User's Guide ATM Stackable DSLAM GranDSLAMTM 4200

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GranDSLAM

™

4200

ATM Stackable DSLAM

User’s Guide

Document No. 4200-A2-GB20-00

August 2002

Summary of content (382 pages)

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GranDSLAM™ 4200 ATM Stackable DSLAM User’s Guide Document No.
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Copyright © 2002 Paradyne Corporation. All rights reserved. Printed in U.S.A. Notice This publication is protected by federal copyright law. No part of this publication may be copied or distributed, transmitted, transcribed, stored in a retrieval system, or translated into any human or computer language in any form or by any means, electronic, mechanical, magnetic, manual or otherwise, or disclosed to third parties without the express written permission of Paradyne Corporation, 8545 126th Ave. N.
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Contents About This Guide 1 Document Summary . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . xvii Product-Related Documents . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . xviii Overview . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 1-1 Features . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .
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Contents ii ACT-PROFILE-ADSLALM . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 3-4 Response Format . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 3-4 Example. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 3-5 Related Commands . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 3-5 DLT-PROFILE-ADSL . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .
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Contents 4200-A2-GB20-00 REPT ALM ADSL . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 3-28 REPT EVT ADSL . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 3-30 RTRV-ADSL . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 3-32 Response Format . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 3-32 Example. . . . . . . . . . . . . . . . . . . . . .
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Contents 4 DS1 Facility Commands 5 4-1 ED-T1 . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 4-2 Response Format . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 4-3 Example. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 4-4 Related Commands . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 4-4 ENT-T1 . . . . . . . . . . . . . . . . . . .
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Contents 6 ENT-PROFILE-TRAFDSC . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 5-8 Response Format . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 5-8 Example. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 5-9 Related Commands . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 5-9 ENT-VCL . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .
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Contents 7 Response Format . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 6-8 Example. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 6-9 Related Commands . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 6-9 RTRV-CRS-VC . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 6-10 Response Format . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .
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Contents 9 ED-IPPORT . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 8-6 Response Format . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 8-7 Example. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 8-8 Related Commands . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 8-8 ENT-ATMARPENT . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .
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Contents REPT-OPSTAT-VCL . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 9-10 Response Format . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 9-10 Example. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 9-12 Related Commands . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 9-12 Overview . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .
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Contents RTRV-COND-ADSL . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 10-28 Response Format . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 10-29 Example. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 10-30 Related Commands . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 10-30 RTRV-COND-ALL . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .
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Contents ED-PID . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 12-6 Response Format . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 12-6 Example. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 12-7 Related Command. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 12-7 ED-USER-SECU . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .
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Contents 14 System Commands 4200-A2-GB20-00 Overview . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 14-1 ACT-USER . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 14-2 Response Format . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 14-2 Example. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 14-3 Related Command. .
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Contents RTRV-META-CMD . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 14-21 Response Format . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 14-21 Example. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 14-22 Related Commands . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 14-22 RTRV-META-SYN . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .
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Contents RLS-LPBK-VCL . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 15-9 Response Format . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 15-9 Example. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 15-10 Related Command. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 15-10 STA-LAMPTST . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .
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Contents C Traps and MIBs xiv SNMP Overview . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . C-1 Traps Overview . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . C-1 SNMP Traps. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . C-2 MIBs Overview . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .
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Contents Paradyne ReachDSL MIB (pdn_reachDSL.mib) . . . . . . . . . . . . . . . . . C-45 Paradyne DS1 Config MIB (RFC 2495) . . . . . . . . . . . . . . . . . . . . . . . . C-46 Paradyne DS1 Extension MIB . . . . . . . . . . . . . . . . . . . . . . . . . . . . C-46 D Hotwire 6390 ReachDSL Modem Download Hotwire 6390 ReachDSL Modem Overview. . . . . . . . . . . . . . . . . . . . . D-1 Downloading Hotwire 6390 ReachDSL Modem Software . . . . . . . . . .
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Contents xvi August 2002 4200-A2-GB20-00
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About This Guide Document Purpose and Intended Audience This guide contains information necessary for the use of the GranDSLAM 4200 ATM Stackable DSLAM. The successful user of this manual has some experience with the installation and configuration of DSL network devices, and Transaction Language No. (TL1) commands. Document Summary Section Description Chapter 1, Introduction to the Hotwire 4200 GranDSLAM Provides an introduction to the capabilities of the Hotwire 4200 GranDSLAM.
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About This Guide Section Description Chapter 11, Log Commands Contains SYSLOG commands. Chapter 12, Security Commands Contains commands for configuring and viewing security information. Chapter 13, Synchronization Commands Contains commands for configuring and viewing information concerning the NE clock. Chapter 14, System Commands Contains commands for configuring and viewing general system functions. Chapter 15, Test Commands Contains commands for starting and stopping loopback tests.
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About This Guide To order a paper copy of a Paradyne document: 4200-A2-GB20-00 Within the U.S.A., call 1-800-PARADYNE (1-800-727-2396) Outside the U.S.A.
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About This Guide xx August 2002 4200-A2-GB20-00
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Introduction to the Hotwire 4200 GranDSLAM 1 Overview The GranDSLAM™ 4200 ATM Stackable DSLAM is a stackable DSLAM designed for installation in the Central Office (CO) environment or in a standalone configuration for small deployments. It is available with or without an integrated POTS splitter and is interoperable with the Hotwire 6390 ReachDSL modem. The GranDSLAM 4200 provides 24 ports for connection to an ATM network. Multiple uplink options are available, including T1 and E1.
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1. Introduction to the Hotwire 4200 GranDSLAM Figure 1-2 shows a typical application for the GranDSLAM 4200. Internet ALM TST LINE TX/RX ETHERN ET 6390 ReachDSL Modem Router ATM RTN -48VDC ALARM 3.5 A 60 B CONSOLE A POWER A B STATUS UPLINK PWR BITS MGMT ALRM TEST ReachD SL Central Office GranDSLAM 4200 Router 4202 E1 MODULE TX 75W RX 100/120W 1 13 4 16 8 20 12 24 DSL PORTS Private Network 1-24 POTS 1-24 ATM T1/E1 Uplinks RTN -48VDC ALARM 3.
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1.
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1.
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Using the Command Line Interface 2 Overview The Command Line Interface (CLI) is accessible via either a directly connected terminal session or a Telnet connection. You can use the CLI to: Change the operational characteristics of the device by setting configuration values Display system status Perform diagnostics The system supports multiple simultaneous CLI sessions. TL1 Command Language The GranDSLAM 4200 uses Transaction Language No.
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2. Using the Command Line Interface Command Code The command code consists of a verb and one or more modifiers. Table 2-1. TL1 Command Code Components Component Command Code Component Examples Verb signifies action to be performed.
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2. Using the Command Line Interface Parameters Parameters are values which clarify the function of a command. Parameter syntax must be followed exactly to avoid system error responses. There are two types of parameters: Staging parameters − Designate where the verb of the command conducts its operation (address). There are three unique addressing parameters: — Target IDentification (TID) − Identifies the Network Element (NE) to which the command is directed.
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2. Using the Command Line Interface Command Entry Features The GranDSLAM 4200 uses Transaction Language No. 1 (TL1) language for CLI commands and messages. These commands and messages are used to configure and maintain the system. TL1 offers the following features to help you with command entry: Automatic command completion. You need to type only enough of a command to make it unique, then type a question mark (?) and the CLI replies with the correct syntax for the command.
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2. Using the Command Line Interface Command query. You can obtain help with CLI commands by typing a ? (question mark). A question mark alone lists all commands. For example, if you enter: RTRV ? the CLI lists all the possible RTRV commands. Command history. Pressing the Up Arrow key while entering a command returns the CLI to the previous command entry. Retrieve a list of all commands. Use the RTRV-META command to retrieve a list of all commands.
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2. Using the Command Line Interface GranDSLAM 4200 Turn-up Procedure You can turn up your GranDSLAM 4200 through the Ethernet connection via a PC or terminal connected to the unit’s CONSOLE port. Then using a series of TL1 commands or an NMS system such as Paradyne’s GrandVIEW Element Management System (EMS), you configure the unit for operation. The turn-up procedure for the GranDSLAM 4200 system differs, depending on the type of management used: Inband Management – Operates over the ATM interface.
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2. Using the Command Line Interface Turn-up Procedure for Inband Management Procedure To turn up the GranDSLAM 4200 using inband management: 1. Manual Mode: At the unit, configure the IP address, net mask, and next-hop router. DHCP Mode: Set the ATM1 physical address using the ED-IPPORT command (see ED-IPPORT in Chapter 8, IP Access Commands), or accept the default, which is based on the MAC address assigned to the unit.
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2. Using the Command Line Interface 5. Enable security for your GranDSLAM 4200 unit. Using the TL1 command ENT-USER-SECU, change the default login and password. Use the EMS to configure SNMP community strings, the SYSLOG server, and trap managers. 6. Change the time, if necessary. The Simple Network Time Protocol (SNTP), which maintains the unit’s clock, defaults to enabled for multicast.
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2. Using the Command Line Interface Table 2-2. 4200-A2-GB20-00 GranDSLAM 4200 Configuration Commands To . . . Enter this command . . .
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2.
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ADSL Facility Commands 3 Overview This chapter contains the following ADSL Facility commands: 4200-A2-GB20-00 ACT-PROFILE-ADSL on page 3-2 ACT-PROFILE-ADSLALM on page 3-4 DLT-PROFILE-ADSL on page 3-6 DLT-PROFILE-ADSLALM on page 3-8 ED-ADSL on page 3-10 ED-PROFILE-ADSLDN on page 3-14 ED-PROFILE-ADSLDNALM on page 3-16 ED-PROFILE-ADSLUP on page 3-19 ED-PROFILE-ADSLUPALM on page 3-21 ENT-PROFILE-ADSL on page 3-24 ENT-PROFILE-ADSLALM on page 3-26 REPT ALM ADSL on p
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3. ADSL Facility Commands ACT-PROFILE-ADSL The ACT-PROFILE-ADSL command activates newly created ADSL profiles. See ENT-PROFILE-ADSL on page 3-24 for information on how to create a new ADSL profile. Table 3-1. ACT-PROFILE-ADSL Command Parameters ACT-PROFILE-ADSL:[tid]:adsl_profile_id:[ctag][:]; RESTRICTIONS: All parameters in this command are position-defined. After a profile is activated, its parameters cannot be edited. [tid] Identification of the target NE. The default value is null.
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3. ADSL Facility Commands Table 3-2. ACT-PROFILE-ADSL Response Parameters Parameter Explanation tid Target NE identification yy-mm-dd Year, month, and day hh:mm:ss Hour, minute, and second M Message generated in response to an input command c If provided, ctag; otherwise 0 COMPLD Completed DENY Input command is denied /* */ Enclosed are human readable comments – unspecified format errcde Error code (see Appendix A, Error Codes) Example Activate profile 6.
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3. ADSL Facility Commands ACT-PROFILE-ADSLALM The ACT-PROFILE-ADSLALM command activates newly created ADSL alarm profiles. See ENT-PROFILE-ADSLALM on page 3-26 for information on how to create a new ADSL alarm profile. Table 3-3. ACT-PROFILE-ADSLALM Command Parameters ACT-PROFILE-ADSLALM:[tid]:adsl_profile_id:[ctag][:]; RESTRICTIONS: All parameters in this command are position-defined. After a profile is activated, its parameters cannot be edited. [tid] Identification of the target NE.
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3. ADSL Facility Commands Table 3-4. ACT-PROFILE-ADSLALM Response Parameters Parameter Explanation tid Target NE identification yy-mm-dd Year, month, and day hh:mm:ss Hour, minute, and second M Message generated in response to an input command c If provided, ctag; otherwise 0 COMPLD Completed DENY Input command is denied /* */ Enclosed are human readable comments – unspecified format errcde Error code (see Appendix A, Error Codes) Example Activate profile 6.
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3. ADSL Facility Commands DLT-PROFILE-ADSL The DLT-PROFILE-ADSL command deletes selected ADSL modem configuration profiles that are not in use. Table 3-5. DLT-PROFILE-ADSL Command Parameters DLT-PROFILE-ADSL:[tid]:adsl_profile_id:[ctag][:]; RESTRICTIONS: All parameters in this command are position-defined. [tid] Identification of the target NE. The default value is null. The NE SID code is the only other valid value. adsl_profile_id Numeric identifier of a profile (2−30).
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3. ADSL Facility Commands Table 3-6. DLT-PROFILE-ADSL Response Parameters Parameter Explanation tid Target NE identification yy-mm-dd Year, month, and day hh:mm:ss Hour, minute, and second M Message generated in response to an input command c If provided, ctag; otherwise 0 COMPLD Completed DENY Input command is denied /* */ Enclosed are human readable comments – unspecified format errcde Error code (see Appendix A, Error Codes) Example Delete profile 6.
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3. ADSL Facility Commands DLT-PROFILE-ADSLALM The DLT-PROFILE-ADSLALM command deletes selected ADSL alarm configuration profiles that are not in use. Table 3-7. DLT-PROFILE-ADSLALM Command Parameters DLT-PROFILE-ADSLALM:[tid]:adsl_profile_id:[ctag][:]; RESTRICTIONS: All parameters in this command are position-defined. [tid] Identification of the target NE. The default value is null. The NE SID code is the only other valid value. adsl_profile_id Numeric identifier of a profile (2−30).
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3. ADSL Facility Commands Table 3-8. DLT-PROFILE-ADSLALM Response Parameters Parameter Explanation tid Target NE identification yy-mm-dd Year, month, and day hh:mm:ss Hour, minute, and second M Message generated in response to an input command c If provided, ctag; otherwise 0 COMPLD Completed DENY Input command is denied /* */ Enclosed are human readable comments – unspecified format errcde Error code (see Appendix A, Error Codes) Example Delete profile 6.
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3. ADSL Facility Commands ED-ADSL The ED-ADSL command edits configuration data associated with an ADSL facility on an LT and applies it to the port. Table 3-9. ED-ADSL Command Parameters (1 of 2) ED-ADSL:[tid]:aid_adsl:[ctag]:::[adsl_nblk]:[pst]; RESTRICTIONS: All parameters in this command are position-defined. ATM access profiles cannot be changed while any VPLs or VCLs exist. [tid] Identification of the target NE. The default value is null. The NE SID code is the only other valid value.
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3. ADSL Facility Commands Table 3-9. ED-ADSL Command Parameters (2 of 2) ED-ADSL:[tid]:aid_adsl:[ctag]:::[adsl_nblk]:[pst]; adsl_nblk (continued) MXTXPWRDN: Specifies the maximum transmission power settings for the ATU-C. The maximum transmit power range may be limited according to local guidelines when spectrum management is enabled.
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3. ADSL Facility Commands Response Format If, in less than 2 seconds, a normal or error response cannot be sent, the following acknowledgment response is sent: IP c After the above response, a new command input may be generated. Normal Response: M sid yy-mm-dd hh:mm:ss c COMPLD /* ED-ADSL:[tid]:aid_adsl:[ctag]:::[adsl_nblk]:[pst] */ ; Error Response: M sid yy-mm-dd hh:mm:ss c DENY /* ED-ADSL:[tid]:aid_adsl:[ctag]:::[adsl_nblk]:[pst] */ aid:ERRCDE=errcde /* error description */ ; Table 3-10.
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3. ADSL Facility Commands Example Edit rack 1, shelf 1, slot 1, circuit 20 to have an ADSL line profile of 4 and be in service.
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3. ADSL Facility Commands ED-PROFILE-ADSLDN The ED-PROFILE-ADSLDN command enables you to edit ADSL line configuration parameters for the downstream direction (from ATU-C to ATU-R) in an ADSL Profile. See ENT-PROFILE-ADSL on page 3-24 for information on how to create a new ADSL profile. Table 3-11. ED-PROFILE-ADSLDN Command Parameters ED-PROFILE-ADSLDN:[tid]:adsl_profile_id:[ctag]:::[adslprof_ nblk]; RESTRICTIONS: All parameters in this command are position-defined. [tid] Identification of the target NE.
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3. ADSL Facility Commands Error Response: sid yy-mm-dd hh:mm:ss c DENY /* ED-PROFILE-ADSLDN:[tid]:adsl_profile_id:[ctag]:::[adslprof_n blk] */ errcde ; M Table 3-12.
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3. ADSL Facility Commands ED-PROFILE-ADSLDNALM The ED-PROFILE-ADSLDNALM command enables you to edit ADSL alarm line configuration parameters for the downstream direction (from ATU-C to ATU-R) in an ADSL Alarm Profile. See ENT-PROFILE-ADSLALM on page 3-26 for information on how to create a new ADSL alarm profile. Table 3-13. ED-PROFILE-ADSLDNALM Command Parameters ED-PROFILE-ADSLDNALM:[tid]:adsl_profile_id:[ctag]:::[adslpr of_nblk]; RESTRICTIONS: All parameters in this command are position-defined.
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3. ADSL Facility Commands Response Format If, in less than 2 seconds, a normal or error response cannot be sent, the following acknowledgment response is sent: IP c After the above response, a new command input may be generated. Normal Response: sid yy-mm-dd hh:mm:ss c COMPLD /* ED-PROFILE-ADSLDNALM:[tid]:adsl_profile_id:[ctag]::: [adslprof_nblk] */ ; M Error Response: sid yy-mm-dd hh:mm:ss c DENY /* ED-PROFILE-ADSLDNALM:[tid]:adsl_profile_id:[ctag]::: [adslprof_nblk] */ errcde ; M Table 3-14.
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3.
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3. ADSL Facility Commands ED-PROFILE-ADSLUP The ED-PROFILE-ADSLUP command enables you to edit ADSL line configuration parameters for the upstream direction (from ATU-R to ATU-C) in an ADSL Profile. See ENT-PROFILE-ADSL on page 3-24 for information on how to create a new ADSL profile. Table 3-15. ED-PROFILE-ADSLUP Command Parameters ED-PROFILE-ADSLUP:[tid]:adsl_profile_id:[ctag]:::[adslprof_ nblk]; RESTRICTIONS: All parameters in this command are position-defined. [tid] Identification of the target NE.
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3. ADSL Facility Commands Error Response: sid yy-mm-dd hh:mm:ss c DENY /* ED-PROFILE-ADSLUP:[tid]:adsl_profile_id:[ctag]:::[adslprof_n blk] */ errcde ; M Table 3-16.
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3. ADSL Facility Commands ED-PROFILE-ADSLUPALM The ED-PROFILE-ADSLUPALM command enables you to edit ADSL alarm line configuration parameters for the upstream direction (from ATU-R to ATU-C) in an ADSL Alarm Profile. See ENT-PROFILE-ADSLALM on page 3-26 for information on how to create a new ADSL alarm profile. Table 3-17. ED-PROFILE-ADSLUPALM Command Parameters (1 of 2) ED-PROFILE-ADSLUPALM:[tid]:adsl_profile_id:[ctag]:::[adslpr of_nblk]; RESTRICTIONS: All parameters in this command are position-defined.
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3. ADSL Facility Commands Table 3-17. ED-PROFILE-ADSLUPALM Command Parameters (2 of 2) ED-PROFILE-ADSLUPALM:[tid]:adsl_profile_id:[ctag]:::[adslpr of_nblk]; [adslprof_nblk] (continued) DECRATE-F: Decreasing Rate (fast channel). SNMP rate change trap and TL1 autonomous message are sent if the current rate is ≤ the previous rate minus this threshold (0-2176 kbps in 32 kbps increments, where 0 disables the messages). The default is 0. INITFAIL: Initialization Failure.
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3. ADSL Facility Commands Table 3-18.
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3. ADSL Facility Commands ENT-PROFILE-ADSL The ENT-PROFILE-ADSL command allocates a new ADSL line configuration profile. A new ADSL profile is created using the following steps: 1. Allocate a new profile with ENT-PROFILE-ADSL. 2. Configure downstream transmission parameters with ED-PROFILE-ADSLDN. 3. Configure upstream transmission parameters with ED-PROFILE-ADSLUP. 4. Activate the profile with ACT-PROFILE-ADSL. 5. Apply the profile to a port with ED-ADSL. Table 3-19.
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3. ADSL Facility Commands Error Response: sid yy-mm-dd hh:mm:ss c DENY /* ENT-PROFILE-ADSL:[tid]:adsl_profile_id:[ctag]:: profile_name */ aid:ERRCDE=errcde /* error description */ ; M Table 3-20.
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3. ADSL Facility Commands ENT-PROFILE-ADSLALM The ENT-PROFILE-ADSLALM command allocates a new ADSL alarm configuration profile. A new ADSL alarm profile is created using the following steps: 1. Allocate a new profile with ENT-PROFILE-ADSLALM. 2. Configure downstream transmission parameters with ED-PROFILE-ADSLDNALM. 3. Configure upstream transmission parameters with ED-PROFILE-ADSLUPALM. 4. Activate the profile with ACT-PROFILE-ADSLALM. Table 3-21.
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3. ADSL Facility Commands Error Response: sid yy-mm-dd hh:mm:ss c DENY /* ENT-PROFILE-ADSLALM:[tid]:[adsl_profile_id]:[ctag]:: profile_name */ aid:ERRCDE=errcde /* error description */ ; M Table 3-22.
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3. ADSL Facility Commands REPT ALM ADSL The REPT ALM ADSL message reports current alarms associated with an ADSL facility on an LT. Table 3-23. REPT ALM ADSL Message Parameters (1 of 2) almcode atag REPT ALM ADSL aid_adsl:ntfcde,cond_adsl, srveff,[ocrdat],[ocrtm],[locn], [dirn];[cond_descr]; almcde Alarm code. Identifies the severity of the alarm.
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3. ADSL Facility Commands Table 3-23. REPT ALM ADSL Message Parameters (2 of 2) almcode atag REPT ALM ADSL aid_adsl:ntfcde,cond_adsl, srveff,[ocrdat],[ocrtm],[locn], [dirn];[cond_descr]; [locn] Location of the condition. Valid values are: NEND: Near end FEND: Far end If no value is specified, ALL is assumed. 4200-A2-GB20-00 [dirn] Signal direction. Valid value is RCV (Receive). [cond_descr] Description of alarm condition (40 characters maximum).
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3. ADSL Facility Commands REPT EVT ADSL The REPT EVT ADSL message reports current events associated with an ADSL facility on an LT. Table 3-24. REPT EVT ADSL Message Parameters (1 of 2) almcode atag REPT EVT ADSL aid_adsl:cond_adsl,[condeff], [ocrdat],[ocrtm],[locn],[dirn];[cond_descr]; almcde Alarm code. Identifies the severity of the alarm. The valid value is: A^: Automatic message (typically reports a cleared alarm) atag Automatic tag indicating the numerical sequence of messages reported.
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3. ADSL Facility Commands Table 3-24. REPT EVT ADSL Message Parameters (2 of 2) almcode atag REPT EVT ADSL aid_adsl:cond_adsl,[condeff], [ocrdat],[ocrtm],[locn],[dirn];[cond_descr]; ocrtm Time of occurrence in the format hh-mm. [locn] Location of the condition. Valid values are: NEND: Near end FEND: Far end If no value is specified, ALL is assumed. 4200-A2-GB20-00 [dirn] Signal direction. Valid value is RCV (Receive). [cond_descr] Description of alarm condition (40 characters maximum).
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3. ADSL Facility Commands RTRV-ADSL The RTRV-ADSL command retrieves operational parameters configured for ADSL lines. Table 3-25. RTRV-ADSL Command Parameters RTRV-ADSL:[tid]:aid_adsl:[ctag]::::[pstf],[sstf]; RESTRICTIONS: All parameters in this command are position-defined. [tid] Identification of the target NE. The default value is null. The NE SID code is the only other valid value. aid_adsl Access identifier for an ADSL line. The value can be preceded with AID=, but this is not required.
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3. ADSL Facility Commands Error Response: M sid yy-mm-dd hh:mm:ss c DENY /* RTRV-ADSL:[tid]:aid_adsl:[ctag]::::[pstf] */ aid:ERRCDE=errcde /* error description */ ; Table 3-26.
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3. ADSL Facility Commands Table 3-26. RTRV-ADSL Response Parameters (2 of 2) Parameter Explanation adsl_nblk MXTXPWRDN: Specifies the maximum transmission power settings for the ATU-C. The maximum transmit power range may be limited according to local guidelines when spectrum management is enabled. The values (configurable in 1 dB increments) supported are: +12 to −14 dB (default is +12 dB) (continued) MXTXPWRUP: Specifies the maximum transmission power settings for the ATU-R.
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3. ADSL Facility Commands RTRV-ATUR The RTRV-ATUR command retrieves operational parameters configured for the ADSL ATU-R. Table 3-27. RTRV-ATUR Command Parameters RTRV-ATUR:[tid]:aid_atur:[ctag]; RESTRICTIONS: All parameters in this command are position-defined. [tid] Identification of the target NE. The default value is null. The NE SID code is the only other valid value. aid_atur Access identifier for an ADSL line. The value can be preceded with AID=, but this is not required.
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3. ADSL Facility Commands Table 3-28.
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3. ADSL Facility Commands RTRV-PM-ADSL The RTRV-PM-ADSL command retrieves performance monitoring data for selected ADSL lines. Table 3-29. RTRV-PM-ADSL Command Parameters (1 of 2) RTRV-PM-ADSL:[tid]:aid_adsl:[ctag]::[monadsl],[monlev], [locn],,[tmper],[mondat],[montm]; RESTRICTIONS: All parameters in this command are position-defined. [tid] Identification of the target NE. The default value is null. The NE SID code is the only other valid value. aid_adsl Access identifier for an ADSL line.
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3. ADSL Facility Commands Table 3-29. RTRV-PM-ADSL Command Parameters (2 of 2) RTRV-PM-ADSL:[tid]:aid_adsl:[ctag]::[monadsl],[monlev], [locn],,[tmper],[mondat],[montm]; [montm] Start time for the monitoring period in the format hh-mm, where hh is 00-23 and mm is 0, 15, 30, or 45. Or enter ALL (all performance monitoring data is retrieved). The default is the value nearest the current time. Grouping is allowed.
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3. ADSL Facility Commands Table 3-30. RTRV-PM-ADSL Response Parameters (2 of 2) Parameter Explanation /* */ Enclosed are human readable comments – unspecified format aid_adsl As described for command parameters (see Table 3-29, RTRV-PM-ADSL Command Parameters), except that ALL is not used. [aid_type] Type of AID. The value is ADSL. monadsl As described for command parameters (see Table 3-29, RTRV-PM-ADSL Command Parameters), except that ALL is not used.
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3. ADSL Facility Commands RTRV-PROFILE-ADSL The RTRV-PROFILE-ADSL command retrieves information about ADSL line configuration profiles. Table 3-31. RTRV-PROFILE-ADSL Command Parameters RTRV-PROFILE-ADSL:[tid]:adsl_profile_id:[ctag][::,profile_s cope]; RESTRICTIONS: All parameters in this command are position-defined. [tid] Identification of the target NE.The default value is null. The NE SID code is the only other valid value. adsl_profile_id ADSL profile index (1−30). Grouping and ranging are allowed.
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3. ADSL Facility Commands Table 3-32.
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3. ADSL Facility Commands RTRV-PROFILE-ADSLALM The RTRV-PROFILE-ADSLALM command retrieves information about ADSL alarm configuration profiles. Table 3-33. RTRV-PROFILE-ADSLALM Command Parameters RTRV-PROFILE-ADSLALM:[tid]:adsl_profile_id:[ctag][::,profil e_scope]; RESTRICTIONS: All parameters in this command are position-defined. [tid] Identification of the target NE. The default value is null. The NE SID code is the only other valid value. adsl_profile_id ADSL profile index (1−30).
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3. ADSL Facility Commands Table 3-34.
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3. ADSL Facility Commands RTRV-PROFILE-ADSLDN The RTRV-PROFILE-ADSLDN command enables you to retrieve ADSL line configuration parameters associated with the downstream direction (from ATU-C to ATU-R) in an ADSL Profile. See ED-PROFILE-ADSLDN on page 3-14 for information on how to create a new ADSL profile. Table 3-35. RTRV-PROFILE-ADSLDN Command Parameters RTRV-PROFILE-ADSLDN:[tid]:adsl_profile_id:[ctag][::,profile _scope]; RESTRICTIONS: All parameters in this command are position-defined.
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3. ADSL Facility Commands Table 3-36.
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3. ADSL Facility Commands Example Retrieve profile 6.
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3. ADSL Facility Commands RTRV-PROFILE-ADSLDNALM The RTRV-PROFILE-ADSLDNALM command enables you to retrieve ADSL alarm configuration parameters associated with the downstream direction (from ATU-C to ATU-R) in an ADSL Profile. See ENT-PROFILE-ADSL on page 3-24 for information on how to create a new ADSL profile. Table 3-37. RTRV-PROFILE-ADSLDNALM Command Parameters RTRV-PROFILE-ADSLDNALM:[tid]:adsl_profile_id:[ctag][::,prof ile_scope]; RESTRICTIONS: All parameters in this command are position-defined.
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3. ADSL Facility Commands Table 3-38.
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3. ADSL Facility Commands Table 3-38. RTRV-PROFILE-ADSLDNALM Response Parameters (2 of 2) Parameter Explanation [adslprof_nblk] DECRATE-F: Decreasing Rate (fast channel). SNMP rate change trap and TL1 autonomous message are sent if the current rate is ≤ the previous rate minus this threshold (0-2176 kbps in 32 kbps increments, where 0 disables the messages). The default is 0. (continued) If not specified, the values of these parameters remain unchanged.
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3. ADSL Facility Commands RTRV-PROFILE-ADSLUP The RTRV-PROFILE-ADSLUP command enables you to retrieve ADSL line configuration parameters associated with the upstream direction (from ATU-R to ATU-C) in an ADSL Profile. See ENT-PROFILE-ADSL on page 3-24 for information on how to create a new ADSL profile. Table 3-39. RTRV-PROFILE-ADSLUP Command Parameters RTRV-PROFILE-ADSLUP:[tid]:adsl_profile_id:[ctag][::,profile _scope]; RESTRICTIONS: All parameters in this command are position-defined.
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3. ADSL Facility Commands Table 3-40.
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3. ADSL Facility Commands Example Retrieve profile 6.
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3. ADSL Facility Commands RTRV-PROFILE-ADSLUPALM The RTRV-PROFILE-ADSLUPALM command enables you to retrieve ADSL alarm configuration parameters associated with the downstream direction (from ATU-C to ATU-R) in an ADSL Profile. See ENT-PROFILE-ADSLALM on page 3-26 for information on how to create a new ADSL profile. Table 3-41. RTRV-PROFILE-ADSLUPALM Command Parameters RTRV-PROFILE-ADSLUPALM:[tid]:adsl_profile_id:[ctag][;;,prof ile_scope]; RESTRICTIONS: All parameters in this command are position-defined.
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3. ADSL Facility Commands Table 3-42.
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3. ADSL Facility Commands Table 3-42. RTRV-PROFILE-ADSLUPALM Response Parameters (2 of 2) Parameter Explanation [adslprof_nblk] DECRATE-F: Decreasing Rate (fast channel). SNMP rate change trap and TL1 autonomous message are sent if the current rate is ≤ the previous rate minus this threshold (0-2176 kbps in 32 kbps increments, where 0 disables the messages). The default is 0. (continued) INITFAIL: Initialization Failure. Enables or disables InitFailureTrap messages specified in RFC 2662.
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3.
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DS1 Facility Commands 4 Overview This chapter contains the following DS1 Facility commands: 4200-A2-GB20-00 ED-T1 on page 4-2 ENT-T1 on page 4-5 REPT ALM T1 on page 4-8 REPT EVT T1 on page 4-9 REPT-OPSTAT-T1 on page 4-10 RTRV-PM-T1 on page 4-12 RTRV-T1 on page 4-15 August 2002 4-1
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4. DS1 Facility Commands ED-T1 The ED-T1 Command edits configuration data associated with a DS1 facility. Table 4-1. ED-T1 Command Parameters (1 of 2) ED-T1:[tid]:aid_ds1:[ctag]:::[ds1_nblk]:[pst]; Restrictions: All parameters in this command are position-defined. [tid] Identification of the target NE. The default value is null. The NE SID code is the only other valid value. aid_ds1 Access Identifier for a DS1 facility. The value can be preceded with AID=, but this is not required.
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4. DS1 Facility Commands Table 4-1. ED-T1 Command Parameters (2 of 2) ED-T1:[tid]:aid_ds1:[ctag]:::[ds1_nblk]:[pst]; [ds1_nblk] For the following parameters if no value is specified, null is assumed. (continued) ATMACCPROF: ATM Access Profile index (1). This value determines the range of values for vpi and vci in several other commands. The value cannot be changed while any VPLs or VCLs exist. ATMACCPROFNM: ATM Access Profile name. The default is LT DEFVAL.
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4. DS1 Facility Commands Table 4-2. ED-T1 Command Parameters Parameter Explanation tid Target NE identification yy-mm-dd Year, month, and day hh:mm:ss Hour, minute, and second M Message generated in response to an input command c If provided, ctag; otherwise 0 COMPLD Completed DENY Input command is denied /* */ Enclosed are human readable comments – unspecified format errcde Error code (see Appendix A, Error Codes) Example Edit circuit 1 on the NT to have a line interface type of T1.
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4. DS1 Facility Commands ENT-T1 The ENT-T1 command enters or initializes the configuration data associated with a DS-1 facility. Table 4-3. ENT-T1 Command Parameters (1 of 2) ENT-T1:[tid]:aid_ds1:[ctag]:::ds1_nblk:[pst]; Restrictions: All parameters in this command are position-defined. [tid] Identification of the target NE. The default value is null. The NE SID code is the only other valid value. aid_ds1 Access Identifier for a DS1 facility.
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4. DS1 Facility Commands Table 4-3. ENT-T1 Command Parameters (2 of 2) ENT-T1:[tid]:aid_ds1:[ctag]:::ds1_nblk:[pst]; ds1_nblk For the following parameters if no value is specified, null is assumed. (continued) ATMACCPROF: ATM Access Profile index (1). This value determines the range of values for vpi and vci in several other commands. The value cannot be changed while any VPLs or VCLs exist. ATMACCPROFNM: ATM Access Profile name. The default is NT DEFVAL.
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4. DS1 Facility Commands Error Response M sid yy-mm-dd hh:mm:ss c DENY /* ENT-T1:[tid]:aid_ds1:[ctag]:::ds1_nblk:[pst] */ aid:ERRCDE=errcde /* error description */ ; Table 4-5.
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4. DS1 Facility Commands REPT ALM T1 The REPT ALM T1 message reports current T1 (DS1) facility alarms from the NE. Table 4-6. REPT ALM T1 Response Parameters almcode atag REPT ALM T1 "aid_ds1:ntfncde,cond_ds1, serveff,[ocrdat],[ocrtm],[locn],[dirn]:[cond_descr]"; almcde Alarm code. Identifies the severity of the alarm.
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4. DS1 Facility Commands REPT EVT T1 The REPT EVT T1 message reports current T1 (DS1) facility events from the NE. Table 4-7. REPT EVT T1 Response Parameters almcode atag REPT EVT T1 "aid_ds1:ntfncde,cond_ds1, serveff,[ocrdat],[ocrtm],[locn],[dirn]:[cond_descr]"; almcde Alarm code. Identifies the severity of the alarm.
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4. DS1 Facility Commands REPT-OPSTAT-T1 The REPT-OPSTAT-T1 command reports current operational parameters for T1 (DS1) lines. Table 4-8. REPT-OPSTAT- T1 Command Parameters REPT-OPSTAT-T1:[tid]:aid_dsl:[ctag][;]; [tid] Identification of the target NE. The default value is null. The NE SID code is the only other valid value. aid_ds1 Access identifier for a a DS1 facility. The value can be preceded with AID=, but this is not required.
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4. DS1 Facility Commands Table 4-9.
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4. DS1 Facility Commands RTRV-PM-T1 The RTRV-PM-T1 command retrieves DS1 performance monitoring data. Table 4-10. RTRV-PM-T1 Command Parameters (1 of 2) RTRV-PM-T1:[tid]:aid_ds1:[ctag]::[monds1],[monlev],[locn],, [tmper],[mondat],[montm]; Restrictions: All parameters in this command are position-defined. [tid] The identification of the target NE. TID is optional and has a default value of null. The NE's SID code is the only other valid value. aid_ds1 Access identifier for the environment.
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4. DS1 Facility Commands Table 4-10. RTRV-PM-T1 Command Parameters (2 of 2) RTRV-PM-T1:[tid]:aid_ds1:[ctag]::[monds1],[monlev],[locn],, [tmper],[mondat],[montm]; [mondat] Start date for the monitoring period. Valid values are: mm-dd: Month and day – mm: Month (1−12) – dd: Day (1−31) ALL: All performance monitoring data is retrieved If no value is specified, today's date is assumed. [montm] Start time for the monitoring period. Valid values are: hh-mm: Hour and minute – hh: Hour (00−23) – mm: Minute.
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4. DS1 Facility Commands Table 4-11. RTRV-PM-T1 Response Parameters Parameter Explanation tid Target NE identification yy-mm-dd Year, month, and day hh:mm:ss Hour, minute, and second M Message generated in response to an input command c If provided, ctag; otherwise 0 COMPLD Completed DENY Input command is denied /* */ Enclosed are human readable comments – unspecified format aid_ds1 As described for command parameters, except that DS3NT is not used [aid_type] Type of AID.
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4. DS1 Facility Commands RTRV-T1 The RTRV-T1 command retrieves the configuration data associated with a DS-1 facility. Table 4-12. RTRV-T1 Command Parameters RTRV-T1:[tid]:aid_ds1:[ctag]::::[pstf],[sstf]; Restrictions: All parameters in this command are position-defined. [tid] Identification of the target NE. They default value is null. The NE SID code is the only other valid value. aid_ds1 Access Identifier for the DS1 facility. The value can be preceded with AID=, but this is not required.
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4. DS1 Facility Commands Normal Response: M sid yy-mm-dd hh:mm:ss c COMPLD /* RTRV-T1:[tid]:aid_ds1:[ctag]::::[pstf],[sstf] */ aid_ds1::ds1_nblk:state[,sst] ; Error Response: M sid yy-mm-dd hh:mm:ss c DENY /* RTRV-T1:[tid]:aid_ds1:[ctag]::::[pstf],[sstf] */ aid_ds1:ERRCDE=errcde /* error description */ ; Table 4-13.
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4. DS1 Facility Commands Table 4-13. RTRV-T1 Response Parameters (2 of 2) Parameter Explanation ds1_nblk TMG: Timing supply (continued) – INT: Internal timing source. Use the NE system timing source (default). – LPD: Loop timing PORTID: Port identifier (32 characters maximum). Indicates the user to whom the port is assigned. The following values are reserved and cannot be used: – AVAILABLE: Port is not assigned. – FAULTY: Port has failed and cannot be assigned (default is null).
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4. DS1 Facility Commands Example Retrieve configuration data for circuit 1 on the NT.
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ATM Commands 5 Overview This chapter contains the following other commands: 4200-A2-GB20-00 DLT-PROFILE-TRAFDSC on page 5-2 DLT-VCL on page 5-4 ED-ATMPORT on page 5-6 ENT-PROFILE-TRAFDSC on page 5-8 ENT-VCL on page 5-10 RTRV-ATMPORT on page 5-13 RTRV-PROFILE-ATMACC on page 5-16 RTRV-PROFILE-TRAFDSC on page 5-19 RTRV-VCL on page 5-21 August 2002 5-1
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5. ATM Commands DLT-PROFILE-TRAFDSC The DLT-PROFILE-TRAFDSC command deletes a selected ATM Traffic Descriptor profile that is not in use. Table 5-1. DLT-PROFILE-TRAFDSC Command Parameters DLT-PROFILE-TRAFDSC:[tid]:trafdsc_profile_id:[ctag][:]; RESTRICTIONS: All parameters in this command are position-defined. [tid] Identification of the target NE. The default value is null. The NE SID code is the only other valid value. trafdsc_profile_id Numeric identifier of a profile (1−250).
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5. ATM Commands Table 5-2. DLT-PROFILE-TRAFDSC Response Parameters Parameter Explanation tid Target NE identification yy-mm-dd Year, month, and day hh:mm:ss Hour, minute, and second M Message generated in response to an input command c If provided, ctag; otherwise 0 COMPLD Completed DENY Input command is denied /* */ Enclosed are human readable comments – unspecified format errcde Error code (see Appendix A, Error Codes) Example Delete traffic descriptor profile 5.
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5. ATM Commands DLT-VCL The DLT-VCL command deletes selected ATM interface Virtual Channel Links (VCL) that are not in use. Table 5-3. DLT-VCL Command Parameters DLT-VCL:[tid]:aid_vcl:[ctag][:]; RESTRICTIONS: All parameters in this command are position-defined. If the VCL is cross-connected, the deletion fails. [tid] Identification of the target NE. The default value is null. The NE SID code is the only other valid value. aid_vcl Virtual Circuit Identifier for the Virtual Circuit.
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5. ATM Commands Error Response: M sid yy-mm-dd hh:mm:ss c DENY /* DLT-VCL:[tid]:aid_vcl:[ctag][:] */ aid:ERRCDE=errcde /* error description */ ; Table 5-4.
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5. ATM Commands ED-ATMPORT The ED-ATMPORT command edits configuration data associated with an ATM port in the NE. Table 5-5. ED-ATMPORT Command Parameters ED-ATMPORT:[tid]:aid_atmport:[ctag]:::[atmport_nblk]; RESTRICTIONS: All parameters in this command are position-defined. [tid] Identification of the target NE. The default value is null. The NE SID code is the only other valid value. aid_atmport Access Identifier for an ATM port. The value can be preceded with AID=, but this is not required.
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5. ATM Commands Table 5-6. ED-ATMPORT Response Parameters Parameter Explanation tid Target NE identification yy-mm-dd Year, month, and day hh:mm:ss Hour, minute, and second M Message generated in response to an input command c If provided, ctag; otherwise 0 COMPLD Completed DENY Input command is denied /* */ Enclosed are human readable comments – unspecified format errcde Error code (see Appendix A, Error Codes) atmport_nblk SEGID: ATM segment location ID.
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5. ATM Commands ENT-PROFILE-TRAFDSC The ENT-PROFILE-TRAFDSC command creates a new ATM Traffic Descriptor profile. Table 5-7. ENT-PROFILE-TRAFDSC Command Parameters ENT-PROFILE-TRAFDSC:[tid]:trafdsc_profile_id:[ctag]::profil e_name,,trafdsc_type:[trafdsc_nblk]; RESTRICTIONS: All parameters in this command are position-defined. [tid] Identification of the target NE. The default value is null. The NE SID code is the only other valid value. trafdsc_profile_id Numeric identifier of a profile (1−250).
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5. ATM Commands Error Response: sid yy-mm-dd hh:mm:ss c DENY /* ENT-PROFILE-TRAFDSC:[tid]:trafdsc:[ctag]::trafdscnm,,trafdsc _type:[trafdsc_nblk]; */ aid:ERRCDE=errcde /* error description */ ; M Table 5-8.
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5. ATM Commands ENT-VCL The ENT-VCL command creates an ATM interface Virtual Channel Links (VCL) on an NT or LT. Table 5-9. ENT-VCL Command Parameters ENT-VCL:[tid]:aid_vcl:[ctag]::[rcv_trafdsc],[xmt_trafdsc],[ rcv_trafdscnm],[xmt_trafdscnm]; RESTRICTIONS: All parameters in this command are position-defined. If the VCL or VPI is unavailable or in use, or the resources specified by the receive or transmit traffic descriptor are not available, the command fails. [tid] Identification of the target NE.
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5. ATM Commands Response Format If, in less than 2 seconds, a normal or error response cannot be sent, the following acknowledgment response is sent: IP c After the above response, a new command input may be generated.
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5.
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5. ATM Commands RTRV-ATMPORT The RTRV-ATMPORT command retrieves configuration data associated with an ATM port in the NE. Table 5-11. RTRV-ATMPORT Command Parameters RTRV-ATMPORT:[tid]:aid_atmport:[ctag]::::[pstf],[sstf]; RESTRICTIONS: All parameters in this command are position-defined. [tid] Identification of the target NE. The default value is null. The NE SID code is the only other valid value. aid_atmport Access Identifier for an ATM port.
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5. ATM Commands Error Response: M sid yy-mm-dd hh:mm:ss c DENY /* RTRV-ATMPORT:[tid]:aid_atmport:[ctag]::::[pstf][sstf] */ errcde ; Table 5-12.
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5. ATM Commands Example Retrieve parameters for in-service entities in the loopback state on the NTATM port.
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5. ATM Commands RTRV-PROFILE-ATMACC The RTRV-PROFILE-ATMACC command retrieves configuration parameters of an ATM access profile. Table 5-13. RTRV-PROFILE-ATMACC Command Parameters RTRV-PROFILE-ATMACC:[tid]:atmacc_profile_id:[ctag]::, [profile_scope]; RESTRICTIONS: All parameters in this command are position-defined. [tid] Identification of the target NE. The default value is null. The NE SID code is the only other valid value. atmacc_profile_id Numeric Identifier for an ATM profile.
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5. ATM Commands Table 5-14.
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5. ATM Commands Example Retrieve parameters for profile 6.
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5. ATM Commands RTRV-PROFILE-TRAFDSC The RTRV-PROFILE-TRAFDSC command retrieves configuration parameters of an ATM traffic descriptor file. Table 5-15. RTRV-PROFILE-TRAFSDSC Command Parameters RTRV-PROFILE-TRAFDSC:[tid]:trafdsc_profile_id:[ctag]::,[pro file_scope]; RESTRICTIONS: All parameters in this command are position-defined. [tid] Identification of the target NE. The default value is null. The NE SID code is the only other valid value.
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5. ATM Commands Table 5-16.
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5. ATM Commands RTRV-VCL The RTRV-VCL command retrieves configuration data associated with an ATM virtual channel link. Table 5-17. RTRV-VCL Command Parameters RTRV-VCL:[tid]:aid_vci:[ctag]::::[pstf],[sstf]; RESTRICTIONS: All parameters in this command are position-defined. [tid] Identification of the target NE. The default value is null. The NE SID code is the only other valid value. aid_vci Virtual Circuit Identifier for the Virtual Circuit.
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5. ATM Commands Normal Response: sid yy-mm-dd hh:mm:ss c COMPLD /* RTRV-VCL:[tid]:aid_vci:[ctag]::::[pstf][sstf] */ aid_vcl:rcv_trafdsc,xmt_trafdsc,rcv_trafdscnm,xmt_trafdscnm: state ; M Error Response: M sid yy-mm-dd hh:mm:ss c DENY /* RTRV-VCL:[tid]:aid_vci:[ctag]::::[pstf][sstf] */ errcde ; Table 5-18.
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5. ATM Commands Example Retrieve VCL for virtual path 15, virtual channel 307.
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5.
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Cross Connect Commands 6 Overview This chapter contains the following CrossConnect commands: DLT-CRS-VC on page 6-2 ED-CRS-VC on page 6-4 ENT-CRS-VC on page 6-7 RTRV-CRS-VC on page 6-10 Cross-Connection Defaults The default uplink cross connections start with VPI = 2, VCI = 32 for Port 1 and increments one VCI for each subsequent port. For example, Port 2 cross connection is VPI = 2, VCI = 33, and Port 3 cross connection is VPI = 2, VCI = 34, and so on.
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6. Cross Connect Commands DLT-CRS-VC The DLT-CRS-VC command deletes selected VC-level cross-connections between the NT and LT. Table 6-1. DLT-CRS-VC Command Parameters DLT-CRS-VC:[tid]:nt_vcl,lt_vcl:[ctag]; RESTRICTIONS: All parameters in this command are position-defined. This command requires two AID parameter entries to uniquely identify an existing cross-connection. A cross-connection must be place out of service before it can be deleted.
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6. Cross Connect Commands Normal Response: sid yy-mm-dd hh:mm:ss c COMPLD /* DLT-CRS-VC:[tid]:nt_vcl,lt_vcl:[ctag] */ M ; Error Response: sid yy-mm-dd hh:mm:ss c DENY /* DLT-CRS-VC:[tid]:nt_vcl,lt_vcl:[ctag] */ aid:ERRCDE=errcde /* error description */ M ; Table 6-2.
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6. Cross Connect Commands ED-CRS-VC The ED-CRS-VC command edits the configuration of a VC-level cross-connection between the NT and an LT. Table 6-3. ED-CRS-VC Command Parameters ED-CRS-VC:[tid]:nt_vcl,lt_vcl:[ctag]::::[pst]; RESTRICTIONS: The following restrictions apply to this command: All parameters in this command are position-defined. This command requires two AID parameter entries to uniquely identify an existing cross-connection.
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6. Cross Connect Commands Response Format If, in less than 2 seconds, a normal or error response cannot be sent, the following acknowledgment response is sent: IP c After the above response, a new command input may be generated. Normal Response: sid yy-mm-dd hh:mm:ss c COMPLD /* ED-CRS-VC:[tid]:nt_vcl,lt_vcl:[ctag]::::[pst] */ M ; Error Response: sid yy-mm-dd hh:mm:ss c DENY /* ED-CRS-VC:[tid]:nt_vcl,lt_vcl:[ctag]::::[pst] */ aid:ERRCDE=errcde /* error description */ M ; Table 6-4.
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6. Cross Connect Commands Example Edit VC-level cross-connection between Virtual Path 14, Virtual Channel 307 (network side) and Rack 1, Shelf 1, LT Slot 1, Circuit 4, Virtual Path 0, Virtual Channel 63 (user side) to be In-Service.
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6. Cross Connect Commands ENT-CRS-VC The ENT-CRS-VC command establishes a VC-level cross-connection between the NT and LT. Table 6-5. ENT-CRS-VC Command Parameters ENT-CRS-VC:[tid]:nt_vcl,lt_vcl:[ctag]::::[pst]; RESTRICTIONS: All parameters in this command are position-defined. The range of values for vpi and vci is determined by the number of VPI and VCI bits allocated. View the number of bits allocated with the RTRV-PROFILE-ATMACC command. [tid] Identification of the target NE.
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6. Cross Connect Commands Response Format If, in less than 2 seconds, a normal or error response cannot be sent, the following acknowledgment response is sent: IP c After the above response, a new command input may be generated. Normal Response: sid yy-mm-dd hh:mm:ss c COMPLD /* ENT-CRS-VC:[tid]:nt_vcl,lt_vcl:[ctag]::::[pst] */ M ; Error Response: sid yy-mm-dd hh:mm:ss c DENY /* ENT-CRS-VC:[tid]:nt_vcl,lt_vcl:[ctag]::::{pst] */ aid:ERRCDE=errcde /* error description */ M ; Table 6-6.
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6. Cross Connect Commands Example Establish a VC-level cross-connection between Virtual Path 14, Virtual Channel 307 (network side) and Rack 1, Shelf 1, LT Slot 1, Circuit 4, Virtual Path 0, Virtual Channel 63 (user side), and set the primary state to In-Service.
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6. Cross Connect Commands RTRV-CRS-VC The RTRV-CRS-VC command retrieves the configuration of an ATM Interface Virtual Channel cross-connection. Table 6-7. RTRV-CRS-VC Command Parameters RTRV-CRS-VC:[tid]:aid_vci:[ctag]::::[pstf]; RESTRICTIONS: All parameters in this command are position-defined. The range of values for vpi and vci is determined by the number of VPI and VCI bits allocated. [tid] Identification of the target NE. The default value is null. The NE SID code is the only other valid value.
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6. Cross Connect Commands Response Format If, in less than 2 seconds, a normal or error response cannot be sent, the following acknowledgment response is sent: IP c After the above response, a new command input may be generated. Normal Response: sid yy-mm-dd hh:mm:ss c COMPLD /* RTRV-CRS-VC:[tid]:aid_vcl:[ctag]::::[pstf] */ nt_vci,lt_vci:::state M ; Error Response: sid yy-mm-dd hh:mm:ss c DENY /* RTRV-CRS-VC:[tid]:aid_vci:[ctag]::::[pstf] */ errcde M ; Table 6-8.
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6. Cross Connect Commands Table 6-8. RTRV-CRS-VC Response Parameters (2 of 2) Parameter Explanation lt_vci Virtual Channel Identifier for the Virtual Channel Link on the LT (user) side.
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Equipment Commands 7 Overview This chapter contains the following Equipment commands: 4200-A2-GB20-00 ED-EQPT on page 7-2 REPT ALM EQPT on page 7-4 REPT EVT EQPT on page 7-5 RTRV-EQPT on page 7-6 RTRV-INV-EQPT on page 7-9 August 2002 7-1
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7. Equipment Commands ED-EQPT The ED-EQPT command edits configuration data associated with equipment supported by the system. Table 7-1. ED-EQPT Command Parameters ED-EQPT:[tid]:aid_eqpts:[ctag]::[eqpt_nblk]:[pst]; RESTRICTIONS: All parameters in this command are position-defined. [tid] Identification of the target NE. The default value is null. The NE SID code is the only other valid value. aid_eqpts Access identifier of an equipment unit.
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7. Equipment Commands Error Response: sid yy-mm-dd hh:mm:ss c DENY /* ED-EQPT:[tid]:aid_eqpts:[ctag]::[eqpt_nblk]:[pst] */ aid:ERRCDE=errcde /* error description */ ; M Table 7-2.
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7. Equipment Commands REPT ALM EQPT The REPT ALM EQPT message reports current alarms from the NE. Table 7-3. REPT ALM EQPT Message Parameters almcde atag REPT ALM EQPT aid_eqpts:ntfcde,cond_eqpt, srveff,[ocrdat],[ocrtm]: [conddescr]; almcde Alarm code. Identifies the severity of the alarm. Values are: – *C: Critical alarm – **: Major alarm – *^: Minor alarm – A^: Automatic message (typically reports a cleared alarm) atag Automatic tag. Indicates the numerical sequence of reported messages.
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7. Equipment Commands REPT EVT EQPT The REPT EVT EQPT message reports current equipment events from the NE. Table 7-4. REPT EVT EQPT Message Parameters almcde atag REPT EVT EQPTaid_eqpt:cond_eqpt,[condeff], [ocrdat],[ocrtm]:[conddescr]; almcde Alarm code. Identifies the severity of the alarm. Values are: – *C: Critical alarm – **: Major alarm – *^: Minor alarm – A^: Automatic message (typically reports a cleared alarm) atag Automatic tag. Indicates the numerical sequence of reported messages.
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7. Equipment Commands RTRV-EQPT The RTRV-EQPT command retrieves configuration data associated with a unit of equipment. Table 7-5. RTRV-EQPT Command Parameters RTRV-EQPT:[tid]:aid_eqpts:[ctag][:]; RESTRICTIONS: All parameters in this command are position-defined. [tid] Identification of the target NE. The default value is null. The NE SID code is the only other valid value. aid_eqpts Access identifier of an equipment unit. The value can be preceded with AID=, but this is not required.
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7. Equipment Commands Error Response: M sid yy-mm-dd hh:mm:ss c DENY /* RTRV-EQPT:[tid]:aid_eqpts:[ctag] */ aid:ERRCDE=errcde /* error description */ ; Table 7-6.
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7. Equipment Commands Example Retrieve configuration data associated with Shelf 1.
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7. Equipment Commands RTRV-INV-EQPT The RTRV-INV-EQPT command retrieves inventory data associated with a unit of equipment. Table 7-7. RTRV-INV-EQPT Command Parameters RTRV-INV-EQPT:[tid]:aid_eqps:[ctag]; RESTRICTIONS: All parameters in this command are position-defined. [tid] Identification of the target NE. The default value is null. The NE SID code is the only other valid value. aid_eqpts Access identifier of an equipment unit. The value can be preceded with AID=, but this is not required.
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7. Equipment Commands Error Response: M sid yy-mm-dd hh:mm:ss c DENY /* RTRV-INV-EQPT:[tid]:aid_eqpts:[ctag] */ aid:ERRCDE=errcde /* error description */ ; Table 7-8.
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7. Equipment Commands Example Retrieve inventory for Shelf 1.
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7.
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IP Access Commands 8 Overview This chapter contains the following IP Access commands: 4200-A2-GB20-00 DLT-ATMARPENT on page 8-2 DLT-IPPORT on page 8-4 ED-IPPORT on page 8-6 ENT-ATMARPENT on page 8-9 ENT-IPPORT on page 8-11 REPT-OPSTAT-IPPORT on page 8-14 RTRV-ATMARPENT on page 8-17 RTRV-IPPORT on page 8-19 August 2002 8-1
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8. IP Access Commands DLT-ATMARPENT The command DLT-ATMARPENT deletes entries in the ATM Address Resolution Protocol table. Table 8-1. DLT-ATMARPENT Command Parameters DLT-ATMARPENT:[tid]:aid_ipport:[ctag]::ip_addr; RESTRICTIONS: All parameters in this command are position-defined. [tid] Identification of the target NE. The default value is null. The NE SID code is the only other valid value. aid_ipport Access identifier of the IP port to be deleted.
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8. IP Access Commands Table 8-2. DLT-ATMARPENT Response Parameters Parameter Explanation tid Target NE identification yy-mm-dd Year, month, and day hh:mm:ss Hour, minute, and second M Message generated in response to an input command c If provided, ctag; otherwise 0 COMPLD Completed DENY Input command is denied /* */ Enclosed are human readable comments – unspecified format errcde Error code (see Appendix A, Error Codes) Example Delete the entry for ATM-2 port with IP address 123.201.
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8. IP Access Commands DLT-IPPORT The command DLT-IPPORT deletes an Internet Protocol port (or interface) in the NE. All entries in the ATM Address Resolution Protocol table for a IP port must be deleted (DLT-ATMARPENT on page 8-2) before the port can be deleted. Table 8-3. DLT-IPPORT Command Parameters DLT-IPPORT:[tid]:aid_ipport:[ctag][;]; RESTRICTIONS: All parameters in this command are position-defined. [tid] Identification of the target NE. The default value is null.
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8. IP Access Commands Table 8-4. DLT-IPPORT Response Parameters Parameter Explanation tid Target NE identification yy-mm-dd Year, month, and day hh:mm:ss Hour, minute, and second M Message generated in response to an input command c If provided, ctag; otherwise 0 COMPLD Completed DENY Input command is denied /* */ Enclosed are human readable comments – unspecified format errcde Error code (see Appendix A, Error Codes) Example Delete ATM-2 port.
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8. IP Access Commands ED-IPPORT The command ED-IPPORT edits configuration data associated with an Internet Protocol port (or interface) in the NE. Table 8-5. ED-IPPORT Command Parameters (1 of 2) ED-IPPORT:[tid]:aid_ipport:[ctag]::cfg_mode:ipport_nblk [pst]; RESTRICTIONS: All parameters in this command are position-defined. [tid] Identification of the target NE. The default value is null. The NE SID code is the only other valid value. aid_ipport Access identifier of the IP port to be entered.
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8. IP Access Commands Table 8-5. ED-IPPORT Command Parameters (2 of 2) ED-IPPORT:[tid]:aid_ipport:[ctag]::cfg_mode:ipport_nblk [pst]; [pst] Desired primary state. Valid values are: IS: In Service (default) OOS: Out Of Service (OOS-MA is implied) If no value is specified, this parameter remains unchanged.
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8. IP Access Commands Table 8-6.
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8. IP Access Commands ENT-ATMARPENT The command ENT-ATMARPENT defines a new entry in the ATM Address Resolution Protocol table in the NE. Table 8-7. ENT-ATMARPENT Command Parameters ENT-ATMARPENT:[tid]:aid_ipport:[ctag];;ip_addr,[vpi],[vci] [arpent_nblk]; RESTRICTIONS: All parameters in this command are position-defined. [tid] Identification of the target NE. The default value is null. The NE SID code is the only other valid value. aid_ipport Access identifier of the IP port to be deleted.
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8. IP Access Commands Error Response: sid yy-mm-dd hh:mm:ss c DENY; /* ENT-ATMARPENT:[tid]:aid_ipport:[ctag]::ip_addr,[vpi],[vci] */ aid:ERRCDE=errcde /* error description */ ; M Table 8-8.
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8. IP Access Commands ENT-IPPORT The command ENT-IPPORT configures an Internet Protocol port (or interface) in the NE. Table 8-9. ENT-IPPORT Command Parameters ENT-IPPORT:[tid]:aid_ipport:[ctag]::cfg_mode:ipport_nblk; RESTRICTIONS: All parameters in this command are position-defined. [tid] Identification of the target NE. The default value is null. The NE SID code is the only other valid value. aid_ipport Access identifier of the IP port to be entered.
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8. IP Access Commands Response Format If, in less than 2 seconds, a normal or error response cannot be sent, the following acknowledgment response is sent: IP c After the above response, a new command input may be generated. Normal Response: sid yy-mm-dd hh:mm:ss c COMPLD /* ENT-IPPORT:[tid]:aid_ipport:[ctag]::cfg_mode: ipport_nblk */ ; M Error Response: sid yy-mm-dd hh:mm:ss c DENY; /* ENT-IPPORT:[tid]:aid_ipport:[ctag]::cfg_mode: ipport_nblk */ aid:ERRCDE=errcde /* error description */ ; M Table 8-10.
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8. IP Access Commands Example Configure the SLIP port with a configuration mode of BOOTP and a physical address of 18-00-42-49-09-03-27-22.
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8. IP Access Commands REPT-OPSTAT-IPPORT The command REPT-OPSTAT-IPPORT reports current operational parameters for an Internet Protocol port (or interface) in the NE. Table 8-11. REPT-OPSTAT-IPPORT Command Parameters REPT-OPSTAT-IPPORT:[tid]:aid_ipport:[ctag][:]; RESTRICTIONS: All parameters in this command are position-defined. [tid] Identification of the target NE. The default value is null. The NE SID code is the only other valid value. aid_ipport Access identifier of the IP port to be entered.
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8. IP Access Commands Table 8-12. REPT-OPSTAT-IPPORT Response Parameters Parameter Explanation tid Target NE identification yy-mm-dd Year, month, and day hh:mm:ss Hour, minute, and second M Message generated in response to an input command c If provided, ctag; otherwise 0 COMPLD Completed DENY Input command is denied /* */ Enclosed are human readable comments – unspecified format errcde Error code (see Appendix A, Error Codes) aid_ipport Access identifier of the IP port to be entered.
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8. IP Access Commands Example Report IP port facility parameters for ETH-1.
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8. IP Access Commands RTRV-ATMARPENT The command RTRV-ATMARPENT retrieves entries in the ATM Address Resolution Protocol table. Table 8-13. RTRV-ATMARPENT Command Parameters RTRV-ATMARPENT:[tid]:aid_ipport:[ctag]::[ip_addr]; RESTRICTIONS: All parameters in this command are position-defined. [tid] Identification of the target NE. The default value is null. The NE SID code is the only other valid value. aid_ipport Access identifier of the IP port.
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8. IP Access Commands Table 8-14.
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8. IP Access Commands RTRV-IPPORT The RTRV-IPPORT command retrieves configuration data associated with an Internet Protocol port in the NE. Table 8-15. RTRV-IPPORT Command Parameters RTRV-IPPORT:[tid]:aid_ipport:[ctag][::::[pstf]]; RESTRICTIONS: All parameters in this command are position-defined. [tid] Identification of the target NE. The default value is null. The NE SID code is the only other valid value. aid_ipport Access identifier of the IP port.
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8. IP Access Commands Error Response: M sid yy-mm-dd hh:mm:ss c DENY; /* RTRV-IPPORT:[tid]:aid_ipport:[ctag][:] */ aid:ERRCDE=errcde /* error description */ ; Table 8-16.
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8. IP Access Commands Table 8-16. RTRV-IPPORT Response Parameters (2 of 2) Parameter Explanation ipport_nblk GATEWAY: IP address of the default IP router (gateway) for this IP interface. Valid values are: (continued) – ddd.ddd.ddd.ddd (where ddd is a number 1−255) for ETH-1 only – NONE: No gateway [pst] Primary State Filter. Valid values are IS-NR, OOS-AU, OOS-MA (transitory state, changes to OOS-AUMA), OOS-AUMA. Example Retrieve the configuration data associated with the ATM-1 port.
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8.
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Performance Commands 9 Overview This chapter contains the following Performance commands: 4200-A2-GB20-00 REPT-OPSTAT-ADSLCOM on page 9-2 REPT-OPSTAT-ADSLDN on page 9-5 REPT-OPSTAT-ADSLUP on page 9-7 REPT-OPSTAT-VCL on page 9-10 August 2002 9-1
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9. Performance Commands REPT-OPSTAT-ADSLCOM The REPT-OPSTAT-ADSLCOM command reports current operational parameters of ADSL lines that are common for both upstream and downstream directions. Table 9-1. REPT-OPSTAT-ADSLCOM Command Parameters REPT-OPSTAT-ADSLCOM:[tid]:aid_adsl:[ctag][:]; RESTRICTIONS: All parameters in this command are position-defined. [tid] Identification of the target NE. The default value is null. The NE SID code is the only other valid value.
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9. Performance Commands Table 9-2.
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9. Performance Commands Examples Report ADSL DMT carrier operations parameters for ADSL-1-1-1-3.
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9. Performance Commands REPT-OPSTAT-ADSLDN The REPT-OPSTAT-ADSLDN command reports operational parameters of ADSL lines in the downstream direction. Table 9-3. REPT-OPSTAT-ADSLDN Command Parameters REPT-OPSTAT-ADSLDN:[tid]:aid_adsl:[ctag][:]; RESTRICTIONS: All parameters in this command are position-defined. [tid] Identification of the target NE. The default value is null. The NE SID code is the only other valid value. aid_adsl Access identifier for ADSL lines.
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9. Performance Commands Table 9-4.
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9. Performance Commands REPT-OPSTAT-ADSLUP The REPT-OPSTAT-ADSLUP command reports operational parameters of ADSL lines in the upstream direction. Table 9-5. REPT-OPSTAT-ADSLUP Command Parameters REPT-OPSTAT-ADSLUP:[tid]:aid_adsl:[ctag][:]; RESTRICTIONS: All parameters in this command are position-defined. [tid] Identification of the target NE. The default value is null. The NE SID code is the only other valid value. aid_adsl Access identifier for ADSL lines.
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9. Performance Commands Table 9-6.
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9. Performance Commands Example Report upstream operations parameters for ADSL-1-1-1-3.
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9. Performance Commands REPT-OPSTAT-VCL The REPT-OPSTAT-VCL command reports operational parameters for a Virtual Channel Link (VCL) on an NT or LT. Table 9-7. REPT-OPSTAT-VCL Command Parameters REPT-OPSTAT-VCL:[tid]:aid_vcl:[ctag][:]; RESTRICTIONS: All parameters in this command are position-defined. [tid] Identification of the target NE. The default value is null. The NE SID code is the only other valid value. aid_vcl Virtual channel identifier for the virtual circuit.
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9. Performance Commands Table 9-8.
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9. Performance Commands Example Report VCL operations parameters for NTVCL-0-32.
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Fault Commands 10 Overview This chapter contains the following Fault commands: 4200-A2-GB20-00 RTRV-ALM-ADSL on page 10-2 RTRV-ALM-ALL on page 10-5 RTRV-ALM-EQPT on page 10-9 RTRV-ALM-T1 on page 10-12 RTRV-ATTR-ADSL on page 10-15 RTRV-ATTR-ALL on page 10-18 RTRV-ATTR-EQPT on page 10-22 RTRV-ATTR-T1 on page 10-25 RTRV-COND-ADSL on page 10-28 RTRV-COND-ALL on page 10-31 RTRV-COND-EQPT on page 10-35 RTRV-COND-T1 on page 10-38 August 2002 10-1
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10. Fault Commands RTRV-ALM-ADSL The RTRV-ALM-ADSL command retrieves current alarms associated with an ADSL facility on an LT. Table 10-1. RTRV-ALM-ADSL Command Parameters RTRV-ALM-ADSL:[tid]:aid_adsl:[ctag]::[ntfcde],,[srveff],[lo cn],[dirn]; RESTRICTIONS: All parameters in this command are position-defined. [tid] The identification of the target NE. TID is optional and has a default value of null. The NE's SID code is the only other valid value. aid_adsl Access identifier for the ADSL line(s).
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10. Fault Commands Response Format If, in less than 2 seconds, a normal or error response cannot be sent, the following acknowledgment response will be sent: IP c After the above response, a new command input may be generated.
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10. Fault Commands Table 10-2. RTRV-ALM-ADSL Response Parameters (2 of 2) Parameter Explanation cond ADSL Condition.
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10. Fault Commands RTRV-ALM-ALL The RTRV-ALM-ALL command retrieves current alarms in the NE. Table 10-3. RTRV-ALM-ALL Command Parameters RTRV-ALM-ALL:[tid]:aid_all:[ctag]::[ntfcde],,[srveff],[locn ],[dirn]; RESTRICTIONS: All parameters in this command are position-defined. [tid] The identification of the target NE. TID is optional and has a default value of null. The NE's SID code is the only other valid value. aid_all Access identifier. The value is ALL.
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10. Fault Commands Response Format If, in less than 2 seconds, a normal or error response cannot be sent, the following acknowledgment response will be sent: IP c After the above response, a new command input may be generated.
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10. Fault Commands Table 10-4. RTRV-ALM-ALL Response Parameters (2 of 2) Parameter Explanation ntfncde As described for command parameters (see Table 10-3, RTRV-ALM-ALL Command Parameters), except that ALL is not used. cond Condition. Valid values are: ACTLPBK: Facility placed in loopback.
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10. Fault Commands Example Retrieve all active, critical, service-affecting the TAMPA NE.
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10. Fault Commands RTRV-ALM-EQPT The RTRV-ALM-EQPT command retrieves current alarms for specified equipment. Table 10-5. RTRV-ALM-EQPT Command Parameters RTRV-ALM-EQPT:[tid]:aid_eqpts:[ctag]::[ntfcde],,[srveff]; RESTRICTIONS: All parameters in this command are position-defined. [tid] The identification of the target NE. TID is optional and has a default value of null. The NE's SID code is the only other valid value. aid_eqpts Access identifier for the equipment.
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10. Fault Commands Response Format If, in less than 2 seconds, a normal or error response cannot be sent, the following acknowledgment response will be sent: IP c After the above response, a new command input may be generated.
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10. Fault Commands Table 10-6. RTRV-ALM-EQPT Response Parameters (2 of 2) Parameter Explanation cond_eqpt Equipment condition.
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10. Fault Commands RTRV-ALM-T1 The RTRV-ALM-T1 command retrieves current alarms for selected DS1 facilities. Table 10-7. RTRV-ALM-T1 Command Parameters RTRV-ALM-T1:[tid]:aid_ds1:[ctag]::[ntfcde],,[srveff],[locn] ,[dirn]; RESTRICTIONS: All parameters in this command are position-defined. [tid] The identification of the target NE. TID is optional and has a default value of null. The NE's SID code is the only other valid value. aid_ds1 Access Identifier for the DS1 facility.
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10. Fault Commands Response Format If, in less than 2 seconds, a normal or error response cannot be sent, the following acknowledgment response will be sent: IP c After the above response, a new command input may be generated.
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10. Fault Commands Table 10-8. RTRV-ALM-T1 Response Parameters (2 of 2) Parameter Explanation cond_ds1 DS1 facility condition. Values are: AIS: Alarm Indication Signal LCD: Loss of ATM Cell Delineation LOF: Loss of Framing LOS: Loss of Signal/clock RAI: Remote Alarm Indication serveff As described for command parameters (see Table 10-7, RTRV-ALM-T1 Command Parameters), except that ALL is not used. [locn] Location of the condition. Valid value is NEND (Near end).
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10. Fault Commands RTRV-ATTR-ADSL The RTRV-ATTR-ADSL command retrieves current attributes of activities related to the ADSL line. Table 10-9. RTRV-ATTR-ADSL Command Parameters (1 of 2) RTRV-ATTR-ADSL:[tid]:aidall_adsl:[ctag]::[ntfcde],[cond_ads l],[locn],[dirn]; RESTRICTIONS: All parameters in this command are position-defined. [tid] The identification of the target NE. TID is optional and has a default value of null. The NE's SID code is the only other valid value.
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10. Fault Commands Table 10-9. RTRV-ATTR-ADSL Command Parameters (2 of 2) RTRV-ATTR-ADSL:[tid]:aidall_adsl:[ctag]::[ntfcde],[cond_ads l],[locn],[dirn]; [cond_adsl] (continued) INCRATE-F: Increasing rate (fast channel) (near end, far end, not alarmed). There is no corresponding standing condition clear message for this message. DECRATE-F: Decreasing rate (fast channel) (near end, far end, not alarmed). There is no corresponding standing condition clear message for this message.
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10. Fault Commands Table 10-10.
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10. Fault Commands RTRV-ATTR-ALL The RTRV-ATTR-ALL command retrieves current attributes of all conditions maintained by the NE. Table 10-11. RTRV-ATTR-ALL Command Parameters (1 of 2) RTRV-ATTR-ALL:[tid]:aid_all:[ctag]::[ntfcde],[cond_all], [locn],[dirn]; RESTRICTIONS: All parameters in this command are position-defined. [tid] The identification of the target NE. TID is optional and has a default value of null. The NE's SID code is the only other valid value.
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10. Fault Commands Table 10-11. RTRV-ATTR-ALL Command Parameters (2 of 2) RTRV-ATTR-ALL:[tid]:aid_all:[ctag]::[ntfcde],[cond_all], [locn],[dirn]; [cond_all] (continued) DECRATE-F: Decreasing Rate (Fast channel). There is no corresponding standing condition clear message.
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10. Fault Commands Error Response: sid yy-mm-dd hh:mm:ss c DENY /* RTRV-ATTR-ALL:[tid]:aid_all:[ctag]::[ntfncde], [cond_all] */ errcde ; M Table 10-12.
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10. Fault Commands Example Retrieve current attributes for all major conditions maintained by the TAMPA NE.
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10. Fault Commands RTRV-ATTR-EQPT The RTRV-ATTR-EQPT command retrieves current attributes of activities related to the equipment. Table 10-13. RTRV-ATTR-EQPT Command Parameters RTRV-ATTR-EQPT:[tid]:aidall_eqpt:[ctag]::[ntfcde],[cond_eqp t]; RESTRICTIONS: All parameters in this command are position-defined. [tid] The identification of the target NE. TID is optional and has a default value of null. The NE's SID code is the only other valid value. aidall_eqpt Access Identifier for all equipment.
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10. Fault Commands Response Format If, in less than 2 seconds, a normal or error response cannot be sent, the following acknowledgment response will be sent: IP c After the above response, a new command input may be generated.
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10. Fault Commands Example Retrieve service-affecting critical alarms for equipment.
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10. Fault Commands RTRV-ATTR-T1 The RTRV-ATTR-T1 command retrieves current attributes of activities related to the DS1 facility. Table 10-15. RTRV-ATTR-T1 Command Parameters RTRV-ATTR-T1:[tid]:[aidall_t1]:[ctag]::[ntfcde],[cond_ds1], [locn],[dirn]; RESTRICTIONS: All parameters in this command are position-defined. [tid] The identification of the target NE. TID is optional and has a default value of null. The NE's SID code is the only other valid value.
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10. Fault Commands Response Format If, in less than 2 seconds, a normal or error response cannot be sent, the following acknowledgment response will be sent: IP c After the above response, a new command input may be generated.
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10. Fault Commands Table 10-16. RTRV-ATTR-T1 Response Parameters (2 of 2) Parameter Explanation [locn] Location of the condition. Valid values are: NEND: Near End FEND: Far End [dirn] Direction of the condition. Valid values are: RCV: Receive TRMT: Transmit Example Retrieve critical attributes for T1 conditions.
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10. Fault Commands RTRV-COND-ADSL The RTRV-COND-ADSL command retrieves the current condition of selected ADSL line-related alarm indicators. Table 10-17. RTRV-COND-ADSL Command Parameters RTRV-COND-ADSL:[tid]:aid_adsl:[ctag]::[cond_adsl],[locn],[d irn]; [tid] The identification of the target NE. TID is optional and has a default value of null. The NE's SID code is the only other valid value. aid_adsl Access identifier for the ADSL line(s).
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10. Fault Commands Response Format If, in less than 2 seconds, a normal or error response cannot be sent, the following acknowledgment response will be sent: IP c After the above response, a new command input may be generated.
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10. Fault Commands Table 10-18. RTRV-COND-ADSL Command Parameters (2 of 2) Parameter Explanation [ntfncde] Notification code. Valid values are: CR: Critical alarm MJ: Major alarm MN: Minor alarm cond_adsl ADSL Condition.
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10. Fault Commands RTRV-COND-ALL The RTRV-COND-ALL command retrieves the condition of NE alarm indicators. Table 10-19. RTRV-COND-ALL Command Parameters (1 of 2) RTRV-COND-ALL:[tid]:aid_all:[ctag]::[cond_all],[locn], [dirn]; RESTRICTIONS: All parameters in this command are position-defined. [tid] The identification of the target NE. TID is optional and has a default value of null. The NE's SID code is the only other valid value. aid_all Access Identifier for all entities. The value is ALL.
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10. Fault Commands Table 10-19. RTRV-COND-ALL Command Parameters (2 of 2) RTRV-COND-ALL:[tid]:aid_all:[ctag]::[cond_all],[locn], [dirn]; [dirn] Direction of the condition. Valid values (for conditions supporting direction): RCV: Receive TRMT: Transmit If no value is specified, ALL is assumed. Response Format If, in less than 2 seconds, a normal or error response cannot be sent, the following acknowledgment response will be sent: IP c After the above response, a new command input may be generated.
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10. Fault Commands Table 10-20. RTRV-COND-ALL Response Parameters (2 of 2) Parameter Explanation DENY Input command is denied /* */ Enclosed are human readable comments – unspecified format errcde Error code (see Appendix A, Error Codes) aid Access Identifier of the entity reporting the alarm. Valid values are: SHELF-rack-shelf NTA LTA-rack-shelf-slot ADSL-rack-shelf-slot-circuit NTT1-circuit aid_type The type of Access Identifier. Valid values are ADSL, EQPT, and T1.
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10. Fault Commands Example Retrieve current attributes for all near-end conditions maintained by the TAMPA NE.
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10. Fault Commands RTRV-COND-EQPT The RTRV-COND-EQPT command retrieves the current condition of specified equipment alarm indicators. Table 10-21. RTRV-COND-EQPT Command Parameters RTRV-COND-EQPT:[tid]:aidall_eqpt:[ctag]::[ntfcde],[cond_eqp t]; RESTRICTIONS: All parameters in this command are position-defined. [tid] The identification of the target NE. TID is optional and has a default value of null. The NE's SID code is the only other valid value. aid_eqpt Access Identifier for a piece of equipment.
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10. Fault Commands Response Format If, in less than 2 seconds, a normal or error response cannot be sent, the following acknowledgment response will be sent: IP c After the above response, a new command input may be generated.
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10. Fault Commands Table 10-22. RTRV-COND-EQPT Response Parameters (2 of 2) Parameter Explanation cond_eqpt As described for command parameters (see Table 10-21, RTRV-COND-EQPT Command Parameters). serveff Service effect. Valid values are: – SA: Service affecting – NSA: Not service affecting [cond_descr] Description of alarm condition. Example Retrieve current condition of LT alarm indicators.
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10. Fault Commands RTRV-COND-T1 The RTRV-COND-T1 command retrieves current conditions of a DS1 facility. Table 10-23. RTRV-COND-T1 Command Parameters RTRV-COND-T1:[tid]:aid_ds1:[ctag]::[cond_ds1],[locn],[dirn] ; RESTRICTIONS: All parameters in this command are position-defined. [tid] The identification of the target NE. TID is optional and has a default value of null. The NE's SID code is the only other valid value. aid_ds1 Access Identifier for the environment.
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10. Fault Commands Response Format If, in less than 2 seconds, a normal or error response cannot be sent, the following acknowledgment response will be sent: IP c After the above response, a new command input may be generated.
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10. Fault Commands Table 10-24. RTRV-COND-T1 Response Parameters (2 of 2) Parameter Explanation ntfncde Notification code. Valid values are: CR: Critical alarm MJ: Major alarm MN: Minor alarm NA: Not alarmed (reported via REPORT EVENT) NR: Not reported (information is stored in the NE) cond_ds1 As described for command parameters (see Table 10-23, RTRV-COND-T1 Command Parameters), except ALL is not used. [locn] Location of the condition.
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Log Commands 11 Overview This chapter contains the following Log commands: 4200-A2-GB20-00 INIT-LOG on page 11-2 RTRV-LOG on page 11-4 August 2002 11-1
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11. Log Commands INIT-LOG The INIT-LOG command initializes selected logs. Table 11-1. INIT-LOG Command Parameters INIT-LOG:[tid]:[logid]:[ctag]::lognm; RESTRICTIONS: All parameters in this command are position-defined. [tid] The identification of the target NE. TID is optional and has a default value of null. The NE's SID code is the only other valid value. logid COM is the only allowed value other than NULL for the AID field.
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11. Log Commands Table 11-2. INIT-LOG Response Parameters Parameter Explanation sid Source NE identification yy-mm-dd Year, month, and day hh:mm:ss Hour, minute, and second M Message generated in response to an input command c If provided, ctag; otherwise 0 COMPLD Completed DENY Input command is denied /* */ Enclosed are human readable comments – unspecified format errcde Error code (see Appendix A, Error Codes) Example Initialize the SYSTEM log.
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11. Log Commands RTRV-LOG The RTRV-LOG command retrieves selected logs. Table 11-3. RTRV-LOG Command Parameters RTRV-LOG:[tid]:[log_id]:[ctag]::lognm; RESTRICTIONS: All parameters in this command are position-defined. [tid] The identification of the target NE. TID is optional and has a default value of null. The NE's SID code is the only other valid value. log_id COM is the only allowed value other than NULL.
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11. Log Commands Table 11-4.
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11.
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Security Commands 12 Overview This chapter contains the following Security commands: 4200-A2-GB20-00 DLT-USER-SECU on page 12-2 ED-CID-SECU on page 12-4 ED-PID on page 12-6 ED-USER-SECU on page 12-8 ENT-USER-SECU on page 12-10 RTRV-CID-SECU on page 12-12 RTRV-USER-SECU on page 12-14 August 2002 12-1
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12. Security Commands DLT-USER-SECU The DLT-USER-SECU command deletes a user account from the NE database. Table 12-1. DLT-USER-SECU Command Parameters DLT-USER-SECU:[tid]:uid:[ctag][:]; RESTRICTIONS: All parameters in this command are position-defined. At leased one superuser account must remain at all times. [tid] Identification of the target NE. The default value is null. The NE SID code is the only other valid value. uid User identification name (10 characters maximum). Input is case-sensitive.
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12. Security Commands Table 12-2. DLT-USER-SECU Response Parameters Parameter Explanation tid Target NE identification yy-mm-dd Year, month, and day hh:mm:ss Hour, minute, and second M Message generated in response to an input command c If provided, ctag; otherwise 0 COMPLD Completed DENY Input command is denied /* */ Enclosed are human readable comments – unspecified format errcde Error code (see Appendix A, Error Codes) Example Delete user RICHARD.
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12. Security Commands ED-CID-SECU The ED-CID-SECU command edits the configuration data associated with the Channel Identifier (CID). The privilege codes associated with a CID define the maximum privilege level of commands in each category (maintenance, configuring, security, testing) that can be executed from that CID. Commands requiring a higher privilege level are refused. Table 12-3.
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12. Security Commands Normal Response: sid yy-mm-dd hh:mm:ss c COMPLD /* ED-CID-SECU:[tid]:cid:[ctag]::chap,:[cid_nblk] */ ; M Error Response: sid yy-mm-dd hh:mm:ss c DENY /* ED-CID-SECU:[tid]:cid:[ctag]::chap:[cid_nblk] */ aid:ERRCDE=errcde /* error description */ ; M Table 12-4.
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12. Security Commands ED-PID The ED-PID command edits a user’s own Private Identifier (password). Table 12-5. ED-PID Command Parameters ED-PID:[tid]:uid:[ctag]::oldpid,newpid; RESTRICTIONS: All parameters in this command are position-defined. [tid] Identification of the target NE. The default value is null. The NE SID code is the only other valid value. uid User Identification Name (10 characters maximum). Grouping is allowed. Input is case-sensitive.
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12. Security Commands Table 12-6. ED-PID Response Parameters Parameter Explanation tid Target NE identification yy-mm-dd Year, month, and day hh:mm:ss Hour, minute, and second M Message generated in response to an input command c If provided, ctag; otherwise 0 COMPLD Completed DENY Input command is denied /* */ Enclosed are human readable comments – unspecified format errcde Error code (see Appendix A, Error Codes) Example Change Richard’s password from RCC-1210D to NR-12345.
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12. Security Commands ED-USER-SECU The ED-USER-SECU command edits the security levels and other security-related parameters for a user. NOTE: You must enter a password to use the ED-USER-SECU command. Table 12-7. ED-USER-SECU Command Parameters ED-USER-SECU:[tid]:uid:[ctag]::[newuid],[newpid],,[uap][:]; RESTRICTIONS: All parameters in this command are position-defined. [tid] Identification of the target NE. The default value is null. The NE SID code is the only other valid value.
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12. Security Commands Normal Response: sid yy-mm-dd hh:mm:ss c COMPLD /* ED-USER-SECU:[tid]:uid:[ctag]::[newid],[newpid],[skipped], [uap]:skipped1 */; M Error Response: sid yy-mm-dd hh:mm:ss c DENY /* ED-USER-SECU:[tid]:uid:[ctag]::[newuid],[newpid],[skipped], [uap]:skipped1 */ aid:ERRCDE=errcde /* error description */ ; M Table 12-8.
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12. Security Commands ENT-USER-SECU The ENT-USER-SECU command defines the security levels and other security-related parameters for a specified user. One default user will be supported (UID=SUPERUSER, PID=ASN#1500, UAP=SUPER). Table 12-9. ENT-USER-SECU Command Parameters ENT-USER-SECU:[tid]:uid:[ctag]::pid,,[uap][:]; RESTRICTIONS: All parameters in this command are position-defined. [tid] Identification of the target NE. The default value is null. The NE SID code is the only other valid value.
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12. Security Commands Error Response: M sid yy-mm-dd hh:mm:ss c DENY /* ENT-USER-SECU:[tid]:uid:[ctag]::pid,,[uap] */ aid:ERRCDE=errcde /* error description */ ; Table 12-10.
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12. Security Commands RTRV-CID-SECU The RTRV-CID-SECU command retrieves the configuration data associated with the Channel Identifiers (CID). Table 12-11. RTRV-CID-SECU Command Parameters RTRV-CID-SECU:[tid]:cid:[ctag][:]; RESTRICTIONS: All parameters in this command are position-defined. [tid] Identification of the target NE. The default value is null. The NE SID code is the only other valid value. cid Calling address identifier.
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12. Security Commands Table 12-12.
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12. Security Commands RTRV-USER-SECU The RTRV-USER-SECU command retrieves the security levels for a specified user. The user’s password cannot be retrieved. Table 12-13. RTRV-USER-SECU Command Parameters RTRV-USER-SECU:[tid]:uid:[ctag][:]; RESTRICTIONS: All parameters in this command are position-defined. [tid] Identification of the target NE. The default value is null. The NE SID code is the only other valid value. uid User Identification name (10 characters maximum). Input is case-sensitive.
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12. Security Commands Table 12-14. RTRV-USER-SECU Response Parameters Parameter Explanation tid Target NE identification yy-mm-dd Year (two digits), month, and day hh:mm:ss Hour, minute, and second M Message generated in response to an input command c If provided, ctag; otherwise 0 COMPLD Completed DENY Input command is denied /* */ Enclosed are human readable comments – unspecified format uid As described for command parameters uap User Access Privilege.
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12.
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Synchronization Commands 13 Overview This chapter contains the following Synchronization commands: 4200-A2-GB20-00 ED-SYNCN on page 13-2 RD-SYNCN on page 13-4 RTRV-SYNCN on page 13-6 August 2002 13-1
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13. Synchronization Commands ED-SYNCN The ED-SYNCN Command configures the reference source for synchronization of the NE clock. Table 13-1. ED-SYNCN Command Parameters ED-SYNCN:[tid]:[aid_syncn]:[ctag]:::[syncn_nblk]; Restrictions: All parameters in this command are position-defined. [tid] Identification of the target NE. The default value is null. The NE SID code is the only other valid value. [aid_syncn] AID of the NE clock. The value is CLKSRCNT.
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13. Synchronization Commands Table 13-2.
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13. Synchronization Commands RD-SYNCN The RD-SYNCN Command retrieves the current reference source for synchronization of the NE clock. Table 13-3. RD-SYNCN Command Parameters RD-SYNCN:[tid]:[aid_syncn]:[ctag][:]; Restrictions: All parameters in this command are position-defined. [tid] Identification of the target NE. The default value is null. The NE SID code is the only other valid value. [aid_syncn] AID of the NE clock. The value is CLKSRCNT.
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13. Synchronization Commands Table 13-4. RD-SYNCN Response Parameters Parameter Explanation tid Target NE identification yy-mm-dd Year, month, and day hh:mm:ss Hour, minute, and second M Message generated in response to an input command c If provided, ctag; otherwise 0 COMPLD Completed aid_syncn As described for common parameters cref Primary reference source for synchronizing the clock.
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13. Synchronization Commands RTRV-SYNCN The RTRV-SYNCN Command retrieves the configuration of the reference source for synchronization of the NE clock. Table 13-5. RTRV-SYNCN Command Parameters RTRV-SYNCN:[tid]:[aid_syncn]:[ctag][:]; Restrictions: All parameters in this command are position-defined. [tid] Identification of the target NE. The default value is null. The NE SID code is the only other valid value. [aid_syncn] AID of the NE clock. The value is CLKSRCNT.
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13. Synchronization Commands Table 13-6.
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13.
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System Commands 14 Overview This chapter contains the following System commands: 4200-A2-GB20-00 ACT-USER on page 14-2 ALW-MSG-ALL on page 14-4 CANC-USER on page 14-6 CPY-FILE on page 14-8 INH-MSG-ALL on page 14-9 INIT-SYS on page 14-11 LOGOFF on page 14-13 RTRV-HDR on page 14-15 RTRV-MEM on page 14-17 RTRV-META-AID on page 14-19 RTRV-META-CMD on page 14-21 RTRV-META-SYN on page 14-23 RTRV-NE-ALL on page 14-25 SET-DAT on page 14-29 SET-NE-ALL on page 14-31 SET-SID on page
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14. System Commands ACT-USER The ACT-USER command logs a user on and begins a user session. Table 14-1. ACT-USER Command Parameters ACT-USER:[tid]:[uid]:[ctag];;pid; RESTRICTIONS: All parameters in this command are position-defined. A maximum of four remote (telnet) sessions and one console terminal session may be logged on simultaneously. [tid] The identification of the target NE. TID is optional and has a factory default value of null. The NE's SID code is the only other valid value.
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14. System Commands Table 14-2. ACT-USER Response Parameters Parameter Explanation sid Source NE identification yy-mm-dd Year, month, and day hh:mm:ss Hour, minute, and second M Message generated in response to an input command c If provided, ctag; otherwise 0 COMPLD Completed DENY Input command is denied /* */ Enclosed are human readable comments – unspecified format errcde Error code (see Appendix A, Error Codes) Example Activate JANET, whose password is ABC-1234.
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14. System Commands ALW-MSG-ALL The ALW-MSG-ALL command allows all autonomous messages to be reported. This command affects only the issuing user’s session. Unreported alarms and events existing at the time of resumption are reported with the REPT-ALM and REPT-EVT commands. Table 14-3. ALW-MSG-ALL Command Format ALW-MSG-ALL:[tid]:[aid_all]:[ctag]::[ntfcnde]; RESTRICTIONS: All parameters in this command are position-defined. [tid] The identification of the target NE.
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14. System Commands Table 14-4. ALW-MSG-ALL Response Parameters Parameter Explanation sid Source NE identification yy-mm-dd Year, month, and day hh:mm:ss Hour, minute, and second M Message generated in response to an input command c If provided, ctag; otherwise 0 COMPLD Completed DENY Input command is denied /* */ Enclosed are human readable comments – unspecified format errcde Error code (see Appendix A, Error Codes) Example Enable the autonomous messages to be reported in the OS.
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14. System Commands CANC-USER The CANC-USER command logs off a user’s own session. Table 14-5. CANC-USER Command Parameters CANC-USER:[tid]:[uid]:[ctag]; RESTRICTIONS: All parameters in this command are position-defined. [tid] The identification of the target NE. TID is optional and has a factory default value of null. The NE's SID code is the only other valid value. [uid] The user identification name (10 characters maximum). Input is case-sensitive.
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14. System Commands Table 14-6. CANC-USER Response Parameters Parameter Explanation sid Source NE identification yy-mm-dd Year, month, and day hh:mm:ss Hour, minute, and second M Message generated in response to an input command c If provided, ctag; otherwise 0 COMPLD Completed DENY Input command is denied /* */ Enclosed are human readable comments – unspecified format errcde Error code (see Appendix A, Error Codes) Example Cancel the user ID JANET.
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14. System Commands CPY-FILE The CPY-FILE command copies the contents of a configuration or software file on a selected equipment module to or from an external file server. Table 14-7. CPY-FILE Command Parameters CPY-FILE:[tid]:aid_eqpt:[ctag]::svripaddr[,srcfile] [,destfile],ftype,,,,,[svruid][,svrpid]; RESTRICTIONS: All parameters in this command are position-defined. [tid] The identification of the target NE. TID is optional and has a default value of null.
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14. System Commands INH-MSG-ALL The INH-MSG-ALL command inhibits the reporting of all autonomous messages at or below a specified severity level. This command affects only the issuing user’s session and has no effect on other indicators or on NE operation. The NE continues to respond fully to RTRV-ALM and RTRV-COND commands. Table 14-8. INH-MSG-ALL Command Format INH-MSG-ALL:[tid]:[aid_all]:[ctag]::[ntfcnde]; RESTRICTIONS: All parameters in this command are position-defined.
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14. System Commands Table 14-9.
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14. System Commands INIT-SYS The INIT-SYS command initializes or resets selected subsystems in the NE. Table 14-10. INIT-SYS Command Parameters INIT-SYS:[tid]:aid_proc:[ctag]::init_mode; RESTRICTIONS: All parameters in this command are position-defined. [tid] The identification of the target NE. TID is optional and has a factory default value of null. The NE's SID code is the only other valid value. aid_proc Identifier of the processor to be initialized.
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14. System Commands Table 14-11. INIT-SYS Response Parameters Parameter Explanation sid Source NE identification yy-mm-dd Year (last two digits), month, and day hh:mm:ss Hour, minute, and second M Message generated in response to an input command c If provided, ctag; otherwise 0 COMPLD Completed DENY Input command is denied /* */ Enclosed are human readable comments – unspecified format errcde Error code (see Appendix A, Error Codes) Example Perform a complete reset of the NTA unit.
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14. System Commands LOGOFF The LOGOFF command logs the invoking terminal session. Table 14-12. LOGOFF Command Parameters LOGOFF:[tid]::[ctag]; RESTRICTIONS: All parameters in this command are position-defined. [tid] The identification of the target NE. TID is optional and has a factory default value of null. The NE's SID code is the only other valid value. [ctag] The correlation tag (6 characters maximum) that links an input command with associated output responses. It is optional with a default of 0.
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14. System Commands Table 14-13. LOGOFF Response Parameters Parameter Explanation sid Source NE identification yy-mm-dd Year, month, and day hh:mm:ss Hour, minute, and second M Message generated in response to an input command c If provided, ctag; otherwise 0 COMPLD Completed DENY Input command is denied /* */ Enclosed are human readable comments – unspecified format errcde Error code (see Appendix A, Error Codes) Example Log off the TAMPA NE.
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14. System Commands RTRV-HDR The RTRV-HDR command retrieves the NE header information. Table 14-14. RTRV-HDR Command Parameters RTRV-HDR:[tid]::[ctag]; RESTRICTIONS: All parameters in this command are position-defined. [tid] The identification of the target NE. TID is optional and has a factory default value of null. The NE's SID code is the only other valid value. [ctag] The correlation tag that correlates an input command with its associated output response(s).
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14. System Commands Table 14-15. RTRV-HDR Response Parameters Parameter Explanation tid Target NE identification yy-mm-dd Year (last two digits), month, and day hh:mm:ss Hour, minute, and second M Message generated in response to an input command c If provided, ctag; otherwise 0 COMPLD Completed DENY Input command is denied /* */ Enclosed are human readable comments – unspecified format errcde Error code (see Appendix A, Error Codes) Example Retrieve header information for the TAMPA NE.
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14. System Commands RTRV-MEM The RTRV-MEM command retrieves a list of software image files available in the NE, along with the software version associated with each file. Table 14-16. RTRV-MEM Command Parameters RTRV-MEM:[tid]:aid_com:[ctag]; RESTRICTION: All parameters in this command are position-defined. [tid] Identification of the target NE. The default value is null. The NE SID code is the only other valid value. aid_com Access Identifier for all common equipment.
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14. System Commands Table 14-17.
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14. System Commands RTRV-META-AID The RTRV-META-AID command retrieves the Access Identification (AID) of a specific command or the AIDs of all TL1 commands. Table 14-18. RTRV-META-AID Command Parameters RTRV-META-AID:[tid]:[aid]:[ctag][:]; RESTRICTION: All parameters in this command are position-defined. [tid] Identification of the target NE. The default value is null. The NE SID code is the only other valid value. aid The AID value.
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14. System Commands Example Retrieve the AID for the RTRV-IPPORT command.
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14. System Commands RTRV-META-CMD The RTRV-META-CMD command retrieves a specific or a list of all TL1 commands. Table 14-19. RTRV-META-CMD Command Parameters RTRV-META-CMD:[tid]:[cmd]:[ctag][:]; RESTRICTION: All parameters in this command are position-defined. [tid] Identification of the target NE. The default value is null. The NE SID code is the only other valid value. cmd The command value. Valid values are: – NULL: Retrieve all commands – command name: Retrieve that specific command.
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14. System Commands Example Retrieve the RTRV-IPPORT command.
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14. System Commands RTRV-META-SYN The RTRV-META-SYN command retrieves the syntax of a specific command or the syntax of all TL1 commands. Table 14-20. RTRV-META-SYN Command Parameters RTRV-META-SYN:[tid]:[cmd]:[ctag][:]; RESTRICTION: All parameters in this command are position-defined. [tid] Identification of the target NE. The default value is null. The NE SID code is the only other valid value. cmd The command value.
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14. System Commands Example Retrieve the syntax for the RTRV-IPPORT command.
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14. System Commands RTRV-NE-ALL The RTRV-NE-ALL command retrieves common configuration data associated with the NE. Table 14-21. RTRV-NE-ALL Command Parameters RTRV-NE-ALL:[tid]:[aid_com]:[ctag][:]; RESTRICTION: All parameters in this command are position-defined. [tid] Identification of the target NE. The default value is null. The NE SID code is the only other valid value. [aid_com] Access Identifier for all common equipment. The value can be preceded with AID=, but this is not required.
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14. System Commands Table 14-22.
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14. System Commands Table 14-22. RTRV-NE-ALL Response Parameters (2 of 3) Parameter Explanation ne_nblk SNTPIPADDR: Simple Network Timing Protocol Server IP Address. Specifies the IP address of specific SNTP server to poll for time and synchronization. If a server address is specified and SNTPMODE is UNI, SNTP will operate in Unicast mode. If a server address is not specified and SNTPMODE is UNI, the NE will operate in Multicast mode regardless of the SNTPMODE.
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14. System Commands Table 14-22. RTRV-NE-ALL Response Parameters (3 of 3) Parameter Explanation ne_nblk SPECMGMT: Spectrum management. Enables or disabled spectrum management support. When enabled, the maximum transmit speeds and maximum transmit power are limited to meet local spectrum management guidelines. If no value is specified, this parameter remains the same. Valid values are: (continued) – ENABLED: Spectrum management guidelines are enforced on the NE.
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14. System Commands SET-DAT The SET-DAT command sets the date and time in an NE. Table 14-23. SET-DAT Command Parameters SET-DAT:[tid]::[ctag]::date,time; RESTRICTIONS: All parameters in this command are position-defined. Resetting the unit will also reset the date and time. [tid] The identification of the target NE. TID is optional and has a default value of null. The NE's SID code is the only other valid value.
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14. System Commands Table 14-24.
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14. System Commands SET-NE-ALL The SET-NE-ALL command sets common configuration parameters associated with the NE. Table 14-25. SET-NE-ALL Command Parameters (1 of 2) SET-NE-ALL:[tid]:[aid_com]:[ctag]:::ne_nblk; RESTRICTION: All parameters in this command are position-defined. [tid] Identification of the target NE. The default value is null. The NE SID code is the only other valid value. [aid_com] Access Identifier for all common equipment. The value can be preceded with AID=, but this is not required.
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14. System Commands Table 14-25. SET-NE-ALL Command Parameters (2 of 2) SET-NE-ALL:[tid]:[aid_com]:[ctag]:::ne_nblk; ne_nblk RMTSYSLOG: Remote syslog. Enables or disables syslog messages to a remote daemon. The default is Disabled. SYSLOGIPADDR: Syslog server IP address. Specifies the IP address of a remote syslog server if RMTSYSLOG is enabled. Valid values are: – ddd.ddd.ddd.ddd: IP address (ddd = 0−255) – NONE: No server is specified SYSLOGPORT: Syslog UDP port.
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14. System Commands Response Format If, in less than 2 seconds, a normal or error response cannot be sent, the following acknowledgment response will be sent: IP c After the above response, a new command input may be generated. Normal Response: M sid yy-mm-dd hh:mm:ss c COMPLD /* SET-NE-ALL:[tid]:[aid_com]:[ctag]:::ne_nblk */ aid_com::ne_nblk ; Error Response: M sid yy-mm-dd hh:mm:ss c DENY /* SET-NE-ALL:[tid]:[aid_com]:[ctag]:::ne_nblk */ aid:ERRCDE=errcde /* error description */ ; Table 14-26.
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14. System Commands Example Retrieve the common configuration parameters associated with the TAMPA NE.
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14. System Commands SET-SID The SET-SID command sets the system identifier (SID) of a network element. Table 14-27. SET-SID Command Parameters SET-SID:[tid]::[ctag]::sid; RESTRICTIONS: All parameters in this command are position-defined. [tid] The identification of the target NE. TID is optional and has a default value of null. The NE's SID code is the only other valid value. [ctag] The correlation tag that correlates an input command with its associated output response(s).
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14. System Commands Table 14-28. SET-SID Response Parameters Parameter Explanation tid Target NE identification yy-mm-dd Year, month, and day hh:mm:ss Hour, minute, and second M Message generated in response to an input command c If provided, ctag; otherwise 0 COMPLD Completed DENY Input command is denied /* */ Enclosed are human readable comments – unspecified format errcde Error code (see Appendix A, Error Codes) Example Set the SID for the TAMPA NE to "TAMPA-FL".
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Test Commands 15 Overview This chapter contains the following Test commands: 4200-A2-GB20-00 OPR-LPBK-T1 on page 15-2 OPR-LPBK-VCL on page 15-4 RLS-LPBK-T1 on page 15-7 RLS-LPBK-VCL on page 15-9 STA-LAMPTST on page 15-11 STP-LAMPTST on page 15-13 August 2002 15-1
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15. Test Commands OPR-LPBK-T1 The OPR-LPBK-T1command places a specific T1 facility in loopback mode. Table 15-1. OPR-LPBK-T1 Command Parameters OPR-LPBK-T1:[tid]:aid_ds1:[ctag]::,,,[lbktype]; RESTRICTIONS: All parameters in this command are position-defined. Loopbacks are supported for the near end (NEND) of the facility only. Loopbacks configured with this command are subject to the overall system test timeout.
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15. Test Commands Error Response: M sid yy-mm-dd hh:mm:ss c DENY /* OPR-LPBK-T1:[tid]:aid_ds1:[ctag]::,,,[lpbktype] */ aid:ERRCDE=errcde /* error description */ ; Table 15-2.
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15. Test Commands OPR-LPBK-VCL The OPR-LPBK-VCL command places a specific Virtual Channel Link (VCL) in loopback mode. Table 15-3. OPR-LPBK-VCL Command Parameters OPR-LPBK-VCL:[tid]:aid_vcl:[ctag]:[locn],[orgn] [lpbktype]; RESTRICTIONS: All parameters in this command are position-defined. Only one loopback at a time is allowed on a facility. [tid] Identification of the target NE. The default value is null. The NE SID code is the only other valid value.
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15. Test Commands Response Format If, in less than 2 seconds, a normal or error response cannot be sent, the following acknowledgment response is sent: IP c After the above response, a new command input may be generated.
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15. Test Commands Example Place rack 2, shelf 3, slot 5, circuit 1, virtual path LTVCL-7, virtual channel 99 in loopback mode, with network VC cells looped back to the network at the LT.
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15. Test Commands RLS-LPBK-T1 The RLS-LPBK-T1 command releases any loopback currently active at the near end of a specific T1 facility, including configured loopbacks (set with the command OPR-LPBK-T1 on page 15-2) and inband loopbacks (set with DS1 inband loopback codes). Table 15-5. RLS-LPBK-T1 Command Parameters RLS-LPBK-T1:[tid]:aid_ds1:[ctag][:]; RESTRICTIONS: All parameters in this command are position-defined. Port loopbacks are supported only on LT ports.
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15. Test Commands Table 15-6. RLS-LPBK-T1 Response Parameters Parameter Explanation sid Source NE identification yy-mm-dd Year, month, and day hh:mm:ss Hour, minute, and second M Message generated in response to an input command c If provided, ctag; otherwise 0 COMPLD Completed DENY Input command is denied /* */ Enclosed are human readable comments – unspecified format errcde Error code (see Appendix A, Error Codes) Example Release the NTT1 circuit 1 from payload loopback mode.
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15. Test Commands RLS-LPBK-VCL The RLS-LPBK-VCL command releases any loopback currently active on the selected ATM VCL. Table 15-7. RLS-LPBK-VCL Command Parameters RLS-LPBK-VCL:[tid]:aid_vcl:[ctag][:]; RESTRICTION: All parameters in this command are position-defined. [tid] Identification of the target NE. The default value is null. The NE SID code is the only other valid value. aid_vcl Access identifier for the ATM virtual channel. The value can be preceded with AID=, but this is not required.
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15. Test Commands Table 15-8.
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15. Test Commands STA-LAMPTST The STA-LAMPTST command starts a lamp (LED) test on the NE. Table 15-9. STA-LAMPTST Command Parameters STA-LAMPTST:[tid]:aid_eqpt:[ctag]; RESTRICTION: All parameters in this command are position-defined. [tid] Identification of the target NE. The default value is null. The NE SID code is the only other valid value. aid_eqpt Equipment access identifier. The value can be preceded with AID=, but this is not required. Grouping and ranging are allowed.
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15. Test Commands Table 15-10. STA-LAMPTST Response Parameters Parameter Explanation sid Source NE identification yy-mm-dd Year, month, and day hh:mm:ss Hour, minute, and second M Message generated in response to an input command c If provided, ctag; otherwise 0 COMPLD Completed DENY Input command is denied /* */ Enclosed are human readable comments – unspecified format errcde Error code (see Appendix A, Error Codes) aid_eqpt Equipment access identifier.
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15. Test Commands STP-LAMPTST The STP-LAMPTST command stops a lamp (LED) test on a device. Table 15-11. STP-LAMPTST Command Parameters STP-LAMPTST:[tid]:aid_eqpt:[ctag]; RESTRICTION: All parameters in this command are position-defined. [tid] Identification of the target NE. The default value is null. The NE SID code is the only other valid value. aid_eqpt Equipment access identifier. The value can be preceded with AID=, but this is not required. Grouping and ranging are allowed.
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15. Test Commands Table 15-12. STP-LAMPTST Response Parameters Parameter Explanation sid Source NE identification yy-mm-dd Year, month, and day hh:mm:ss Hour, minute, and second M Message generated in response to an input command c If provided, ctag; otherwise 0 COMPLD Completed DENY Input command is denied /* */ Enclosed are human readable comments – unspecified format errcde Error code (see Appendix A, Error Codes) aid_eqpt Equipment access identifier.
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Error Codes A Overview An error code is 4-character code that can appear in the response of an input command describing why the command cannot be executed. Error codes are grouped into the following types: Equipment (E) Input (I) Multiple errors (M) Privilege (P) Status (S) Table A-1.
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A. Error Codes Table A-1.
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Command Cross Reference B Overview This appendix lists all commands in alphabetical order for easy reference.
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B. Command Cross Reference ACT Commands Activate (ACT) commands activate a network element or a user. Table B-1. ACT Command Command See . . . ACT-USER ACT-USER on page 14-2 in Chapter 14, System Commands ACT-PROFILE-ADSL ACT-PROFILE-ADSL on page 3-2 in Chapter 3, ADSL Facility Commands ACT-PROFILE-ADSLALM ACT-PROFILE-ADSLALM on page 3-4 in Chapter 3, ADSL Facility Commands ALW Commands Allow (ALW) commands enable automatic operation. Table B-2. ALW Commands Command See . . .
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B. Command Cross Reference DLT Commands Delete (DLT) commands remove or unassign. Table B-5. DLT Commands Command See . . .
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B. Command Cross Reference Table B-6. ED Commands (2 of 2) Command See . . .
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B. Command Cross Reference INH Commands Inhibit (INH) commands disable an automatic operation. Table B-8. INH Commands Command See . . . INH-MSG-ALL INH-MSG-ALL on page 14-9 in Chapter 14, System Commands INIT Commands Initialize (INIT) commands initialize an entry or system. Table B-9. INIT Commands Command See . . .
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B. Command Cross Reference RD Commands Read (RD) commands retrieve data from the NE. Table B-12. RD Commands Command See . . . RD-SYNCN RD-SYNCN on page 13-4 in Chapter 13, Synchronization Commands REPT Commands Report (REPT) commands report current operational parameters. Table B-13. REPT Commands B-6 Command See . . .
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B. Command Cross Reference RTRV Commands Retrieve (RTRV) commands retrieve data from the NE. Table B-14. RTRV Commands (1 of 3) 4200-A2-GB20-00 Command See . . .
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B. Command Cross Reference Table B-14. RTRV Commands (2 of 3) B-8 Command See . . .
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B. Command Cross Reference Table B-14. RTRV Commands (3 of 3) Command See . . . RTRV-USER-SECU RTRV-USER-SECU on page 12-14 in Chapter 12, Security Commands RTRV-VCL RTRV-VCL on page 5-21 in Chapter 5, ATM Commands SET Commands Set (SET) commands modify data related to the system. Table B-15. SET Commands Command See . . .
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B.
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Traps and MIBs C SNMP Overview The Simple Network Management Protocol (SNMP) is an application-level protocol used in network management to gather information from network devices. Each GranDSLAM 4200 runs an SNMP agent that collects data. The network management station can exercise all the management functions remotely from the Network Operations Center (NOC). Traps Overview Traps inform the NMS of an alert occurring in the system (e.g., threshold exceeded).
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C. Traps and MIBs SNMP Traps Table C-1, SNMP Traps, lists the traps supported by the GranDSLAM 4200. Table C-1. SNMP Traps (1 of 3) Trap Event (Trap #) Description Variable Binding The authenticationFailure trap signifies that the unit, acting in an agent role, has received a protocol message that has not been properly authenticated. The snmpEnableAuthenTraps object indicates whether this trap will be generated.
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C. Traps and MIBs Table C-1. SNMP Traps (2 of 3) Trap Event (Trap #) Description Variable Binding Enterprise-Specific Traps (continued) pdnAtmIfConfExtVclNoBandwid thAvail(4) Traffic contracts associated with the virtual channel cross connection cannot be satisfied by the ATM switch.
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C. Traps and MIBs Table C-1. SNMP Traps (3 of 3) Trap Event (Trap #) Description Variable Binding ADSL ATU-C DMT Traps (continued) adslAtucSesLThreshTrap adslAtucUasLThreshTrap Severely errored seconds 15-minute threshold reached. ifIndex Unavailable seconds 15-minute threshold reached. ifIndex Loss of Framing 15-minute interval threshold reached.
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C. Traps and MIBs MIBs Overview The GranDSLAM 4200 DSL system supports standard as well as Paradyne Enterprise MIBs. Various configuration, status, and statistical data within the SNMP agent is accessible from the NMS. The content of an SNMP agent’s MIBs is defined by various Internet Request for Comments (RFC) documents. The following sections provide brief descriptions about supported MIBs. Complete, up-to-date details about the content of all DSL MIBs are available on the Paradyne Web site at www.
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C. Traps and MIBs ATM Forum MIB — SNMP M4 Network Element View MIB (atmfM4.mib) and atmfM4Ext.mib Entity MIB (version 2) (RFC 2737) — Physical Group — Mapping Group — General Group — Notifications Group DMT Line Code Specific MIB (RFC 2662) — Includes ADSL supplement DS1 MIB (RFC 2495) MIB II (RFC 1907) The objects defined by MIB II (RFC 1907) are organized into the following groups: System Group – Supported.
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C. Traps and MIBs MIB II (RFC 1213) The objects defined by MIB II (RFC 1213) are organized into the following groups: System Group (see MIB II (RFC 1213) System Group) IP Group – Supported at a minimum. No tables or objects containing an IP address are supported.
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C. Traps and MIBs Table C-2. System Group Objects (2 of 2) Object Description Setting/Contents sysLocation (system 6) Provides the physical location for the node. ASCII character string (32 characters), as set by the user: sysServices (system 7) Theset of services potentially offered by the unit. The value is a sum which initially takes the value of zero. For each OSI layer (L) that this node performs tarnsactions for, 2 raised to L-1 is added to the sum.
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C. Traps and MIBs Table C-3. Interfaces Group Objects (1 of 3) Object Description Setting/Contents ifNumber (interfaces 1) Supported as specified in the Evolution MIB. Specifies the number of interfaces for this unit in the ifTable. ifIndex (ifEntry 1) Provides the index into the interface table (ifTable) and to other MIB tables. It is recommended that values be assigned contiguously starting with 1. The value for each interface sublayer must remain constant between NMS reinitializations.
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C. Traps and MIBs Table C-3. Interfaces Group Objects (2 of 3) Object Description Setting/Contents ifAdminStatus (ifEntry 7) Specifies the desired state (configuration) of the interface. Upon initialization, all interfaces start with down(2). As a result of either management action or configuration, status is changed to up (1). Values that can be assigned for each interface after initialization are Up(1), Down(2), or Testing(3.
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C. Traps and MIBs Table C-3. Interfaces Group Objects (3 of 3) Object Description Setting/Contents ifInErrors (ifEntry 14) ifInUnknownProtos (ifEntry 15) ifOutOctets (ifEntry 16) DSL1−24 interface: 0 ATM1−24 interface: The number of cells dropped due to uncorrectable HEC errors. ATM90 interface: 0 ATM91 interface: 0 AAL5 interface: Number of errored AAL5 CPCS PDUs received. RFC1483 interface: 0 Not supported.
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C. Traps and MIBs Table C-4.
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C. Traps and MIBs MIB II (RFC 2863) Interface Test Table For GranDSLAM 4200, the Interface Test Table is supported for interface-related diagnostic tests such as loopback. MIB II (RFC 2863) ifTestEntry Table This table contains one entry per interface and defines objects that allow a network manager to instruct an agent to test an interface. For the GranDSLAM 4200, loopback tests can be performed.
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C. Traps and MIBs ATM Interface Configuration Parameter Group (RFC 2515) This group contains information on ATM cell layer configuration of local ATM interfaces (Backplane and Management Processor) on an ATM device (see Table C-6, ATM Interface Configuration MIB Group Objects). Table C-6. ATM Interface Configuration MIB Group Objects (1 of 2) Object Description Setting/Contents atmInterfaceMaxVpcs (atmInterfaceConf Entry 1) Maximum number of PVCs supported on this ATM interface. Integer.
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C. Traps and MIBs Table C-6. ATM Interface Configuration MIB Group Objects (2 of 2) Object Description Setting/Contents atmInterfaceMyNeighborIfName (atmInterfaceConf Entry 12) The value of this object contains textual name of the the interface on the neighbor system connected to the far end of this interface. Read-only.
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C. Traps and MIBs ATM VCL Configuration Group (RFC 2515) Contains configuration and state information of a bidirectional VCL at an ATM interface. The atmVclEntry is supported as shown in Table C-7, VCL Configuration MIB Group Objects. Table C-7. VCL Configuration MIB Group Objects Object Description Setting/Contents atmVclOperStatus (atmVclEntry 4) Operational status of the VCL.
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C. Traps and MIBs Virtual Channel Cross Connect Group (RFC 2515) This table contains configuration and state information of point-to-point, point-to-multipoint, and multipoint-to-multipoint VC cross-connections for PVCs. This table has read access and is used to cross-connect the VCLs together in an ATM switch or network that belongs to a VC connection (see Table C-8, Virtual Channel Cross Connect Group Objects). Table C-8.
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C. Traps and MIBs ATM Forum MIB The ATM Forum MIB (atmfM4.MIB) is defined in the ATM Forum SNMP M4 Network Element View MIB document. The supported objects are listed in Table C-9, ATM Forum SNMP M4 Network Element View MIB Group Objects. Table C-9. ATM Forum SNMP M4 Network Element View MIB Group Objects Object Description Setting/Contents atmfM4TcCellScrambling (atmfM4TcAdapterEntry 1) Specifies cell scrambling. Only disable is supported.
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C. Traps and MIBs Paradyne Extensions to the ATM Interface Configuration Table, ATM Forum M4 The following MIBs listed in Table C-10, Paradyne Extensions to ATM Interface Configuration Table, are intended to augment the ATM Interface Configuration Table, ATM Forum M4. Table C-10. Paradyne Extensions to ATM Interface Configuration Table Table Object pdnAmIfConfExtEntry (pdn_AtmExt.
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C. Traps and MIBs Entity MIB (version 2) (RFC 2737) The Entity MIB contains the following five groups of MIB objects: entityPhysical Group − Describes the physical entities managed by a single agent. Supported. See Entity Physical Group (RFC 2737). entityLogical Group − Describes the logical entities managed by a single agent. Not supported. entityMapping Group − Describes associations between physical entities, logical entities, interfaces, and oninterface ports managed by a single agent.
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C. Traps and MIBs Table C-11. Entity Physical Group Objects (2 of 7) Object Description Setting/Contents entPhysicalDescr (entPhysicalEntry 2) (continued) entPhysicalVendorType (entPhysicalEntry 3) Identifies the vendor-specific hardware type of the physical entity. Identifies the value of entPhysicalIndex for the physical entity containing this physical entity. A value of zero indicates this physical entity is not contained in any other physical entity.
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C. Traps and MIBs Table C-11. Entity Physical Group Objects (3 of 7) Object Description Setting/Contents entPhysicalContainedIn (entPhysicalEntry 4) (continued) entPhysicalClass (entPhysicalEntry 5) C-22 Identifies general hardware type of the physical entity.
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C. Traps and MIBs Table C-11. Entity Physical Group Objects (4 of 7) Object Description Setting/Contents entPhysicalParentRelPo s(entPhysicalEntry 6) Identifies the relative position of this child component among is sibling components. Read only. Valid values are the following: entPhysicalName(entPh ysicalEntry 7) entPhysicalHardwareRe v(entPhysicalEntry 8) Identifies the textual name of the physical entity. Identifies the hardware revision string for the physical entity.
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C. Traps and MIBs Table C-11. Entity Physical Group Objects (5 of 7) Object Description Setting/Contents entPhysicalHardwareRe v(entPhysicalEntry 8) (continued) entPhysicalFirmwareRev (entPhysicalEntry 9) Identifies the firmware revision string for the physical entity. entPhysicalSoftwareRev( Identifies the software revision entPhysicalEntry 10) string for the physical entity.
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C. Traps and MIBs Table C-11. Entity Physical Group Objects (6 of 7) Object Description Setting/Contents entPhysicalSerialNum(e ntPhysicalEntry 11) Identifies the vendor-specific serial number string for the physical entity. Read/Write.
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C. Traps and MIBs Table C-11. Entity Physical Group Objects (7 of 7) Object Description Setting/Contents entPhysicalAlias (entPhysicalEntry 14) Identifies the alias name of the physical entity as specified by the network manager. Read/write. Valid value is a zero-length string, however the agent may set the value to a locally unique default value. entPhysicalAssetID (entPhysicalEntry 15) Identifies the user-assigned asset tracking identifier of the physical entity as assigned by the network manager.
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C. Traps and MIBs DMT Line Code Specific MIB (RFC 2662) The objects supported for the DMT Line Code Specific MIB are listed in Table C-12, DMT Line Code Specific MIB Objects. Table C-12.
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C. Traps and MIBs Table C-12.
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C. Traps and MIBs Table C-12.
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C. Traps and MIBs Table C-12.
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C. Traps and MIBs Table C-12.
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C. Traps and MIBs ADSL Supplement to the ADSL Line MIB The objects supported for the supplement to the ADSL Line MIB are listed in Table C-13, ADSL Supplement to the ADSL Line MIB Objects. Table C-13.
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C. Traps and MIBs DS1 MIB (RFC 2495) The objects supported for the DS1 MIB are listed in Table C-14, DS1 MIB Objects. Table C-14.
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C. Traps and MIBs Table C-14.
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C. Traps and MIBs Table C-14.
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C. Traps and MIBs Paradyne Enterprise MIBs The following Paradyne Enterprise MIB Objects are supported: Paradyne DSLAM System MIB (pdn_dslam.mib) Paradyne Security MIB (pdn_Security.mib) Paradyne Syslog MIB (pdn_syslog.mib) Paradyne Health and Status MIB (mpe_HealthAndStatus.mib) Paradyne Control MIB (mpe_Control.mib) and Paradyne Control MIB (pdn_Control.mib) Paradyne Configuration MIB (mpe_Config.mib) and Paradyne Configuration MIB (pdn_Config.mib) Paradyne Time MIB (pdn_Time.
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C. Traps and MIBs Table C-15. Paradyne DSLAM System MIB Objects (2 of 3) Object Description Setting/Contents loginUserPriv Contains the access privileges of the user. Read only. Valid values are: loginStatus loginFailureAccessApp Indicates whether the user is still accessing the device. Describes the access application used by the end user to access the device. administrator(1) operator(2) Read only. Valid values are: active(1) inactive(2) Read only.
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C. Traps and MIBs Table C-15. Paradyne DSLAM System MIB Objects (3 of 3) Object Description Setting/Contents sysDevConfigUserAccount Index An index of the Device Configuration User Accounts table. Integer. sysDevConfigUserAccount UserId The login ID of the user account. Display string. sysDevConfigUserAccount PrivilegedPassword The password of the user account. sysDevConfigUserAccountU serPassword The password of the user account. Display string.
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C. Traps and MIBs Table C-16. Paradyne Security MIB Objects (2 of 2) Object Description Setting/Contents devSecurityTelnetSourceValidation Enables or disables Telnet source address screening. Valid values are: devSecurityFtpSourceValidation Enables or disables FTP source address screening. disable(1) enable(2) Valid values are: disable(1) enable(2) securityMgrIpAddress Specifies the IP address that identifies the SNMP manager(s) authorized to send SNMP messages. IP address.
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C. Traps and MIBs Table C-17. Paradyne Syslog MIB Objects (2 of 2) Object Description Setting/Contents pdnSyslogSeverityThreshold Specifies the minimum severity level that syslog messages can be sent. Valid values are: pdnSyslogRemoteDaemon Enables or disables syslog messages going to a remote daemon.
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C. Traps and MIBs Paradyne Health and Status MIB (mpe_HealthAndStatus.mib) The Paradyne Health and Status MIB (mpe_HealthAndStatus.mib) stores the results of the Power-On Self Test. This MIB begins with mpe, indicating that it is indexed on the entPhysicalIndex and depends upon the Entitiy MIB to be implemented. The objects supported are listed in Table C-18, Paradyne Health and Status MIB Objects. Table C-18.
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C. Traps and MIBs Table C-19.
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C. Traps and MIBs Paradyne Configuration MIB (mpe_Config.mib) The Paradyne Configuration MIB (mpe_Config.mib) allows the choice of the network timing reference source for the GranDSLAM 4200 (mpeDevConfigClockSrcEntry table). Table C-21. Paradyne Configuration MIB Objects Object Description Setting/Contents mpeDevCfgClkWhichSrc Defines the master clock source. Integer. The only valid value is primary(1). mpeDevCfgClkSource Selects the source for the master clock for the device. Read/write. Integer.
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C. Traps and MIBs Paradyne Time MIB (pdn_Time.mib) The Paradyne Time MIB (pdn_Time.mib) controls the date and time on the unit. Table C-23. Paradyne Time MIB Objects Object Description Setting/Contents devDateAndTime Displays the unit’s date and time and allows the NMS to change them to the appropriate time zone. Read/write. devNTPServerIP Allows an NMS to configure the NTP server and IP address. Read/write. devNTPMode Allows an NMS to configure the NTP mode. Read/write.
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C. Traps and MIBs Paradyne ReachDSL MIB (pdn_reachDSL.mib) This Paradyne enterprise MIB provides objects for configuration of objects specific to ReachDSL v3 devices such as the Hotwire 6390 ReachDSL Modem. The following objects are supported. Table C-25.
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C. Traps and MIBs Paradyne DS1 Config MIB (RFC 2495) The objects supported for the DS1 MIB are listed in Table C-26, DS1 Config MIB Objects. Table C-26.
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Hotwire 6390 ReachDSL Modem Download D Hotwire 6390 ReachDSL Modem Overview The Hotwire 6390 ReachDSL Modem is a component in the ReachDSL System and interoperates with the GranDSLAM 4200 ATM Stackable DSLAM. This system provides high-speed Internet or corporate LAN access over traditional twisted-pair copper telephone wiring. The ReachDSL technology: Operates over existing copper wire with existing telephone jacks. Uses an inline phone filter on the modem’s PHONE jack.
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D. Hotwire 6390 ReachDSL Modem Download Downloading Hotwire 6390 ReachDSL Modem Software The Hotwire 6390 ReachDSL Modem is capable of receiving a download of its software while continuing to pass data. Before attempting to download, you must first build a management Permanent Virtual Circuit (PVC) through the GranDSLAM 4200 to VPI 0, VCI 33 on the port connected to the Hotwire 6390 ReachDSL modem to be downloaded (see Figure D-1, Network View of Hotwire 6390 ReachDSL Modem Software Download).
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D. Hotwire 6390 ReachDSL Modem Download Procedure To create a PVC from the GrandDSLAM 4200 port to the Hotwire 6390 ReachDSL modem: 1. Log into the GranDSLAM 4200 unit using the ACT-USER command. For example, type: ACT-USER:TAMPA:SUPERUSER:100::******** 2. Create a VCL to the upstream network (on the NT) with VPI=1 and VCI=33 using the ENT-VCL command. For example, type: ENT-VCL:TAMPA:NTVCL-1-33:100::1,1; 3.
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D. Hotwire 6390 ReachDSL Modem Download Procedure To download new software to the Hotwire 6390 ReachDSL Modem flash memory: 1. Create the following files on a PC using Notepad or a text editor program and place them in the same folder as the batch file you will create in Step 2: — tftplock.key with the word password in it — tftpupdt.beg blank (contents are ignored so can be null) — tftpupdt.rbt blank (contents are ignored so can be null) — tftpupdt.end blank (contents are ignored so can be null) 2.
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Index A ACT PROFILE-ADSL, 3-2 PROFILE-ADSLALM, 3-4 USER, 14-2 ACT commands, B-2 activate ADSL alarm profile, 3-4 ADSL profile, 3-2 user, 14-2 ACT-PROFILE ADSL, 3-2 ADSLALM, 3-4 ADSL activate alarm profile, 3-4 activate profile, 3-2 delete alarm profile, 3-8 delete profile, 3-6 edit profile, 3-10 enter profile, 3-24 report alarm, 3-28 report events, 3-30 report operational parameters of ADSL lines, 9-2 retrieve, 3-32 retrieve condition, 10-28 ADSL Facility commands, 3-1 ADSL Supplement to ADSL Line MIB, C-3
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Index automatic command completion, 2-4 completion of optional fields, 2-4 autonomous messages allow, 14-4 inhibit, 14-9 C CANC commands, B-2 USER, 14-6 cancel terminal session, 14-13 user session, 14-6 capabilities, 1-1 channel identifier edit, 12-4 retrieve, 12-12 CID edit, 12-4 retrieve, 12-12 clock, 13-2, 13-4, 13-6 command completion, 2-4 entry features, 2-4 history, 2-5 listing, 2-4 query, 2-5 retrieve all, 2-5 Command Line Interface (CLI) using, 2-1 commands ACT, B-2 ALW, B-2 CANC, B-2 code, 2-2 CP
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Index DLT edit ATMARPENT, 8-2 CRS-VC, 6-2 IPPORT, 8-4 PROFILE-ADSL, 3-6 PROFILE-ADSLALM, 3-8 PROFILE-TRAFDSC, 5-2 USER-SECU, 12-2 VCL, 5-4 DLT commands, B-3 DLT-CRS-VC, 6-2 DLT-PROFILE ADSL, 3-6 ADSLALM, 3-8 TRAFDSC, 5-2 DLT-USER-SECU, 12-2 DMT Line Code Specific MIB RFC 2662, C-27 download 6390 ReachDSL Modem, D-2 DS1 attributes, 10-25 condition, 10-38 edit, 4-2 loopback, 15-2, 15-7 report, 4-10 report events, 4-9 retrieve, 4-15 DS1 MIB RFC 2495, C-33 ADSL profile, 3-10 ADSLDN profile, 3-14 ADSLDNALM p
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Index ENT-PROFILE ADSL, 3-24 ADSLALM, 3-26 TRAFDSC, 5-8 ENT-USER-SECU, 12-10 EQPT edit, 7-2 report alarm, 7-4 report event, 7-5 retrieve, 7-6 equipment alarm, 10-9 attributes, 10-22 condition, 10-35 edit, 7-2 report alarm, 7-4 report event, 7-5 retrieve, 7-6 retrieve inventory data, 7-9 error codes, A-1 Ethernet, 2-7 F features, 1-1, 1-3 file copy, 14-8 G GranDSLAM 4200 overview, 1-1 H header retrieve, 14-15 history of commands, 2-5 I inband management, 2-6, 6-1 turn-up procedure, 2-7 INH commands, B-5
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Index mode DHCP, 2-6 manual, 2-6 monitoring, A-1 N network diagram, 1-2 Network Management System (NMS), C-1 O OPR LPBK-T1, 15-2 LPBK-VCL, 15-4 OPR commands, B-5 OPR-LPBK T1, 15-2 VCL, 15-4 option field completion, 2-4 out-of-band management, 2-6 turn-up procedure, 2-7 output message, 2-3 P Paradyne DS1 Config MIB RFC 2495, C-46 passsword edit, 12-6 password default, 2-5, 2-8 password default, 2-5, 12-10 performance monitoring ADSL, 3-37 T1, 4-12 perfromance monitoring DS1, 4-12 PID edit, 12-6 PM-ADSL r
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Index REPT ALM ADSL, 3-28 EQPT, 7-4 T1, 4-8 REPT commands, B-6 REPT EVT ADSL, 3-30 EQPT, 7-5 T1, 4-9 REPT-OPSTAT ADSLCOM, 9-2 ADSLDN, 9-5 ADSLUP, 9-7 IPPORT, 8-14 T1, 4-10 VCL, 9-10 reset subsystem, 14-11 retrieve ADSL, 3-32 aid, 14-19 ALM-ADSL, 10-2 ALM-ALL, 10-5 ALM-EQPT, 10-9 ALM-T1, 10-12 ATMARPENT, 8-17 ATMPORT, 5-13 ATTR-ADSL, 10-15 ATTR-ALL, 10-18 ATTR-EQPT, 10-22 ATTR-T1, 10-25 ATUR, 3-35 commands, 14-21 COND-ADSL, 10-28 COND-ALL, 10-31 COND-EQPT, 10-35 COND-T1, 10-38 configuration, 14-25 CRS-VC, 6
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Index RTRV-ALM-ALL, 10-5 RTRV-ALM-EQPT, 10-9 RTRV-ALM-T1, 10-12 RTRV-ATMPORT, 5-13 RTRV-ATTR-ADSL, 10-15 RTRV-ATTR-ALL, 10-18 RTRV-ATTR-EQPT, 10-22 RTRV-ATTR-T1, 10-25 RTRV-ATUR, 3-35 RTRV-COND-ADSL, 10-28 RTRV-COND-ALL, 10-31 RTRV-COND-EQPT, 10-35 RTRV-COND-T1, 10-38 RTRV-EQPT, 7-6 RTRV-HDR, 14-15 RTRV-INV-EQPT, 7-9 RTRV-MEM, 14-17 RTRV-META AID, 14-19 CMD, 14-21 SYN, 14-23 RTRV-META-AID, 14-19 RTRV-META-CMD, 14-21 RTRV-META-SYN, 14-23 RTRV-NE-ALL, 14-25 RTRV-PM-ADSL, 3-37 RTRV-PM-T1, 4-12 RTRV-PROFILE-AD
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Index turn-up procedure inband management, 2-7 out-of-band management, 2-7 U UAP, 12-10 user access privilege, 12-10 activate, 14-2 cancel session, 14-6 default, 2-5, 12-10 delete account, 12-2 edit security, 12-8 enter security, 12-10 retrieve security, 12-14 user access privilege levels, 2-5 user accounts access levels, 2-5 IN-8 V VCL delete, 5-4 enter, 5-10 loopback, 15-4, 15-9 report operational parameters, 9-10 retrieve, 5-21 virtual channel link ADSL, 5-21 delete, 5-4 enter, 5-10 report operationa