdl

The example above loops the T1 link at the remote system by sending an AT & T FDL loop-up code. related commands None. applicable models/versions All models. command modes Router/test/t1 (2/0)



14.28 test hssi This command accesses next-level commands for conducting tests on a HSSI module.



slot_port To specify test configuration for HSSI module by slot and port number (1/0, 2/0)

default None.

example

Router/test# hssi 1/0

related commands test hssi, test hssi dce_loop, test hssi dte_loop, show module test hssi





14.29 test hssi dce_loop This command activates loop back tests on HSSI DTE mode.

syntax dce_loop test_type < line | cable | remote >


test_type line Local line loop back test

cable Cable test

remote Remote line loop back test

default None.

example

Router/test/hssi(1/0)# dce_loop line



command modes Router/test/hssi (1/0)



14.30 test hssi dte_loop This command activates loop back tests on HSSI DCE mode.

syntax dte_loop

default None.

example

Router/test/hssi(1/0)# dte_loop



command modes Router/test/hssi (1/0)



14.31 test serial This command accesses next-level commands for conducting tests on a Serial module.



slot_port To specify test configuration for Serial module by slot (1, 2) and port number (0-3)

default None.

example

Router/test# serial 1/0

related commands test serial, test serial dce_loop, test serial dte_loop, show module test serial





14.32 test serial dce_loop This command activates loop back tests on Serial DTE mode.

syntax dce_loop test_type < line | cable | remote >


test_type line Local line loop back test

cable Cable test

remote Remote line loop back test

default None.

example

Router/test/serial(1/0)# dce_loop line



command modes Router/test/serial (1/0)



14.33 test serial dte_loop This command activates loop back tests on Serial DCE mode.

syntax dte_loop

default None.

example

Router/test/serial(1/0)# dte_loop



command modes Router/test/serial (1/0)




15.1 Tracing Packets Use the trace and trace6 command to trace packet routes to destination IP addresses or host names.



15.2 trace Use this command to trace an IPv4 route to its destination. Trace utilizes the IP protocol ‘time to live’ field and attempts to elicit an ICMP TIME_EXCEEDED response from each gateway along the path to some host.

syntax trace dest-identifier <dest_identifier> [sipaddress <ip address>] [proto<icmp|udp>] [timeout <n>] [probecnt <n>] [minttl <n>] [maxttl <n>] [portno <n>] [symdisp <on | off>]


dest-identifier Specifies IP address or hostname of a remote system.

sipaddress Specifies Source IP address for the probe packet.

proto probe packet protocol ;the default is udp.

timeout Timeout of the probe packet. The range is 1-3600; the default is 5.

probecnt Number of probe packets to be sent. The range is 1-65535; the default is 3.

mintt TTL value for the first probe. The range is 1-255; the default is 1.

maxtt Maximum value for the TTL. The range is 1-255; the default is 5.

portno Destination port used by the UDP probe. The range is 1-65535; the default is 33434.

symdisp Toggles the symbolic show on and off. The default is on.

example

Router# trace 10.1.2.1 timeout 10 probecnt 4 maxttl 6

related commands trace6, ping, ping6





15.3 trace6 The trace6 command accepts a destination IPv6 address or IPv6 host name as an argument and will generate IPv6 traffic to report each IPv6 hop used to reach the destination address. The trace6 is done only in the case of GLOBAL UNICAST IPv6 address and ANYCAST address. The trace6 command has proven very useful and has been extensively used in the internet for measurement and debugging purposes. However, it only shows the originator to target path and gives no indication on the reverse path. Although there are no guarantees that two consecutive IPv6 datagram from the same source to the same destination follow the same route, most of the time they do. Trace6 lets us see the route that IPv6 datagram follow from one host to another.

syntax trace6 dipaddress <ipv6address> [sipaddress <ipv6address>] [proto<icmp|udp>] [timeout <n>] [probecnt <n>] [minttl <n>] [maxttl <n>] [portno <n>] [symdisp <on | off>]


dipaddress sipaddress proto timeout probecnt minttl maxttl portno symdisp

IPv6 address or hostname of a remote system Source IPv6 address for the probe packet Probe packet protocol. LCMP or UDP (default: UDP) Time out of the probe packet(default: 5). Range will be 1-3600 seconds. Number of probe packets to send(default: 3). Range will be 1-65535. TTL value for the first probe (default: 1). Range will be 1-255. Maximum value for the TTL (default: 30). Range will be 1-255. Destination port used by UDP probe(default: 33434). Range will be 1-65535. Toggle symbolic display (default: ON).

example

Router# trace6 2002:1234::5678 timeout 5 probecnt 4 maxttl 6



related commands trace, ping, ping6






Commands Description

?,h ‘- print this list’

@ ‘- boot (load and go)’

p ‘- print boot parameters’

c ‘- change boot parameters’

v ‘- print boot logo with version’

o ‘- show bootrom header information’

b ‘- show file list in a USB device’

B ‘- format a USB device’

L ‘- show file list in CF0’

F ‘- format the CF0’

A ‘- show simple PCI device scan result’

T ‘- dram test after cold reset’

r ‘- show current boot image (Golden/Normal)’

s ‘- show simple slot insertion status’

S [vSlot] ‘- reset selected slot (Power on)’

w ‘- print status of watchdog timer’

D ‘- cold reset’

u ‘- change User ID and PW default set’

U ‘- Boot Parameter Factory default set’

W ‘- Set Watch Dog Time.’

J ‘ - Change vendor information’



16.1 ‘?’ or ‘h’ - print this list This command shows boot monitor mode commands.

example

[Boot]: ? [Boot]: h ? - print this list @ - boot (load and go) p - print boot params c - change boot params v - print boot logo with version o - show bootrom header information b - show file list in a USB device B - format a USB device L - show file list in CF0 F - format the CF0 A - show simple PCI device scan result T - dram test after cold reset r - show current boot image(Golden/Normal) s - show simple slot insertion status S [vSlot] - reset selected slot (Power on) w - print status of watchdog timer D - cold reset u - change User ID and PW default set U - reset to factory (NVRAM,system.cfg) W - Set Watch Dog Time. J - Change Vender Informaiton. Available boot devices: 'tftp','ftp','active-ftp','cf0','usb0' Checksum enable: 0 - disable checking image checksum 1 - enable checking image checksum Show header enable: 0 - disable showing image header contents 1 - enable showing image header contents Save bootrom image: 0 - autoupdate NORMAL boot area rom image by checking version 1 - save boot image on the NORMAL flash area



3 - No bootrom update Boot image redundancy: NORMAL boot image - Default boot image saved on the NORMAL boot area GOLDEN boot image - Backup boot image saved on the GOLDEN boot area GOLDEN image area should not be corrupted

In this example, the system will show the list of all boot monitor mode commands.





16.2 ‘@’ - boot (load and go) This command loads the SNOS system image. The source which gets the SNOS image file should be configured in advance. You can see the current image loading source from the ‘p’ command at Boot monitor mode.

example

[Boot]: @

In this example, the system will load the runtime image.





16.3 ‘p’ - print boot params This command shows the current information of the boot parameter.

example

[BOOT]: p [00] Boot dev : ftp [01] Boot file name : ftpboot/iBG3026_Advanced_0_0_1.Z [02] Server name : nautilus [03] Server IP addreess : 90.90.90.240 [04] My IP addreess : 90.90.90.27 [05] My subnet mask : 255.255.255.0 [06] Gateway IP address : [07] User name : common [08] Password : qwe123 [09] Checksum enable [0:Disable,1:Enable]: 0 [10] Show header enable [0:Disable,1:Enable]: 0 [11] Save bootrom image [0:AutoUpdate,1:NormalBTupd,3:NoUpd]: 0 [12] Golden boot autosync [0 :Disable, 1 :Enable] : 0 [13] Save Diag Flag [0:Normal mode,1:Diag mode]: 0

In this example, the current boot parameter of this system will be displayed. More information about each field can be found in the explanation of the command ‘c’. *For iBG2016, iBG2006

example

[BOOT]: p [00] Boot dev : cf0 [01] Boot file name : iBG2016_Advanced_1.0.0.Z [02] Checksum enable [0:Disable,1:Enable]: 0 [03] Show header enable [0:Disable,1:Enable]: 0 [04] Save bootrom image [0:AutoUpdate,1:NormalBTupd,3:NoUpd]: 0 [05] Golden boot autosync [0 :Disable, 1 :Enable] : 0 [06] Save Diag Flag [0:Normal mode,1:Diag mode]: 0



In this example, current boot parameter of this system will be displayed. For more information about each field can be found in the explanation of the command ‘c’.

related commands [BOOT]: c




16.4 ‘c’ - change boot params This command configures the booting related parameters. All parameters will be entered interactively. The parameters for each field will display the values typed at the previous time. To update booting of the ROM image itself, this command is also useful. This command has the same effect conducting CLI command (configure boot_ params).


Boot dev Device type to get the SNOS image file.

Boot file name Path name and file name.

Server name Server name (FTP or TFTP server).

Server IP address IP address of the server.

My IP address IP address of this Router.

My subnet mask Subnet mask for this Router (use the following form: 255.255.255.0)

Gateway IP address Gateway IP address for this Router.

User name Login ID to log onto the server.

Password Password to log onto the server.

Checksum enable Flag for checksum of loaded SNOS image If you select 1, then it skips checking checksum values for the image.

Show header enable Flag for showing header information of loaded SNOS image.If you select 1, then it will display each header information of the image.

Save bootrom image Option for booting ROM update 0: auto update (The Router will update automatically based

on the version of booting ROM) 1: update only normal image part 3: force not to update booting ROM

Golden boot autosync

This filed is only available when Release Notes says that golden boot rom needs to be update.

Save Diag Flag Flag to boot up to diagnostic mode



example

[Boot] c Boot dev [ftp,active-ftp,tftp,cf0,usb0]: ftp Boot file name : ftpboot/iBG3026_Advanced_1_0_0.Z Server name : ftpserver Server IP addreess : 90.90.90.240 My IP addreess : 90.90.90.27 My subnet mask : 255.255.255.0 Gateway IP address : your_gateway_ipaddress User name : mylogin Password : mypassword Checksum enable [0:Disable,1:Enable]: 0 Show header enable [0:Disalbe,1:Enable]: 0 Save bootrom image [0:AutoUpdate,1:NormalBTupd,3:NoUpd]: 0 Golden boot autosync [0 :Disable, 1 :Enable] : 0 Save Diag Flag [0:Normal mode,1:Diag mode]: 0

related commands [Boot]:p

applicable models/versions All models. *For iBG2016, iBG2006


Boot dev Device type to get the SNOS image file.

Boot file name Path name and file name.

Checksum enable Flag for checksum of loaded SNOS image If you select 1, then it displays checksum values for the image.

Show header enable Flag for showing header information of loaded SNOS image. If you select 1, then it will display each header information of the image.

Save bootrom image Option for booting ROM update 0: auto update (The Router will update automatically based

on the version of booting ROM) 1: update only normal image part. 3: force not to update booting ROM.

Golden boot autosync

This filed is only available when Release Notes says that golden boot rom needs to be update.

Save Diag Flag Flag to boot up to diagnostic mode.



example

[Boot] c Boot dev [cf0,usb0] : cf0 Boot file name : iBG2016_Advanced_1_0_0.Z Checksum enable [0:Disable,1:Enable]: 0 Show header enable [0:Disalbe,1:Enable]: 0 Save bootrom image [0:AutoUpdate,1:NormalBTupd,3:NoUpd]: 0 Save Diag Flag [0:Normal mode,1:Diag mode]: 0

related commands [Boot]:p




16.5 ‘v’ - print boot logo with version This command shows the current boot logo of the system such as, the memory size, CPU type, bootrom version.

example

[Boot]:v SNOS Boot monitor Copyright (c) 2006-2008 Samsung Electronics, Co. MODEL NAME : Ubifate iBG3026 PROCESSOR : Freescale MPC8541 SYSTEM MEMORY : 512M Boot version : 0.0.4 (NORMAL Boot) Creation date : Mar 8 2008, 14:19:43 By : build NORMAL Bt ver : 1.0.4 GOLDEN Bt ver : 1.0.3 GOLD Base ver : 1.0.2

In this example, boot logo of the system will be displayed.




16.6 ‘o’ - show bootrom header information This command shows more detailed information on booting ROM (normal booting ROM & golden booting ROM). We can provide a fail-safe booting ROM image in case of a crash of the primary booting ROM image. We rename the primary booting ROM image to normal booting ROM and the alternative booting ROM image is called golden booting ROM. Also, this command determines from which image file the system boots up from.

example

[Boot]:o - GOLDEN BOOT FLASH ROM HEADER (ROMA) - MagicKey : BFMK Hdr Chekcum : 0x1cd Hdr Size : 24 (0x18) Boot Area Size : 0xf0000 Image Version : 00.00.03 Image Checksum : 0x99854c51 - NORMAL BOOT FLASH ROM HEADER (ROMB) - MagicKey : BFMK Hdr Chekcum : 0x118 Hdr Size : 24 (0x18) Boot Area Size : 0xf0000 Image Version : 00.00.03 Image Checksum : 0x72022bd [Normal Boot Image was booted]

In this example, the bootrom version of this system will be displayed.




16.7 ‘b’ - show file list in a USB device This command shows the file lists in the USB drive. It is very useful if you decide to select the SNOS image file to load from the USB device. If the USB device doesn’t plug into the USB slot, an error message will be displayed.

example

[Boot]:b Contents of /usb0 size date time name -------- ------ ------ -------- 15126944 JAN-01-2006 00:31:08 iBG3026_Advanced_0_1_0.Z 15318116 SEP-07-2005 19:40:30 iBG30xx_Advanced_0_0_2.Z 15318116 SEP-07-2005 20:18:16 iBG20xx_Basic_0_0_3.Z 15318116 SEP-07-2005 20:28:02 iBG30xx_Advanced_backup_4.Z Total bytes: 61081292 Bytes Free on /usb0: 4700160

In this example, a USB file list of the system will be displayed.

applicable models/versions All models. iBG 1000 doesn’t support this command.



16.8 ‘B’ - format a USB device This command formats the system USB drive as a dedicated file system. If you encounter trouble accessing the USB drive, formatting that the USB drive is very useful.

example

[Boot]: B Format USB0 (y/n)? y USB Device vendor id: 0x8107 Product id: 0x5151 Manufacturer: SanDisk Corporation Product: Cruzer Micro /usb0 DOS Filesystem Information ================================== volume descriptor ptr (pVolDesc) : 0x3f4375b0 cache block I/O descriptor ptr (cbio) : 0x3f437e1c auto disk check on mount : NOT ENABLED max # of simultaneously open files : 22 file descriptors in use : 0 # of different files in use : 0 # of descriptors for deleted files : 0 # of obsolete descriptors : 0 current volume configuration : - volume label : SamsungUSB;(in boot sector:) - volume Id : 0x38df0000 - total number of sectors : 129,023 - bytes per sector : 512 - # of sectors per cluster : 2 - # of reserved sectors : 1 - FAT entry size : FAT16 - # of sectors per FAT copy : 252 - # of FAT table copies : 2 - # of hidden sectors : 0 - first cluster is in sector # 537 - Update last access date for open-read-close = FALSE - directory structure : VFAT - root dir start sector : 505 - # of sectors per root : 32 - max # of entries in root : 512 FAT handler information: ------------------------ - allocation group size : 7 clusters - free space on volume : 65,784,832 bytes



In this example, The USB device will be formatted.

applicable models/versions All models. iBG 1000 doesn’t support this command.



16.9 ‘L’ - show file list in CF0 This command shows the system compact file lists. You can choose an appropriate SNOS image file when the system is going to get the SNOS image file from compact flash.

example

[Boot]: L Contents of /cf0. size date time name -------- ------ ------ -------- 2375 JAN-23-2006 10:55:46 system.cfg 2146 JAN-23-2006 10:36:44 oldsystem.cfg Total bytes: 4521 Bytes Free on /cf0: 31294464

In this example, the compact flash file list of the system will be displayed.




16.10 ‘F’ - format the CF0 This command formats the system compact flash. This action creates the dedicated file system on the compact flash. The file system has little difference with MS-DOS file system. We recommend the file system by formatting this command as a default file system for the compact flash.

example

[Boot]: F Warning : All files on the device(/cf0) will be erased. Are you sure (y/n)? y Formatting /cf0 ... /cf0 DOS Filesystem Information ======================== volume descriptor ptr (pVolDesc): 0x3f437a40 cache block I/O descriptor ptr (cbio): 0x3f43832c auto disk check on mount: NOT ENABLED max # of simultaneously open files: 10 file descriptors in use: 0 # of different files in use: 0 # of descriptors for deleted files: 0 # of obsolete descriptors: 0 current volume configuration: - volume label: Samsung CF ; (in boot sector: ) - volume Id: 0x42c0ada - total number of sectors: 61,408 - bytes per sector: 512 - # of sectors per cluster: 2 - # of reserved sectors: 1 - FAT entry size: FAT16 - # of sectors per FAT copy: 120 - # of FAT table copies: 2 - # of hidden sectors: 0 - first cluster is in sector # 273 - Update last access date for open-read-close = FALSE - directory structure: VFAT - root dir start sector: 241 - # of sectors per root: 32 - max # of entries in root: 512



FAT handler information: ------------------------ - allocation group size: 4 clusters - free space on volume: 31,300,608 bytes Format done

In this example, the system compact flash will be formatted.




16.11 ‘A’ - show simple PCI device scan result This command shows PCI topology in the system. So, it can display all PCI devices available in the system. Actually, the information displayed on the console has very technical terms. But, most of the terms follow PCI specification.

example

[Boot]: A #----------------------------------- # PCI Interface 1 SCAN (VPN/GT/ESG) #----------------------------------- Scanning function 0 of each PCI device on bus 0 Using configuration mechanism 0 bus device function vendorID deviceID class 00000000 00000000 00000000 00001057 0000000c 000b2000 00000000 00000011 00000000 00003388 00000022 00060400 #----------------------------------- Scanning function 0 of each PCI device on bus 1 Using configuration mechanism 0 bus device function vendorID deviceID class 00000001 00000001 00000000 000011ab 0000967a 00028000 #----------------------------------- #----------------------------------- # PCI Interface 2 SCAN (NM#1/NM#2) #----------------------------------- Scanning function 0 of each PCI device on bus 0 Using configuration mechanism 0 bus device function vendorID deviceID class 00000000 00000000 00000000 00001057 0000000c 000b2000 00000000 00000011 00000000 00003388 00000022 00060400 00000000 00000012 00000000 00003388 00000022 00060400 #----------------------------------- Scanning function 0 of each PCI device on bus 1 Using configuration mechanism 0 bus device function vendorID deviceID class #----------------------------------- Scanning function 0 of each PCI device on bus 2 Using configuration mechanism 0 bus device function vendorID deviceID class #----------------------------------- After turnning on power of all slots, you can scan all devices. If not, by default, only devices on MPU board can be scanned. Refer to command 's' and 'S' for power on of eash slot.



In this example, all system PCI bridge devices will be displayed recursively.

applicable models/versions All models. *For iBG2016

example

[Boot]: A #-------------------------------------- # PCI Interface 1 SCAN (Network module) #-------------------------------------- Scanning function 0 of each PCI device on bus 0 Using configuration mechanism 0 bus device function vendorID deviceID class 00000000 00000000 00000000 00001057 0000000c 000b2000 #------------------------------------- # PCI Interface 2 SCAN (Hifn/GT-96124) #------------------------------------- Scanning function 0 of each PCI device on bus 0 Using configuration mechanism 0 bus device function vendorID deviceID class 00000000 00000000 00000000 00001057 0000000c 000b2000 00000000 00000011 00000000 000011ab 0000967a 00058000 Scanning function 0 of each PCI device on bus 1 Using configuration mechanism 0 bus device function vendorID deviceID class After turnning on power of all slots, you can scan all devices. If not, by default, only devices on MPU board can be scanned. Refer to command 's' and 'S' for power on of eash slot.


applicable models/versions All models. *For iBG2006



example

#-------------------------------------- # PCI Interface SCAN #-------------------------------------- Scanning function 0 of each PCI device on bus 0 Using configuration mechanism 0 bus device function vendorID deviceID class 00000000 00000000 00000000 00001957 00000082 000b2000 00000000 00000011 00000000 000011ab 0000967a 00058000 After turnning on power of all slots, you can scan all devices. If not, by default, only devices on MPU board can be scanned. Refer to command 's' and 'S' for power on of eash slot.





16.12 ‘T’ - Memory test after cold reset This command executes the main memory access test after cold reset. Micro POST (Power On Self Test) is conducted when the system boots up. The Micro POST contains a simple memory test (only first 32MB test). To verify the whole memory accessibility, use this command. This command causes a system reboot and conducts a memory test automatically in Micro POST step. It may take a long time to test it.

example

[Boo]: T *WARNING: This command will reboot system & test whole memory area. Do you want to do DDR ram test (y/n) ? :

In this example, the system will test SDRAM full range except code area.




16.13 ‘r’ - show current boot image (Golden/Normal)

This command shows the system current boot source (normal or golden). We can provide fail-safe booting ROM image in case of a crash of the primary booting ROM image. We name the primary booting ROM image to normal booting ROM and the alternative booting ROM image is called the golden booting ROM.

example

[Boot]: r Current boot image which is running: [Normal Boot Image] After reboot, boot image which will be running: [Normal Boot Image]

In this example, the system will show the current boot mode and next boot mode. You can change the next booting ROM source with the ‘R’ command.


command modes Router/configure date



16.14 ‘s’ - show simple slot insertion status This command shows all kinds of modules which is equipped into chassis. This can provides the simple chassis information without SNOS image loading.

example

[Boot]: s [0] Main board is running CPLD version : 0xe FPGA version : 0x8 [1] VSlot 1 is inserted. Type : LDU-A(0x50) [2] VSlot 2 is inserted. Type : WT3-1C(0x20) [3] VSlot 3 is inserted. Type : HSSI-1(0x23) [4] VSlot 5 is inserted. Type : FXS-4M(0x14) [5] VSlot 7 is inserted. Type : T1E1-2M(0x12) [6] VSlot 13 is inserted. Type : VOIP-M520(0x52) If some version number may be wrong, you need to reset slot first Version(CPLD/FPGA) can be read after each slot power is on

In this example, the system has 5 types of modules.




16.15 ‘S’ - reset selected slot (Power on). This command resets the card which is equipped into chassis. The user can see the chassis information by the ‘s’ command which shows Vslot number. If you want to reset the card which is equipped into chassis, you should set the Vslot number next to the ‘S’ command.

example

[BOOT]: s [0] Main board is running CPLD version : 0x2 FPGA version : 0x8 [1] VSlot 1 is inserted. Type : LDU-A(0x50) [2] VSlot 3 is inserted. Type : LMF-20(0x27) [3] VSlot 4 is inserted. Type : ESG-8(0x30) CPLD version : 0x6 [4] VSlot 12 is inserted. Type : VPN-A(0x2) [5] VSlot 13 is inserted. Type : VOP-64(0x53) If some version number may be wrong, you need to reset slot first Version(CPLD/FPGA) can be read after each slot power is on [BOOT]: [BOOT]: [BOOT]: S 3 Reset Vslot (3) -- Marvell Card reset -- Done

In this example, there are 6 kinds of Vslot. User reset Vslot 3 LMF0-20.




16.16 ‘w’ - print status of watchdog timer This command shows the watchdog time of the system. You can change the time value with ‘W’ command in Boot monitor mode.

example

[Boot]: w System watchdog status : Enabled. Timer : 3000 m seconds

In this example, watchdog time of this system is 3 sec.




16.17 ‘D’ - cold reset This command executes a cold reset of the system.

example

[Boot]: D [BOOT]: <Micro POST> I2C:READ MEM 1GB I2C:PASS BTS:GOLD LED:BLNK --- DONE RAM:32MB TEST (LED:AMBER) RAM:MEMORY FILL DONE RAM:TEST PASS (LED:GREEN) SNOS Boot monitor Copyright (c) 2006 Samsung Electronics, Co. PROCESSOR : Freescale MPC8541 SYSTEM MEMORY : 1G Boot version : 0.0.3 (GOLDEN Boot) Creation date : Jan 20 2006, 18:46:33 By : build NORMAL Bt ver : 0.0.3 GOLDEN Bt ver : 0.0.3 Press any key to stop auto-boot... 5 [BOOT]: [BOOT]:

In this example, this system is rebooted.




16.18 ‘u’ - reset User ID and PW default set This command changes the administrator’s ID/PW default value. It is useful if the administrator’s ID and password are forgot. Factory reset value of the administrator’s ID and passwords are ‘samsung’ and ‘samsung’.

example

[Boot]; u WARNING: All User settings will be lost!!! 1)System will delete all user accounts. 2)System will set default user ID and password. 3)System will delete all user lock table. Are you sure (Y or N)? y All User settings are deleted.Default Id & Password is set!!

In this example, the admin ID and PW is set to ‘samsung’.


example

[Boot]; u WARNING: All User accounts will be lost!!! System will delete all user accounts the next time loading command is executed. After loading SNOS image, the system will show reconfirm message and require reconfirming through console. If you want to adapt to factory-to-reset system or user, you should reconfirm through console.



Are you sure (Y or N)? y Reset Enabled.

In this example, the admin ID and PW is set to ‘samsung’.




16.19 ‘U’ - Boot Parameter Factory default set This command changes the specific information of NVRAM to the factory default value. After conducting this command, you should re-configure all information for proper system operation. This command makes all information about booting and the system specific to factory reset. Therefore, be careful using this command. Back up all information prior to using this command. The backup items are follows: System.cfg file on compact flash. Boot parameters Watchdog timer setting Administrator’s login ID and password

example

[Boot]: U WARNING: Detecting Factory Reset..All settings will be lost! 1) System Configuration will be deleted.(system.cfg) 2) System NVRAM will be cleared. 3) System Boot line is set to Default. 4) System Watchdog Time is set to Default(3 sec). 5) System ID/PW is set to Default. 6) System exception reboot flag will be set to enable. 7) System vender information is set to Default. 8) System's date and time is set as Jan 1 00:00 2000, you should set date and time on CLI, later. 9) Voice Site Flag is set to default site. 10) System will be rebooted.(NORMAL BT) Are you sure you want to reset to factory defaults (Y or N)?y System is reset to factory defaults.

In this example, date of this system is set to January 1, 2000.




example

[Boot]: U WARNING: All System settings will be lost!!! System will delete all user settings the next time loading command is executed. After loading SNOS image, the system will show reconfirm message and require reconfirming through console. If you want to adapt to factory-to-reset system or user, you should reconfirm through console. Are you sure (Y or N)? y Reset Enabled.

In this example, date of this system set January 1, 2000.




16.20 ‘W’ - Set Watch Dog Time. This command shows the system bootrom version.

example

[Boot]: W Watch Dog time is set 3000 m Sec. Input Watch Dog time[10~255,10=1000 m Sec]:30 Watch Dog Time is 3000m Sec.

In this example, the watchdog time of this system is set to 2 sec.




16.21 ‘J’ - Changing Vendor information. This command gets the vendor information from the user interactively and saves it to NVRAM. The entered information will be displayed at system boot time. This command is prepared for OEM support. So, if you don’t have a special reason to change these values, it is best not to change them.

example

[Boot]: J 1.Input Vender Name [size:40]: Samsung Electronics, Co. 2.Input Vender Address [size:50]: Suwon-si, Gyeonggi-do 442-600, Korea 3.Input Vender COPYRIGHT [size:50]: Copytight © 2006 4.Input SW Name [size:50]: Samsung SNOS 5.Input Vender Model Name [size:50]: iBG3026 <<<<<<<<<<<<<<<<<<<<<<<<<>>>>>>>>>>>>>>>>>>>>> 1.Vender Name: Samsung Electronics, Co. 2.Vender Address: Suwon-si, Gyeonggi-do 442-600, Korea 3.Vender COPYRIGHT: Copytright © 2006 4.Vender SW Name: Samsung SNOS 5.Vender Model Name: iBG3026 <<<<<<<<<<<<<<<<<<<<<<<<<>>>>>>>>>>>>>>>>>>>>>





Hot Swap feature is to enable a craft person to replace one module with another module (of the same type) without affecting rest of the system operation. For example 4 port T1/E1 network module can be replaced by another 4 port T1/E1 network module and not by 4 port serial network module. IBG hardware is capable of hot swap and a hardware interrupt is generated up on removal and insertion of a module. This interrupt is being used by the system software to validate and register the module by reading relevant information from EEPROM on the card. This feature reduces the administrative overhead considerably of individually configuration of each interface on the module and reconfigures it back when a module of the same type is reinserted. Voice or WAN network (except CT3 and HSSI module) and mini modules can be removed from a system and reinserted while the system remains under power. For this case, data path for other non related active modules will not be impacted. Also, upon completion of this operation, the previous module configuration is to be restored. Thus Hot Swap functionality allows the system to determine when a change occurs in the unit's physical configuration and indicate status to the user.



17.1 Hot Removal of a Card Use the slot-disable commands to remove of a module from chassis. When craft person want to remove a module from chassis, slot-disable command must be executed before physical module removal.

Only those modules such below are support this command.

- Voice Modules (VCU-A, E & M-2M, FXS-4M, FXS-24, FXO-4M) - WAN Modules (T1/E1-4, T1/E1-2M, WTE-4S, WTE-2SM , BRI-2U, BRI-2ST) - Security Module (ISM)

When the module removed without this command, the iBG system will be rebooted automatically 120 seconds after.

syntax slot-disable slot_number


Slot_number Specifies the physical slot number: <physlot/physubslot >

default None.

example

Router/configure# slot-disable 0/2 During hotswap-processing, Total commands executed: 0, Total errors: 0 Router/configure#show chassis Slot/SubSlot Card-Type Admin-Status Oper-Status Serial# ------------------------------------------------------------ 0/- MPU-A NORMAL NORMAL S63A195057 0/1 E&M-2M NORMAL NORMAL



0/2 FXS-2M ADMIN-DOWN OPER-DOWN 2/- WTE-4S NORMAL NORMAL S63A195164 3/- ESG-8 NORMAL NORMAL LDU-A NORMAL NORMAL 06JAN039

related commands show chassis, slot-enable





17.2 Hot Insertion of a Card Use the slot-enable commands to activate of a module which disabled by slot-disable command.

syntax slot-enable slot_number


Slot_number Specifies the physical slot number: <physlot/physubslot >

default None.

example

Router/configure# slot-enable 0/2 [VoiceDrvs] FXS Device in slot 0/2, device #1 Init success During hotswap-processing, Total commands executed: 0, Total errors: 0 Router/configure# show chassis Slot/SubSlot Card-Type Admin-Status Oper-Status Serial# ------------------------------------------------------------ 0/- MPU-A NORMAL NORMAL S63A195057 0/1 E&M-2M NORMAL NORMAL 0/2 FXS-2M NORMAL NORMAL 2/- WTE-4S NORMAL NORMAL S63A195164 3/- ESG-8 NORMAL NORMAL LDU-A NORMAL NORMAL 06JAN039During

related commands show chassis, slot-disable



Ubigate iBG series Command Reference ©2007~2008 Samsung Electronics Co., Ltd. All rights reserved.

Information in this manual is proprietary to SAMSUNG Electronics Co., Ltd.

No information contained here may be copied, translated, transcribed or duplicated by any form without the prior written consent of SAMSUNG.

Information in this manual is subject to change without notice.

Ubigate iBG seriesCommand Reference (Vol.2)

EQBD-000116 Ed.03

Ubigate iBG series - Welcome to the EarthLink Customer ... · company will notify you in advance...

Documents

Transcript of Ubigate iBG series - Welcome to the EarthLink Customer ... · company will notify you in advance...