SmartSwitch ATM Switch Reference Manual 35 Industrial Way Rochester, NH 03866 USA (603) 332-9400 Part Number 04-0054-01 Rev.
NOTICE Cabletron Systems reserves the right to make changes in specifications and other information contained in this document without prior notice. The reader should in all cases consult Cabletron Systems to determine whether any such changes have been made. The hardware, firmware, and software described in this manual are subject to change without notice.
FCC CLASS A NOTICE This device complies with Part 15 of the FCC rules. Operation is subject to the following two conditions: (1) this device may not cause harmful interference, and (2) this device must accept any interference received, including interference that may cause undesired operation. Note Caution This equipment has been tested and found to comply with the limits for a Class A digital device, pursuant to Part 15 of the FCC rules.
DECLARATION OF CONFORMITY ADDENDUM Application of Council Directive(s): 89/336/EEC 73/23/EEC Manufacturer’s Name: Cabletron Systems, Inc. Manufacturer’s Address: 35 Industrial Way P. O. Box 5005 Rochester, NH 03866 Product Name: SmartSwitch 2500 family and SmartSwitch 6500 European Representative Name: Mr. J.
SAFETY INFORMATION CLASS 1 LASER TRANSCEIVERS The IOM-29-4, IOM-29-4-IR, IOM-29-4-LR, IOM-39-1 and IOM-39-1-LR connectors use Class 1 Laser transceivers. Read the following safety information before installing or operating one of these modules. The Class 1 Laser transceivers use an optical feedback loop to maintain Class 1 operation limits. This control loop eliminates the need for maintenance checks or adjustments. The output is factory set, and does not allow any user adjustment.
FIBER OPTIC PROTECTIVE CAPS Warning .READ BEFORE REMOVING FIBER OPTIC PROTECTIVE CAPS. Cable assemblies and MMF/SMF ports are shipped with protective caps to prevent contamination. To avoid contamination, replace port caps on all fiber optic devices when not in use. Cable assemblies and MMF/SMF ports that become contaminated may experience signal loss or difficulty inserting and removing cable assemblies from MMF/SMF ports. Contamination can be removed from cable assemblies by: 1.
REGULATORY COMPLIANCE SUMMARY SAFETY The SmartSwitch 2500 family and SmartSwitch 6500 meets the safety requirements of UL 1950, CSA C22.2 No. 950, EN 60950, IEC 950, and 73/23/EEC. EMC The SmartSwitch 2500 family and SmartSwitch 6500 meets the EMC requirements of FCC Part 15, EN 55022, CSA C108.8, VCCI V-3/93.01, EN 50082-1, and 89/336/EEC.
REVISION HISTORY Document Name: Document Part Number: Document Order Number: SmartSwitch ATM Switch Reference Manual 04-0054-01 Rev. A 9033003 Author: Robert de Peyster Editor: Ayesha Maqsood Illustrator: Mike Fornalski Date Revision Description "«Àˆ•Ê£™™™ 04-0054-01 Rev.
Table of Contents TABLE OF CONTENTS 1 Introduction . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 1-1 Audience and Scope . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 1-1 Definitions. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 1-1 Content . . . . . . . . . . . . . . . .
Table of Contents ClientVC . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 2-54 Community . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 2-56 Config . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 2-58 ConsoleTimeout. . . . . .
Table of Contents LESARP . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 2-130 LESClient . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 2-131 LESELAN . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 2-133 LESErrorLog . . . . . . . . . . .
Table of Contents PortMode . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 2-227 PortStat . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 2-231 PortTrafficCongestion . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 2-235 Privilege. . . . . . . . . . . .
Table of Contents Switch . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 2-325 SwitchConfig. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 2-327 SwitchName . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 2-330 SwitchTrafficCongestion . . . . .
List of Tables LIST OF TABLES Table 1-1 List of Operators . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 1-5 Table 2-1 OC-12/STM-4 Port Loopback Modes . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 2-2 Table 2-2 BUSErrorLog Error Codes . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .
1 INTRODUCTION This reference manual describes the console commands for the SmartSwitch 2500 family and the SmartSwitch 6500. Unless otherwise noted, the information in this manual applies to both the SmartSwitch 2500 family and SmartSwitch 6500. Audience and Scope The manual is intended for network administrators and others responsible for maintaining the SmartSwitch 2500 family and the SmartSwitch 6500. Definitions The manual is organized alphabetically by switch attribute.
Additional Information Introduction Additional Information You will find a list of acronyms, details about technical support, and an index at the back of this manual. The index contains page references for all switch attribute sections, command parameters, operators, command descriptions and command examples. There is also a table of commands at the end of this chapter. It lists all switch attributes by their operators.
Introduction Abbreviations Abbreviations Pay attention to how switch attributes appear in section headings of Chapter 2. Switch attributes are not case sensitive, but you must spell them correctly. For example, if the heading states BUSStat, you must enter busstat and not busstats.
Help Options Introduction Help Options The console provides several levels of help for console commands. For example, to list the switch attributes that can be used with a particular operator, enter the word help (or ?) followed by the operator.
Introduction Switch Attribute Entries Switch Attribute Entries Each switch attribute has an entry in Chapter 2. The entry starts with the attribute name and a brief explanation of the attribute’s purpose. Note A few switch attributes apply to the SmartSwitch 6500 only. Those attributes are indicated in Chapter 2 by the following notation after attribute name: (SmartSwitch 6500 Only). If that notation does not appear, the attribute applies both to the SmartSwitch 2500 family and to the SmartSwitch 6500.
Switch Attribute Entries Introduction Table 1-1 List of Operators (Continued) Operator Action stop Stops an object update Upgrades firmware Parameters Most switch attributes have input or output parameters (or both). If an attribute has parameters, they are listed in tables under a “Parameters” heading. You enter input parameters at the console command line. You view output parameters at the console screen after the command executes.
Introduction Switch Attribute Entries Descriptions A “Descriptions” section follows parameters. The descriptions section shows command syntax (operator, attribute, and input parameters). It also gives additional information on what the command does and how to use it. Finally, the descriptions section indicates the privilege level required to use the command (Read Only, Administrator, or All). Administrator privilege level is necessary for actions other than viewing output displays.
Port Numbering Introduction Port Numbering Port numbering for the SmartSwitch 6500 is different from that for the SmartSwitch 2500 family. For the SmartSwitch 6500, physical port numbering uses the following format: slot number I/O module letter port number For example, port 3 of I/O module A on the TSM in slot 5 is represented by: 5a3 For the SmartSwitch 2500 family, physical port numbering does not use slot numbers.
Introduction List of Operators and Switch Attributes ServiceRegistry Spvc TrafficDescriptor TrapCommunity SpvcAddress Spvp* delete (remove) Alarms Alias AtmFilter AtmFilterSet ATMRoute BUSClient BUSELAN Client Community ELAN Events IPATMPVC LECSELAN LECSELANLEC LECSELANNameTable LECSELANPolicy LECSErrorLog LECSNeighbor LECSPacketSizes LECSTLVPARAM LECSTLVSET LESClient LESELAN NetPrefix PnniMetrics PnniNode PnniSummaryAddress PnniTnsRoute Port PortFilterSet PVC PVCById
List of Operators and Switch Attributes Introduction PnniNode PnniNodeTimer PnniPeerGroupId PnniPglElection PnniScopeMapping PortClockMode PortConfig PortFilterSet PortMode PortTrafficCongestion Prompt RedundancyInfo RedundancyOff* RedundancyOn* Rows SigTimer SpvcCallFailuresTrapEnable SpvcNotifyInterval SpvcRestart SpvpRestart* SSCOPConfig SwitchConfig SwitchName SwitchTrafficCongestion TrustedNMS show (display) 622LoopBack AlarmDisplay Alarms Alias AtmFilter AtmFilterSet A
Introduction List of Operators and Switch Attributes MyNmAddr NetPrefix NetworkClock PnniInterface PnniLink PnniMetrics PnniNeighbor PnniNetworkLink PnniNetworkNode PnniNode PnniNodeTimer PnniPglElection PnniPtse PnniReachableAddress PnniScopeMapping PnniStats PnniSummaryAddress PnniSvccRcc PnniTnsRoute PortClockMode PortConfig PortFilterSet PortMode PortStats PortTrafficCongestion Privilege PVC PVP* RedundancyInfo* RedundancyStatus* Route SARStats ServiceRegistry SigStati
List of Operators and Switch Attributes Introduction Config LESErrorLog LECSLNNIStat PortStats PVC PVP* LESStat disable/enable Privilege execute CpuSwitchover* CsmSwitchover* flush Alias Config PVC restart Client setup Switch start LECS LES stop LECS LES 1-12 SmartSwitch ATM Switch Reference Manual Ping PVP*
Introduction List of Operators and Switch Attributes update Firmware SmartSwitch ATM Switch Reference Manual 1-13
List of Operators and Switch Attributes 1-14 SmartSwitch ATM Switch Reference Manual Introduction
2 CONSOLE COMMANDS Note A few switch attributes apply to the SmartSwitch 6500 only. For those attributes, the following appears below the attribute name: (SmartSwitch 6500 Only). If this notation does not appear, the attribute applies to both the SmartSwitch 2500 family and to the SmartSwitch 6500. 622LoopBack Use 622LoopBack to set or display loopback on 622 Mbps (OC-12/STM-4) ports. ÊÊ Note A port in loopback mode does not pass normal traffic.
622LoopBack Console Commands Descriptions Operator Parameters/Permissions Description modify 622loopback [Port] [Loopback] Sets loopback for 622 Mbps ports. Administrator show 622loopback Table 2-1 Administrator Shows loopback status for 622 Mbps ports. OC-12/STM-4 Port Loopback Modes Mode Description None Loopback is not enabled. Facility The data stream is received from the network, has the overhead bits reinserted, and is retransmitted back to the network.
Console Commands AlarmDisplay AlarmDisplay Use AlarmDisplay to enable/disable the display of alarm messages at the console. Use Alarms to display the alarms currently logged. Note Operators modify, show Parameters This attribute has no output parameters. Input Parameter Description Value/Field Size [AlarmDisplay] Toggles the display On or Off.
Alarms Console Commands Alarms Use Alarms to display or delete alarms currently logged. 2«ÊÍœÊ{äÊ>•>À“ÃÊ>ÀiÊ«iÀÈÃÍi˜ÍÊœ˜ÊÀiLœœÍÊ-Ài“>ˆ˜Êˆ˜Ê•œ}®°Ê!œÊiÜi˜ÍÃÊ>ÀiÊ«iÀÈÃÍi˜ÍÊœ˜Ê ÀiLœœÍ° Note Operators delete, show Parameters This attribute has no output parameters. Input Parameter Description Value/Field Size Default [Index] The index(es) of the alarms you want to display or delete.
Console Commands Alarms Examples switch_prompt # show alarms Index(ALL) : 0 33554652 000:00:32:238 --------------------------------------------------LECS Operational switch_1 # delete alarms Index(ALL) : switch_1 # show alarms Index(ALL) : SmartSwitch ATM Switch Reference Manual 2-5
Alias Console Commands Alias Use Alias to manage aliases for console commands. You can use up to 15 aliases. 0…iÊ>•ˆ>ÃÊpingʈÃÊ«ÀiÃi˜ÍÊÝ…i˜ÊÍ…iÊÃ݈ÍV…ʈÃÊÃ…ˆ««i`ÊvÀœ“ÊÍ…iÊv>VÍœÀßÊ-pingʈÃÊ>˜Ê>•ˆ>ÃÊ vœÀÊstart ping®° Note Operators add, delete, flush, modify, show Parameters Input Parameter Description Value/Field Size Default [AliasName] Alias name. Single word (no spaces) of alphanumeric characters. No default [AliasedString] Console command to which alias applies.
Console Commands Alias Operator Parameters/Permissions Description delete alias [AliasName] Deletes an alias. Administrator flush alias Administrator Deletes all aliases (including ping). modify alias [AliasName] [NewAliasedString] Changes an alias. Administrator show alias Displays all aliases.
Alias switch_prompt # show alias AliasName(ALL) : Alias List ============================================================================== Index Alias Name : Aliased Command 1 PING : Start Ping 2 sp : show pnninode switch_prompt # 2-8 SmartSwitch ATM Switch Reference Manual Console Commands
Console Commands AtmFilter AtmFilter Use AtmFilter to manage ATM filters on the switch. Operators add, delete, modify, show Parameters Input Parameter Description Value/Field Size Default [AtmFilterName] Name of the filter. 15-characters maximum FILTERXXX, where XXX is the index. [AtmFilterType] Type of the filter. Admit, Deny [SrcAtmAddress] Source (calling party) address (for which this filter should be applied). 20-bytes maximum [SrcAtmAddressMask] Mask of the source ATM address.
AtmFilter Console Commands Output Parameter Description [Src ATM Addr] Source (calling party) address for which the filter should be applied. [Src Addr Mask] Mask of the source ATM address. [Dst ATM Addr] Destination (called party) address for which the filter should be applied. [Dst Addr Mask] Mask of the destination ATM address. Descriptions Operator Parameters/Permissions Description add atmfilter [FilterName] Adds an ATM filter.
Console Commands AtmFilter Examples switch_prompt # add atmfilter FilterName(FILTER1) Src-ATMAddr() SrcAddrMask(FF:FF:FF:FF:FF:FF) Dst-ATMAddr() DstAddrMask(): FilterType() switch_prompt # add atmfilter FilterName(FILTER2) Src-ATMAddr() SrcAddrMask(): Dst-ATMAddr() DstAddrMask(FF:FF:FF:FF:FF:FF): FilterType() switch_prompt # add atmfilter FilterName(FILTER3) Src-ATMAddr() SrcAddrMask(FF:FF:FF:FF:FF:FF:FF:FF:FF) Dst-ATMAddr() DstAddrMask(FF:FF:FF:FF:FF:FF): FilterType() : allow_src_pfx : 39:20:10:35:00:10
AtmFilter switch_prompt # show atmfilter /d FilterName(ALL) Console Commands : ============================================================================ Filter Name : allow_src_pfx Src ATM Addr: 39:20:10:35:00:10 Src Addr Mask: FF:FF:FF:FF:FF:FF Dst ATM Addr: Dst Addr Mask: Filter Type: Admit Total Admits : 0 Total Denies : 0 Reference Count : 0 ============================================================================ Filter Name : bad_dst_pfx Src ATM Addr : Src Addr Mask : Dst ATM Addr: 39:00:28:
Console Commands AtmFilterSet AtmFilterSet Use AtmFilterSet to manage an ATM filter set. An ATM filter set consists of one or more ATM filters. Each ATM filter set is assigned to a pair of ports, having one incoming port and one outgoing port (alternately, you can assign a filter set to all incoming or outgoing ports).
AtmFilterSet Output Parameter Console Commands Description (If /d or a specific [FilterSetName] is specified, you also get a breakdown of TotalAdmits, TotalDenies, and ReferenceCount for each filter in the set.) Descriptions Operator Parameters/Permissions Description add atmfilterset [FilterSetName] [FilterName] Adds an ATM filter set. Administrator delete atmfilterset [FilterSetName] [FilterName] Deletes an ATM filter set.
Console Commands AtmFilterSet Examples switch_prompt # show atmfilter FilterName(ALL) : FilterName FilterType TotalAdmits TotalDenies ReferenceCount ============================================================================== filter2 Deny 0 0 0 filter3 Admit 0 0 0 switch_prompt # add atmfilterset FilterSetName(SET1) FilterName() FilterName() FilterName() Created Filter Set (SET1) With 2 Filters switch_prompt # show atmfilterset FilterName(ALL) : : filter2 : filter3 : : FilterSetName TotalAdmits Tot
ATMRoute Console Commands ATMRoute Use ATMRoute to manage routes to reachable addresses from the switch. Note The following applies to SmartSwitch 6500 only: You can hot-swap TSMs. Hot-swapping is replacing a module when the chassis is powered up. If you replace a TSM with another TSM of the same type (same I/O ports), existing configuration of port parameters is not affected.
Console Commands ATMRoute Input Parameter Description [Scope] PNNI scope of advertisement (level of Integers from 0-104 PNNI hierarchy) from the switch to the address prefix. 0 [MetricsTag] Index into listing of traffic parameters that apply to connectivity from the switch to the address prefix. If there are no parameters associated with this address prefix, then zero is used. 0 [Advertising] Whether or not the local switch should Yes, No advertise the address into the PNNI domain.
ATMRoute Console Commands Output Parameter Description [Metrics Tag] Index into the listing of traffic parameter values that apply for connectivity between the switch and the reachable address prefix. [Ptse Id] For reachable addresses learned through PNNI, this parameter contains the value of the PTSE identifier for the PTSE that is originated by the originating node and contains the information group(s) describing the reachable address.
Console Commands ATMRoute switch_prompt # switch_prompt # add atmroute PortNumber() AtmAddress() PrefixLength(32) AddressIndex(0) Type(Internal) Scope(0) MetricsTag(0) Advertising(NO) : 7a3 : 20:01:02:03 : : : : : : switch_prompt # show atmroute Num(ALL) : Num Port Number ATM Address Type Proto ================================================================================ 1 7A3 20:01:02:03 I MGMT 2 CPU 39:00:00:00:00:00:00:00:00:00:a3:87:0b:00:00:1d:a3:87:0b I MGMT 3 CPU 39:00:00:00:00:00:00:00:00:0
BUSClient Console Commands BUSClient Use BUSClient to display or delete LANE clients connected to a BUS. Each LANE client is identified uniquely by its LEC ID. Operators delete, show Parameters Input Parameter Description Value/Field Size Default [ELANNumber] Number of the ELAN to which the BUS belongs. 0-125 0 [LECId] LEC ID of the specified client. 1-65279 0 [ATMAddress] ATM address of the client. Output Parameter Description [LECId] LEC identification number of the specified client.
Console Commands BUSClient Examples switch_prompt ELANNumber(0) LECId(0) ATMAddress Confirm(y/n)? switch_prompt # : : : : # delete busclient 14 39:00:00:00:00:00:00:00:20:D4:14:11:80:00:20:D4:00:D6:C0:00 y switch_prompt # show busclient 0 Client table entries for ELAN ELAN000 =========================================================================== LECId VPI/VCI ATM Address switch_prompt : 1 : 0/219 : 39:00:00:00:00:00:00:00:20:D4:14:2F:00:00:20:D4:14:2F:00:00 # SmartSwitch ATM Switch Reference M
BUSErrorLog Console Commands BUSErrorLog Use BUSErrorLog to display or clear the BUS error log associated with an ELAN. Note Use the add buselan or modify buselan commands to enable or disable the BUS error log for a specified ELAN. Operators clear, show Parameters Input Parameter Description Value/Field Size Default [ELANNumber] The number of the ELAN whose BUS errors are to be shown or deleted. 0-125 All Output Parameter Description [ATM Address] ATM address associated with the error.
Console Commands BUSErrorLog Table 2-2 BUSErrorLog Error Codes Code Name Meaning 0 Success Successful response. 1 Insufficient resources to grant request Responder is unable to grant request for reasons such as insufficient table space or ability to establish VCCs. 2 Bad control frame Malformed control frame or bad control request. 3 Bad data frame Malformed data frame (too big or too small). 4 Others All other events.
BUSELAN Console Commands BUSELAN Use BUSELAN to manage characteristics of a BUS for a specified ELAN. If an LES corresponding to the BUS exists, the characteristics of the BUS should match those of the LES. Operators add, delete, modify, show Parameters Input Parameter Description Value/Field Size Default [ELANNumber] Number of the ELAN to which the BUS belongs. 0-125 or All All [ELANName] Name of the ELAN to which the BUS belongs. Up to 32 characters [ConnectMethod] Type of connection used.
Console Commands BUSELAN Output Parameter Description [ATM Address] ATM address of the ELAN. [Max Frame Size] Maximum transfer unit assigned for this client. (Same as the [MTU] input parameter.) [Connection Method] Type of connection used. (Same as the [ConnectMethod] input parameter.) [Distribute VPI/VCI] VPI/VCI values of control direct VCC or multicast send VCC. [ELAN Type] Data-link type used by the ELAN.
BUSELAN Console Commands Operator Parameters/Permissions Description show [ELANNumber] buselan All Displays the BUS parameters for the specified ELAN. Enter show buselan to confirm that changes you made. Examples switch_prompt # add buselan ELANNumber(0) ELANName(ELAN102) ConnectMethod(SVC) ELANType(802.
Console Commands BUSELAN The example below changes ELAN102 from an Ethernet BUSELAN to a Token Ring BUSELAN, changing the MTU to reflect the change in ELAN type. It assumes the LES has already been changed. switch_prompt # modify buselan 102 ELANName(ELAN102) ConnectMethod(svc) ELANType(802.3) Multipoint(yes) MTU(1516) ErrorlogEnable(NO) MinimumTDEnable(NO) : : : 802.
BUSLECStat Console Commands BUSLECStat Use BUSLECStat to display traffic statistics for clients connected to a BUS. Operator show Parameters Input Parameter Description Value/Field Size Default [ELANNumber] Number of the ELAN to which the BUS belongs. 0-125 or All All [LECId] LEC identification number of the specified client. 0-65279 0 Output Parameter Description [LECId] LEC identification number of the specified client. [ATMAddress] ATM address of the client.
Console Commands BUSLECStat Examples switch_prompt # show buslecstat ELANNumber(0) : LECId(0) : Client statistics for ELAN ELAN000 =========================================================================== LECId : 1 ATM address : 39:00:00:00:00:00:00:00:20:D4:14:2F:00:00:20:D4:14:2F:00:00 Receives : 17185 Forwards : 17185 Discards : 0 switch_prompt # SmartSwitch ATM Switch Reference Manual 2-29
BUSStat Console Commands BUSStat Use BUSStat to display or clear statistics of a BUS for an ELAN. Operators show, clear Parameters Input Parameter Description Value/Field Size [ELANNumber] Number of the ELAN to which the BUS belongs. 0-125 or All Output Parameter Description [Out Octets] Number of octets (bytes) the BUS has sent since its initialization. [Out Unicast] Number of unicast frames forwarded by the BUS. [Out Multicast] Number of multicast frames forwarded by the BUS.
Console Commands BUSStat Examples switch_prompt # show busstat 3 ELAN ELAN003 Statistics Out Octets : 450432 Out Unicast : 7030 Out Multicast : 3 In Octets : 450432 In Unicast : 7030 In Multicast : 3 Frame Timeouts : 0 VCC Rejects : 0 switch_prompt # switch_prompt # clear busstat ELANNumber(ALL): Clearing ALL BUS ELAN Statistics Confirm(y/n)?:y switch_prompt # SmartSwitch ATM Switch Reference Manual 2-31
BUStype Console Commands BUStype Use BUStype to enable/disable intelligent BUS mode. Note If intelligent BUS mode is enabled, a unicast packet sent to the BUS is forwarded only to the LANE client whose destination address is specified in the packet. If intelligent BUS mode is not enabled, a unicast packet sent to the BUS is forwarded to all LANE clients connected to the BUS. Operators modify Parameters This attribute has no output parameters.
Console Commands CACEqBwAllocScheme CACEqBwAllocScheme Use CACEqBwAllocScheme to set or display the equivalent bandwidth allocation scheme of switch ports. Operators modify, show Parameters Input Parameter Description Value/Field Size Default [PortNumber] Port number on the switch. You can specify a physical or virtual port. A1 to B4 (physical-2500 family), A1.n to B4.n (virtual-2500 family), 1A1 to 8B4 (physical-6500), 1A1.n to 8B4.
CACEqBwAllocScheme Examples switch_prompt # show caceqbwallocscheme PortNumber(ALL) : =========================================================== Port# Alloc Scheme for CBR RTVBR NRTVBR UBR ABR =========================================================== 7A1 CON CON CON LIB CON 7A1.1 CON CON CON LIB CON 7A2 CON CON CON LIB CON 7A3 CON CON CON LIB CON 7A4 CON CON CON LIB CON 7B1 CON CON CON LIB CON 7B2 CON CON CON LIB CON 7B3 CON CON CON LIB CON CPU CON CON CON LIB CON CPU.
Console Commands CacInfo CacInfo Use CacInfo to display bandwidth allocated to switch ports per service category. Operators show Parameters Input Parameter Description Value/Field Size Default [PortNumber] Port number on the switch. You can specify a physical or virtual port. A1 to B4 (physical-2500 family), A1.n to B4.n (virtual-2500 family), 1A1 to 8B4 (physical-6500), 1A1.n to 8B4.n (virtual-6500), or All All [BandwidthUnit] Unit for specifying bandwidth.
CacInfo Examples switch_prompt # show cacinfo PortNumber(ALL) : ALL BandWidthUnit(CPS) : CPS ===================================================================== Port# Total Total BW BwAlloc For ServiceCategory BW Allocated CBR RT-VBR NRT-VBR UBR ABR ===================================================================== 1A1 264186 10 0 0 0 10 0 1A2 264186 0 0 0 0 0 0 1A3 264186 10 0 0 0 10 0 1A4 264186 0 0 0 0 0 0 4B1 264186 0 0 0 0 0 0 4B2 264186 0 0 0 0 0 0 4B3 264186 0 0 0 0 0 0 switch_prompt # 2-36 Sm
Console Commands CACPortBw CACPortBw Use CACPortBw to display minimum and maximum bandwidth of switch ports. Operators show Parameters Input Parameter Description Value/Field Size Default [PortNumber] Port number on the switch. You can specify a physical or virtual port. A1 to B4 (physical-2500 family), A1.n to B4.n (virtual-2500 family), 1A1 to 8B4 (physical-6500), 1A1.n to 8B4.n (virtual-6500), or All All Output Parameter Description Q+œÀÍ›R +œÀÍʘ֓LiÀÊœ˜ÊÍ…iÊÃ݈ÍV…°ÊÊ-.
CACPortBw Console Commands Descriptions Operator Parameters/Permissions Description show Administrator Displays minimum and maximum port bandwidth.
Console Commands CACServiceClassBw CACServiceClassBw Use CACServiceClassBw to set or display the bandwidth allocated to each service category. Note The following applies to SmartSwitch 6500 only: You can hot-swap TSMs. Hot-swapping is replacing a module when the chassis is powered up. If you replace a TSM with another TSM of the same type (same I/O ports), existing configuration of port parameters is not affected.
CACServiceClassBw Console Commands Input Parameter Description Value/Field Size [MaxBandwidthInPercentage UBR] Maximum bandwidth allocated for UBR. Zero or positive integer [MaxBandwidthInPercentage ABR] Maximum bandwidth allocated for ABR. Zero or positive integer Output Parameter Description [Port#] Port number on the switch. (Same as [PortNumber] input parameter. [SC] Service category. (Same as [ServiceCategory] input parameter.
Console Commands CACServiceClassBw Examples switch_prompt # modify cacServiceClassBW PortNumber() MaximumBandWidthIn-Percentage-CBR(25) MaximumBandWidthIn-Percentage-RTVBR(25) MaximumBandWidthIn-Percentage-NRTVBR(25) MaximumBandWidthIn-Percentage-UBR(25) MaximumBandWidthIn-Percentage-ABR(0) : 1b1 : : : : : switch_prompt # switch_prompt #show cacServiceClassBW PortNumber(ALL) SeriveCategory(UBR) : 1a1 : CBR =========================================== Port# SC Max Bandwidth In Mbps Kbps Cps % ==========
CACStatistics Console Commands CACStatistics Use CACStatistics to show CAC statistics for switch ports. Operators clear, show Parameters Input Parameter Description Value/Field Size Default [PortNumber] Port number on the switch. You can specify a physical or virtual port. A1 to B4 (physical-2500 family), A1.n to B4.n (virtual-2500 family), 1A1 to 8B4 (physical-6500), 1A1.n to 8B4.
Console Commands switch_prompt # show cacstatistics PortNumber() CACStatistics : 1a1 ================================================================ CAC Statistics ================================================================ Global Statistics : No of Rejections due to no memory :0 No of Rejections due to Invalid Physical port :0 No of Rejections due to Invalid logical port :0 No of Rejections due to Invalid VPI :0 No of Rejections due to Pre CAC no memory :0 Per Port Statistics : Port Number No of
Client Console Commands Client Use Client to manage LANE and IP/ATM clients on the switch. Clients on the switch are called local clients. Note Use the LANEClient attribute to add or modify a LANE client. Use the IPATMClient attribute to add or modify an IP/ATM client. Operators activate, deactivate, delete, restart, show Parameters Input Parameter Description Value/Field Size Default [ClientNumber] Number of the local client.
Console Commands Client Output Parameter Description [LECS Address] ATM address of the LECS. [LES Address] ATM address of the LES. [LAN Type] Type of ELAN. [MTU] Maximum transfer unit assigned for this client. [IP NetMask] IP netmask assigned to the client. Descriptions Operator Parameters/Permissions Description activate client [ClientNumber] Activates a client on the switch (same as the restart command).
Client Console Commands Examples switch_prompt # delete client 4 IP/ATM Client4 Address: 39:00:00:00:00:00:00:00:00:00:14:15:00:00:00:7A:01:01:5B:00 Confirm(y/n)?:y switch_prompt # switch_prompt # show client ClientNumber(ALL) : Client Type IP Address Server Type Server Conn Status ============================================================================ 1 LANE 90.1.1.186 LECS Established Operational 3 IP/ATM 90.1.1.
Console Commands Client With the following example (), notice how you get the same amount of detail whether you specify the client or accept the default (All): switch_prompt # show client /d ClientNumber(ALL) : LANE Client 1 ============================================================================ Client State : Operational Client Address : 39:00:00:00:00:00:00:00:00:00:14:15:00:00:20:D4:14:15:00:00 LAN Name : elan1 LECS Addr Source: ILMI LECS Address : 39:00:00:00:00:00:00:00:00:00:14:15:00:00:20:
ClientARP Console Commands ClientARP Use ClientARP to display the ARP table maintained by each LANE or IP/ATM client on the switch. For a LANE client, the table contains mappings of MAC to ATM addresses for destination clients. The mappings are supplied by the ARP server of each ELAN to which the LANE client connects. For an IP/ATM client, the table contains mappings of IP to ATM addresses for destination clients.
Console Commands ClientARP Examples switch_prompt # show clientarp ClientNumber(ALL) : LANE Client 0 ARP Table MAC Address ATM Address ============================================================================= 00:20:D4:14:15:00 39:00:00:00:00:00:00:00:20:D4:14:15:00:00:20:D4:14:15:00:02 IP/ATM Client 3 ARP Table IP Address ATM Address ========================================================================================= 10.1.1.
ClientStat Console Commands ClientStat Use ClientStat to display packet count statistics of LANE or IP/ATM clients on the switch. Note Clients on the switch are called local clients. Operators show Parameters Input Parameter Description Value/Field Size Default [ClientNumber] Number of the local client. 0-125 or All All In the Output Parameter table below, () appears next to parameters that are available only through the show clientstat /d (detailed) command.
Console Commands ClientStat Output Parameter Description [Error Packets] Number of error packets received or transmitted. [Dropped Packets] Number of received or transmitted packets dropped. [Bytes Transmitted] Number of bytes transmitted. [ARP Requests Sent] ARP requests from a server sent to the client. [ARP Replies Rcvd] ARP replies from a client received by the server. [ARP Requests Rcvd] ARP requests from a client received by the server.
ClientStat Client Type RxPkts TxPkts RxOctets TxOctets ============================================================================ 1 LANE 0 0 0 0 3 IP/ATM 0 0 0 0 switch_prompt # switch_prompt # show clientstat /d ClientNumber(ALL): Stats for LANE client 1 ============================================================================ Rx Stats Bytes Received : 0 Unicast Packets : 0 Multicast Packets : 0 Broadcast Packets : 0 Error Packets : 0 Dropped Packets : 0 Tx Stats Bytes Transmitted : 0 Unicast Packets
Console Commands ClientStat Stats for IP/ATM client 3 ============================================================================ Rx Stats Bytes Received : 0 Unicast Packets : 0 Multicast Packets : 0 Broadcast Packets : 0 Error Packets : 0 Dropped Packets : 0 Tx Stats Bytes Transmitted : 0 Unicast Packets : 0 Multicast Packets : 0 Broadcast Packets : 0 Error Packets : 0 Dropped Packets : 0 IP/ATM Statistics ARP Requests Sent : 0 ARP Replies Rcvd : 0 ARP Requests Rcvd : 0 ARP Replies Sent : 0 ARP Unreacha
ClientVC Console Commands ClientVC Use ClientVC to display VCs associated with ARP mappings cached by LANE or IP/ATM clients on the switch. ClientARP is similar to ClientVC but does not show the VPI/VCI corresponding to a route to a destination client. Note Clients on the switch are called local clients. Operator show Parameters Input Parameter Description Value/Field Size Default [ClientNumber] Number of the local client.
Console Commands ClientVC Examples switch_prompt # show clientvc ClientNumber(ALL) : LANE Client 0 VC Table MAC Address VPI/VCI ATM Address =========================================================================== 00:02:D4:14:22:80 0/2453 39:00:00:00:00:00:00:00:20:D4:14:15:00:00:20:D4:14:22:80:00 IP/ATM Client 50 VC Table IP Address VPI/VCI ATM Address ============================================================================ 10.1.1.
Community Console Commands Community Use Community to group NMS (network management system) hosts by privilege level. Hosts are collectively called communities. Host privilege levels determine the type of information access permitted by the switch. The switch provides access to the information only if the request comes from a community configured with the necessary privileges. Operators add, delete, show Parameters Input Parameter Description Value/Field Size Default [Name] SNMP community name.
Console Commands Community Examples switch_prompt # add community Name() IpAddr() Priviledge(read) switch_prompt # : boris : 90.1.1.1 : switch_prompt # show community Community Name IP Address Privilege =========================================================================== ILMI 0.0.0.0 READ boris 90.1.1.1 READ public 0.0.0.0 READ zeitnet 0.0.0.0 WRITE switch_prompt # switch_prompt # delete community Name() IpAddr() switch_prompt # : boris : 90.1.1.
Config Console Commands Config Use Config to erase the configuration information on the SmartSwitch 6500. Before using the clear command, you should back up the switch configuration using the backup switch command. config Operators clear, flush Parameters This attribute has no input or output parameters. Just enter clear config at the switch prompt.
Console Commands ConsoleTimeout ConsoleTimeout Use ConsoleTimeout to set or display the timeout for the console interface. Operators modify, show Parameters Input Parameter Description Value/Field Size Default [ConsoleTimeout] Console timeout (in minutes). 1-60 min. Setting console timeout to 0 toggles console timeout off. 0 (Off) Output Parameter Description [ConsoleTimeout] Console timeout (in minutes).
CoreDump Console Commands CoreDump Use CoreDump to dump the system CPU and/or common DRAM in the event of a system failure. The core is dumped to a file specified on a local Ethernet host. To use CoreDump, the Ethernet host must run TFTP server software, and you must have write access to the TFTP directory. Operators modify, show Parameters Input Parameters Description Value/Field Size Default [EnableCoreDump] Enables core dump.
Console Commands CoreDump Descriptions Operator Parameters/Permissions Description modify coredump [EnableCoreDump] [ServerIP] [CoreDumpFile] [userName] [UserPassword] Enables core dump. Once enabled, the core is dumped to the file specified in the event of a system failure. The core dump takes about five minutes. After the core dump, the switch is rebooted.
CpuSwitchover Console Commands CpuSwitchover (SmartSwitch 6500 Only) Use CpuSwitchover to manually switch roles of the redundant (slave) and master TSM/CPU modules (the slave module becomes the master module and vice versa). The execute cpuswitchover command is available only if a slave TSM/CPU module is present. Note CPU switchover occurs automatically if support for automatic TSM/CPU redundancy has been activated and is operational.
Console Commands CsmSwitchover CsmSwitchover (SmartSwitch 6500 Only) Use CsmSwitchover to manually switch roles of the redundant (slave) and master CSM modules (the slave module becomes the master module and vice versa). The execute csmswitchover command is available only if a slave CSM module is present. Note The switch supports automatic CPU switchover but does not support automatic CSM switchover. Operators execute Parameters This attribute has no input or output parameters.
DS3E3LoopBack Console Commands DS3E3LoopBack Use DS3E3LoopBack to set or display loopback at DS3 or E3 ports. Note A port in loopback mode does not pass normal traffic. Operators modify, show Parameters Input Parameter Description Value/Field Size Default [PortNumber] Port number on the switch. A1 to B4 (2500 family), 1A1 to 8B4 (6500), or All All [Loopback] Loopback mode (see Table 2-3). None, Cell, Payload, Line, Diag None Output Parameter Description [Port] Port number on the switch.
Console Commands Table 2-3 DS3E3LoopBack DS3 and E3 Loopback Modes Mode Description None Loopback is not enabled. The port passes normal traffic. Cell The DS3 or E3 stream is received from the network, unframed into ATM cells, reframed, and then retransmitted to the network. Payload The DS3 or E3 stream is received from the network, has the DS3 or E3 overhead bits reinserted, and is retransmitted to the network. Line Connects the transmitter to the receiver.
ELAN Console Commands ELAN Use ELAN to create or delete ELANs on the switch. It is a means to manage ELAN servers with one command. To manage ELAN servers individually, see the BUSELAN, LECSELAN, and LESELAN attributes. Note The BUSELAN, LECSELAN, and LESELAN attributes manage, respectively, the Broadcast and Unknown Server (BUS), LAN Emulation Configuration Server (LECS), and the LAN Emulation Server (LES). The ELAN is served by a specific BUS and LES (which sometimes are said to belong to the ELAN).
Console Commands ELAN Input Parameter Description Value/Field Size Default [Distribute] Establishes the nature of the control distribute VCC. Possible values are: All or Proxy. All establishes control distribute VCC to all clients. Proxy establishes control distribute VCC only to proxy clients. All, Proxy Proxy Output Parameter Description [ELAN Number] Number of the ELAN. [LECS Address] ATM address of the LECS that serves the ELAN. [LES Address] ATM address of the LES that serves the ELAN.
ELAN Console Commands Descriptions Operator Parameters/Permissions Description add elan [ELANNumber] [ELANName] [ConnectMethod] [ELANType] [Multipoint] [MTU] [ErrorLogEnable] [MinimumTDEnable] [ForwardPeakCellRate] [BackwardPeakCellRate] [Distribute] Quickly configures an ELAN on the switch.
Console Commands ELAN Examples switch_prompt # add elan ELANNumber(0) ELANName(ELAN011) ConnectMethod(SVC) ELANType(802.
ElanMcast Console Commands ElanMcast Use ElanMcast to display multicast group MAC addresses served by an ELAN. Operators show Parameters Input Parameter Description Value/Field Size Default [ELANNumber] ELAN number associated with the multicast group. 0-125 No default Output Parameter Description [Mcastid] BUS identification for the multicast group. Range is 2-64. [Group MAC Address] Multicast group MAC address.
Console Commands EventDisplay EventDisplay Use EventDisplay to enable/disable the display of event messages on the console screen. Use Events to display the events currently logged. Note Operators modify, show Parameters This attribute has no output parameters. Input Parameter Description Value/Field Size [EventDisplay] Toggles the display On or Off.
Events Console Commands Events Use Events to display or delete events currently logged. .Üi˜ÍÃÊ>ÀiʘœÍÊ«iÀÈÃÍi˜ÍÊœ˜ÊÀiLœœÍÊ->ÀiʘœÍÊÀiÍ>ˆ˜i`ʈ˜ÊÍ…iÊiÜi˜ÍÊ•œ}®° Note Operators delete, show Parameters This attribute has no output parameters. Input Parameter Description Value/Field Size Default [Index] The index(es) of the events you want to display or delete.
Console Commands Events Examples switch_prompt # show events Index(ALL) : 0 33554656 MINOR EVENT 001:27:50:708 --------------------------------------------------Sendto failed for IP address 206.61.231.153 1 33554656 MINOR EVENT 001:27:51:612 --------------------------------------------------Sendto failed for IP address 206.61.231.153 2 33554656 MINOR EVENT 001:27:51:728 --------------------------------------------------Sendto failed for IP address 206.61.231.
Exit Console Commands Exit Use Exit to disconnect your console connection from the switch. Operator exit Parameters This attribute has no parameters. Just enter exit at the switch prompt. Descriptions Operator Permission Description exit [exit] This closes your console connection. Enter exit when you are finished with a console session. If you do not exit your session, the switch remains unavailable to anyone else.
Console Commands Firmware Firmware Use Firmware to download switch software from a TFTP server. Operators update Parameters This attribute has no output parameters. Input Parameter Description Value/Field Size Default [ServerIP] IP address of server with the software. Dot decimal/ 7-15 characters Last IP address [Path] Full pathname of the directory that contains the software.
Firmware Console Commands Examples switch_prompt # update firmware ServerIP() Path(public/Smart6500_1.ima) ver.ima : 206.61.237.127 : builds/lab-02.02.22/ser You are updating the code image in the flash. Are you sure this is what you want to do? Confirm(y/n)?:y Verifying bootfile builds/lab-02.02.22/server.ima on 206.61.237.127 ...passed. Erasing Flash. Using TFTP to get and program bootfile builds/lab-02.02.22/server.i ma from 206.61.237.127. 4903K (5021184 bytes) received. Flash update succeeded.
Console Commands History History Use History to view or repeat one of the last five console commands entered. Operators history Parameters This attribute has no parameters. Just enter history at the switch prompt. Descriptions Operator Parameters/Permissions Description history [history] Displays the last five console commands entered. It also displays an index number that allows you to quickly repeat any of those commands. To repeat a command listed by history, type !.
IlmiConfig Console Commands IlmiConfig Use IlmiConfig to manage ILMI timers specified in ILMI 4.0 and to enable or disable ILMI functions. Note The following applies to SmartSwitch 6500 only: You can hot-swap TSMs. Hot-swapping is replacing a module when the chassis is powered up. If you replace a TSM with another TSM of the same type (same I/O ports), existing configuration of port parameters is not affected.
Console Commands Note IlmiConfig The following applies to SmartSwitch 6500 only: If you hot-swap a TSM with a TSM of a different type (different I/O ports), ILMI timer information associated with ports on the original TSM is deleted. Before you insert a replacement TSM, you can display existing timer information using the show operator with the /o option (for example: show ilmiconfig /o). Output Parameter Description [Port] Port number on the switch. (Same as the [PortNumber] input parameter.
IlmiConfig Console Commands Examples switch prompt # modify ilmiconfig Port ILMI Address ILMI Timer S Timer T Factor K Registration Connectivity (seconds) (seconds) =================================================================== 1A1 Enabled Enabled 1 1 1 1A2 Enabled Enabled 1 5 4 1A3 Enabled Enabled 1 5 4 1A4 Enabled Enabled 1 5 4 3B1 Enabled Enabled 1 5 4 3B2 Enabled Enabled 1 5 4 3B3 Enabled Enabled 1 5 4 CPU Disabled Disabled 1 5 4 CPU.
Console Commands IPAddress IPAddress Use IPAddress to change IP addresses of the Ethernet port and IP netmask on the switch. Operators modify Parameters This attribute has no output parameters. Input Parameter Description Value/Field Size Default [IPAddress] IP address of the Ethernet port. Dot decimal/ 7-15 characters No Default [IPNetMask] IP netmask of the Ethernet port. Defaults to Dot decimal/ the appropriate netmask, based on the class of 7-15 characters the IP address.
IPATMARP Console Commands IPATMARP Use IPATMARP to display the ARP server table for an IP/ATM VLAN. The ARP server table contains mappings of IP to ATM addresses for destination clients on the VLAN. Operators show Parameters Input Parameter Description Value/Field Size Default [ClientNumber] Number of the IP/ATM client on the switch that is the acting as the ARP server. 0-125 or All All Output Parameter Description [IP Address] IP address of the IP/ATM destination client .
Console Commands IPATMClient IPATMClient Use IPATMClient to add or modify IP/ATM clients on the switch. Any of the clients can act as an ARP server. Note Use the Client attribute to delete, restart, or show IP/ATM clients. Operators add, modify Parameters This attribute has no output parameters. Input Parameter Description Value/Field Size Default [ClientNumber] Number of the client. 0-125 0 [ServerType] IP/ATM server type. Possible values are: Local, External, or None.
IPATMClient Console Commands Descriptions Operator Parameters/Permissions Description add [ClientNumber] [ServerType] [ServerAddress] [IPAddress] [NetMask] [MTU] Creates a new IP/ATM client on the switch. If the circuits in this VLAN are SVCs, and if you want to use this client as the ARP server, enter local for the server type.
Console Commands IPATMClient Examples switch_prompt # add ClientNumber(0) : ServerType(NONE) : ServerAddr() : IpAddr() : NetMask(255.0.0.0): MTU(9180) : switch_prompt # ipatmclient 50 local 101.1.1.50 switch_prompt # add ipatmclient ClientNumber(0) : 1 ServerType(NONE): external ServerAddress() :39:00:00:00:00:00:00:00:20:D4:14:2F:00:00:00:0A:01:01:02:00 IPAddress() : 10.1.1.1 NetMask(255.0.0.
IPATMPVC Console Commands IPATMPVC Use IPATMPVC to manage IP/ATM PVCs. Note The following applies to the SmartSwitch 2500 family only: The delete ipatmpvc command removes the specified IPATMPVC as well as the PVC associated with it. Operators add, delete, show Parameters Input Parameter Description Value/Field Size Default [ClientNumber] Number of the client. 0-125 or All All [DestinationVPI] VPI on CPU port of the attached PVC.
Console Commands IPATMPVC Operator Parameters/Permissions Description delete [ClientNumber] [DestinationVPI] [DestinationVCI] Removes the specified IP/ATM PVC. ipatmpvc Administrator show [ClientNumber] ipatmpvc Administrator Displays the details of an IP/ATM PVC.
IPATMPVC switch_prompt # Console Commands show client 0 IP/ATM Client 0 =========================================================================== Client State : Operational Client Address : 39:00:00:00:00:00:00:00:20:D4:14:22:80:00:00:0A:01:01:02:00 Server : is none MTU : 9180 IP Address : 10.1.1.2 IP NetMask : 255.0.0.
Console Commands IPATMStat IPATMStat Use IPATMStat to display statistics for an IP/ATM client that acts as an ARP server. Operator show Parameters Input Parameter Description Value/Field Size Default [ClientNumber] Number of the client. 0-125 or All All Output Parameter Description [Client] Number of the client. (Same as the [ClientNumber] input parameter.) [ARP Requests Recvd] ARP requests from a client received by the server.
IPATMStat Examples switch_prompt # show ipatmstat ClientNumber(ALL): Client ArpReqs ArpReps ArpUnrch ArpNaks =========================================================================== 50 0 0 0 0 51 0 0 0 0 switch_prompt # switch_prompt # show ipatmstat 50 Stats for IP/ATM server 50 =========================================================================== ARP Requests Recvd : 0 ARP Replies Sent : 0 InARP Requests Sent : 0 InARP Replies Recvd : 0 InARP Unreachables : 0 InARP NAKs : 0 switch_prompt # 2-90
LANEClient Use LANEClient to add or modify LANE clients on the switch. (Add a LANE client on the switch if you want to access the switch console using LANE.) Note Use the Client attribute to delete, restart, or show LANE clients. Operators add, modify Parameters Input Parameter Description Value/Field Size Default [ClientNumber] Number of the client. 0-125 0 [LanName] Name of the ELAN for this client to join. Up to 32 characters [ServerType] Type of LANE server.
LANEClient Description Operator Parameters/Permissions Description add laneclient [ClientNumber] [LanName] [ServerType] [ServerAddress] [IPAddress] [NetMask] [MTU] Creates a new LANE client on the switch. Add a LANE client if you want to access the switch command console using LANE.
LECMcast LECMcast Use LECMcast to display multicast groups registered by a LANE client. Operators show Parameters. Input Parameter Description Value/Field Size Default [ELANNumber] ELAN number. 0-125 0 [LECId] LEC ID of the client. 1-65279 or All All Output Parameter Description [Mcastid] BUS identification for the multicast group (range is 2-64). [Group Macaddress] Multicast group MAC address. [MCAST Send VPI/VCI] Selective multicast Send VCC established by the client.
LECMcast Examples switch_prompt # show lecmcast 0 LECId(0) : LECID:2, ATMADDR: 39:00:00:00:00:00:00:00:00:00:28:E8:80:00:00:1D:6B:6E:CC:01 ---------------------------------------------------------------------------McastId Group MAC Address MCAST SEND VPI/VCI : 2 : 01:80:C2:00:00:00 : 0/108 LECID:3, ATMADDR: 39:00:00:00:00:00:00:00:00:00:28:E8:80:00:00:1D:5E:14:D4:01 ---------------------------------------------------------------------------McastId Group MAC Address MCAST SEND VPI/VCI switch_prompt # 2
LECS LECS Use LECS to manage the LECS on the network. Operators show, start, stop Parameters This attribute has no parameters. Just enter start lecs or stop lecs at the switch prompt. Descriptions Operator Parameters/Permissions Description show lecs All Displays LECS status. start lecs Administrator Starts an LECS not previously started. If you have stopped an LECS, you must restart it before adding ELANs to the LECS or clients to the ELAN.
LECSELAN LECSELAN Use LECSELAN to manage ELAN entries at the LECS. Operators add, delete, modify, show Parameters Input Parameter Description Value/Field Size Default [ELANNumber] Number of the ELAN to add to the LECS. 0-125 0 [ELANName] Name of ELAN to add to the LECS. Up to 32 characters No default [LESAddress] Address of the LES associated with the ELAN. 13-20 byte hex-based/ 59 characters No default [ELANType] The data-link type used by the ELAN. 802.3 (Ethernet), 802.
LECSELAN Descriptions Operator Parameters/Permissions Description add lecselan [ELANNumber] [ELANName] [LESAddress] [ELANType] [MTU] [TLVSet] Creates a specified ELAN on the LECS. Enter add lecselan to add an ELAN the long way—with the add buselan, add leselan, and add lecselan commands. Enter show elan before this command to display the LES address to be added to the LECS.
LECSELAN Examples switch_prompt # add lecselan ELANNumber(0) : 4 ELANName(ELAN004) : LESAddress(39:00:00:00:00:00:00:00:00:00:14:15:00:00:20:D4:14:15:04:02): ELANType(802.3) : MTU(1516) : TLVSet() : switch_prompt # switch_prompt # delete lecselan ELANNumber(0) : 4 ELAN 4 Configured on LECS ============================================================================ ELAN Number : 4 ELAN Name : ELAN004 LES Address : 39:00:00:00:00:00:00:00:00:00:14:15:00:00:20:D4:14:15:04:02 ELAN Type : 802.
LECSELANLEC LECSELANLEC Use LECSELANLEC to manage the way an LECS configures (assigns) a LANE client to an ELAN using the byBestEffort assignment policy. At least one instance of the byBestEffort assignment policy is always in effect at the lowest priority level. Under the byBestEffort policy, client assignment is based on (in this order): ELAN name in the configuration request (if any), client IP address, client MAC address (or for a token ring client, route descriptor), client ATM address.
LECSELANLEC Output Parameter Description [IP Address] IP address of the client. [TLV Set] TLV set associated with the client. Descriptions Operator Parameters/Permissions Description add lecselanlec [LECAddress] [MACAddress/RouteDesc] [ELANNumber] Maps a LANE client to a preferred ELAN and TLV set. The client must have unique IP, ATM, and MAC address for an entry to be accepted.
LECSELANLEC Examples switch_prompt # add lecselanlec LECAddress: 39:00:00:00:00:00:00:00:00:00:14:7B:00:00:20:D4:14:7B:00:01 MACAddress/RouteDesc: 01:02:03:04:05:06 ELANNumber(0):1 switch_prompt # switch_prompt # delete lecselanlec LECAddress/MACddress/RouteDesc(): 39:00:00:00:00:00:00:00:20:D4:14:05:80:11:22:33:44:55:66:00 ELANNum :10 Confirm(y/n): y switch_prompt # switch_prompt # show lecselanlec ELANNumber(ALL): 1 Elan# MacAddr/RouteDesc LECAddress ======================================================
LECSELANNameTable LECSELANNameTable Use LECSELANNameTable to manage the ELAN name table. The table maps names with ELAN numbers. The table determines how an LECS assigns a LANE client to an ELAN using the byELANName assignment policy. Note Use LECSELANPolicy to manage ELAN assignment policies. Operators add, delete, show Parameters Input Parameter Description Value/Field Size Default [ELANNumber] ELAN number to map to a name. 0-125 0 [ELANName] Name for the ELAN.
LECSELANNameTable Examples switch_prompt # show lecselannametable ELAN ID ELAN Name ============================================================================== 0 ELAN1 switch_prompt # SmartSwitch ATM Switch Reference Manual 2-103
LECSELANPolicy LECSELANPolicy Use LECSELANPolicy to manage the ELAN assignment policy table. ELAN policies determine how LANE clients are configured (assigned) to ELANs by the LECS. The LECS uses the policy with the highest priority first, the policy with the second highest priority next, and so on. If the LECS cannot make an assignment using any of the policies, the client is assigned to the default ELAN. If there is no default ELAN, the configuration request is dropped.
LECSELANPolicy Descriptions Operator Parameters/Permissions Description add lecselanpolicy [PolicyIndex] [Type] [Priority] Adds an entry to the ELAN policy table. Administrator delete lecselanpolicy [PolicyIndex] Deletes an entry from the ELAN policy table. Administrator modify lecselanpolicy [PolicyIndex] [Type] [Priority] Modifies an entry in the ELAN policy table.
LECSELANPolicy Examples switch_prompt # show lecselanpolicy Index Assignment Policy Priority Value ============================================================================== 1 Best Effort (Proprietary) 65001 2 By ATM Address 2000 7 By Route Descriptor 4000 4 By LAN Type 5000 10 By Packet Size 6000 switch_prompt # switch_prompt # add lecselanpolicy PolicyIndex() Type() Priority() : 3 : 3 : 3000 switch_prompt # switch_prompt # delete lecselanpolicy PolicyIndex() : 7 switch_prompt # switch_prompt # mo
LECSErrorLog LECSErrorLog Use LECSErrorLog to display the log maintained by the LECS to track configuration request failures. You can control the log using LECSErrorLogControl. Note The log can contain up to 128 entries. After 128 entries, no additional entries are logged until all current entries are deleted. Operators delete, show Parameters This attribute has no input parameters. Output Parameter Description [ATM Address] ATM address of the client associated with the error.
LECSErrorLog Table 2-5 LECSErrorLog Error Codes (Continued) Code Name Meaning 2 Invalid request parameters The parameters given are incompatible with the ELAN. 4 Duplicate LAN destination registration SOURCE-LAN-DESTINATION duplicates a previously-registered LAN destination. 5 Duplicate ATM address SOURCE-LAN-DESTINATION duplicates a previously-registered ATM address.
LECSErrorLogControl LECSErrorLogControl Use LECSErrorLogControl to control the LECS error log. The LECS error log contains information on LECS configuration request failures. Operators modify, show Parameters Input Parameter Description Value/Field Size Default [ErrorLogStatus] Enables or disables the LECS error log Enable, Disable No default Output Parameter Description [Administrative Status] Administrative status of the LECS error log. Possible values are: Enabled or Disabled.
LECSErrorLogControl Table 2-6 LECSErrorLog Status Value Description Active Error logging enabled. Disabled Error logging disabled. Failed Failed to start error log for reasons other than out-of-resources. Other Unspecified error log problems. Out-of-Resources Out of buffer space to maintain error log.
LECSNeighbor LECSNeighbor Use LECSNeighbor to add or delete LECS synchronization neighbors. The LECS neighbors are on other switches and communicate with the LECS on this switch (local LECS). The LECS neighbors provide the local LECS with information about LES servers attached directly to them. In turn, the local LECS provides its LECS neighbors with information about LES servers attached directly to it. From the perspective of each remote LECS, the local LECS is an LECS neighbor.
LECSNeighbor Examples switch_prompt # add lecsneighbor NeighborATMAddress() : switch_prompt # delete lecsneighbor NeighborATMAddress() : 2-112 SmartSwitch ATM Switch Reference Manual
LECSNeighborInfo LECSNeighborInfo Use LECSNeighborInfo to display status information about LECS neighbors. The LECS neighbors are remote LECS servers that are known to (communicate with) the LECS on the switch (local LECS). The information includes the identity of each LECS neighbor, the VPI/VCI and state of the outgoing leaf connection to that neighbor (point-to-multipoint connection from the local LECS), and the VPI/VCI of the incoming VCC from the LECS neighbor to the local LECS.
LECSServerList LECSServerList Use LECSServerList to display the list of LES/BUS servers known to the LECS on the switch (local LECS). The information is sorted by ELAN number (according to ELANs supported by the LES/BUS servers).
LECSServerList Output Parameter Description [Config Direct VCC] VPI/VCI values of the configure direct VCC to the server. Descriptions Operator Parameters/Permissions Description show lecsserverlist [ELANNumber] Shows LES servers known to the LECS.
LECSPacketSizes LECSPacketSizes Use LECSPacketSizes to manage the ELAN packet size table. The table maps packet sizes (MTUs) with ELAN numbers. The table determines how an LECS assigns a LANE client to an ELAN using the byPacketSize assignment policy. Note Use LECSELANPolicy to manage ELAN assignment policies. Operators add, delete, show Parameters Input Parameter Description Value/Field Size Default [ELANNumber] ELAN number to map to a packet size.
LECSPacketSizes Operator Parameters/Permissions Description show lecspacketsizes Administrator Displays entries in the packet size table.
LECSStat LECSStat Use LECSStat to display statistics on configuration requests to the LECS. Operator show Parameters This attribute has no input parameters. Output Parameter Description [Successful Configuration Requests] Number of successful configuration requests. [Bad Configuration Requests] Number of bad configuration requests. [Invalid Request Parameters] Number of configuration requests with invalid request parameters.
LECSStat Example switch_prompt # show lecsstat Statistics on LECS =========================================================================== Successful Configuration Requests : 3 Bad Configuration Requests : 0 Invalid Request Parameters : 1 Insufficient Resources : 0 Access Denied : 0 Invalid Requester Ids : 0 Invalid Destination : 0 Invalid Address : 0 No.
LECSTLVParam LECSTLVParam Use LECSTLVParam to remove a TLV parameter from a TLV set on the LECS. Operators delete Parameters Input Parameter Description Value/Field Size Default [TLVSetNumber] Identifier of a TLV parameter set on the LECS. 1-32767 1 [TLVIndex] Identifier of a specific TLV in the TLV set. 1-15 1 Output Parameter Description [TlvIndex] Number that identifies the specific TLV parameter in the TLV set. [TLVDescription] Description of the TLV parameter.
LECSTLVParam switch_prompt # show lecstlvset TlvsetNumber(ALL) :2 TlvIndex TlvDescription Value =========================================================================== TLVSet 2 : 1 Control Timeout 200 2 Max Unknown Frame Time 4 6 Arp Aging Time 250 7 Forward Delay 30 switch_prompt # switch_prompt # delete lecstlvparam TlvsetNumber() TlvIndex() : 2 : 2 TLVIndex TLVDescription Value ============================================================================ 2 Max Unknown Frame Count 4 Confirm(y/n)?:y
LECSTLVSet LECSTLVSet Use LECSTLVSet to manage TLV parameters on the LECS. A TLV set is a collection of TLV parameters associated with an ELAN. Operators add, delete, modify, show Parameters Input Parameter Description Value/Field Size Default [TLVSetNumber] Number that identifies the set of TLV parameters on the LECS. 1-32767 1 [ControlTimeout] Time-out period used for timing out most request/response control-frame interactions.
LECSTLVSet Input Parameter Description Value/Field Size Default [FlushTimeout] Time limit on flush response after flush request has been sent, before taking recovery action. 1-4 seconds No default [PathSwitchingDelay] Time since sending a frame to the LECS after which the LANE client may assume that the frame has been either discarded or delivered to the recipient. 1-8 seconds No default [LocalSegId] Segment ID of the ELAN.
LECSTLVSet Input Parameter Description [MPCMaxRetryTime] MPC Retry Time Maximum. Value/Field Size Output Parameter Description [TlvIndex] Number that identifies the specific TLV parameter in the TLV set. [TLVDescription] Description of the TLV parameter. [Value] Value of the TLV parameter.
LECSTLVSet Operator Parameters/Permissions Description modify lecstlvset [TLVSetNumber] [ControlTimeout] [MaxUnknownFrameCount] [MaxUnknownFrameTime] [VCCTimeout] [MaxRetryCount] [ArpAgingTime] [ForwardDelay] [ArpResponseTime] [FlushTimeout] [PathSwitchingDelay] [LocalSegId] [MulticastSendVCCType]
LECSTLVSet Examples switch_prompt # add lecstlvset TLVSetNumber[1-32767](1) ControlTimeout[10-300]() MaxUnknownFrameCount[1-10]() MaxUnknownFrameTime[1-60]() VCCTimeout[0-65535]() MaxRetryCount[0-2]() ArpAgingTime[10-300]() ForwardDelay[4-30]() ArpResponseTime[1-30]() FlushTimeout[1-4]() PathSwitchingDelay[1-8]() LocalSegId[0-4095]() MulticastSendVCCType[0-2]() MulticastSendVCCAvgRate[0-370370]() MulticastSendVCCPeakRate[0-370370]() ConnectionCompeteTime[1-10]() MPSKeepAliveTime() MPSKeepAliveLifeTime() MP
LECSTLVSet MPSKeepAliveTime() MPSKeepAliveLifeTime() MPSInternetProtocols() MPSInitialRetryTime() MPSRetryTimeMaximum() MPSGiveupTime() MPSDefaultHoldingTime() MPCSetupFrameCount() MPCSetupFrameTime() MPCFlowProtocols() MPCRetryTime() MPCMaxRetryTime() switch_prompt # : : : : : : : : : : : : switch_prompt # show lecstlvset TlvsetNumber(ALL) : 3 TlvIndex TlvDescription Value =========================================================================== TLVSet 3 : 1 Control Timeout 250 2 Max Unknown Frame Cou
LECSVCC LECSVCC Use LECSVCC to display VCCs queued to join the LECS. A LANE client sets the VCCs up as part of the LECS connection. You can display but not modify the VCCs (they are not modifiable). As soon as a client joins the LECS, the VCCs are no longer displayed. Operators show Parameters This attribute has no input parameters. Output Parameter Description [VC Type] Type of virtual connection.
LES LES Use LES to start and stop the BUS and LES for an ELAN. Operators show, start, stop Parameters This attribute has no parameters. Just enter start les or stop les at the switch prompt. Descriptions Operator Parameters/Permissions Description show les All Shows LES and BUS status. start les Administrator Starts the LES and BUS on the switch. stop les Administrator Stops the LES and BUS on the switch.
LESARP LESARP Use LESARP to display the ARP server table for a specified ELAN. The ARP server table is maintained by the LES for the ELAN. Operators show Parameters Input Parameter Description Value/Field Size Default [ELANNumber] Number of the ELAN served by the LES. 0-125 0 Output Parameter Description [LECId] LEC identification number of the client. [MACAddr/RouteDesc] MAC (media access control) address/Route Descriptor of the client. [ATM Address] ATM address of the client.
LESClient LESClient Use LESClient to manage the mapping between the LES and the LANE clients registered with it. Each LANE client is identified uniquely by its LEC ID. Operators delete, show Parameters Input Parameter Description Value/Field Size Default [ELANNumber] Number of the ELAN served by the LES. 0-125 0 [LECId] LEC ID of the client. 1-65279 0 Output Parameter Description [LECId] LEC ID of the client.
LESClient Examples switch_prompt # delete lesclient ELANNumber (0): LECId (0) : 12 Confirm? (y/n) : y switch_prompt # switch_prompt # show lesclient ELANNumber (0): Client table entries for ELAN ELAN000 =========================================================================== LECId VPI/VCI ATM Address Flags switch_prompt # : : : : 1 0/215 39:00:00:00:00:00:00:00:20:D4:14:2F:00:00:20:D4:14:2F:00:00 NONPROXY 2-132 SmartSwitch ATM Switch Reference Manual
LESELAN LESELAN Use LESELAN to manage characteristics of an LES for a specified ELAN. If a BUS corresponding to the LES exists, the characteristics of the LES should match those of the BUS. Operators add, delete, modify, show Parameters Input Parameter Description Value/Field Size Default [ELANNumber] Number of the ELAN served by the LES. 0-125 0 [ELANName] Name of the ELAN to which the LES belongs. Up to 32 characters [ConnectMethod] Type of connection used.
LESELAN Input Parameter Description Value/Field Size Default [Distribute] Establishes nature of control distribute VCC. Possibie values are: All or Proxy. All establishes control distribute VCC to all clients. Proxy establishes control distribute VCC only to Proxy clients. All, Proxy Proxy [BUSATMAddress] ATM address of the BUS (specify if the LES and BUS are not co-located).
LESELAN Operator Parameters/Permissions Description modify leselan [ELANNumber] [ELANName] [ConnectMethod] [ELANType] [Multipoint] [MTU] [Distribute] [BUSATMAddress] Modifies parameters on the specified ELAN of the LES by deleting and then recreating the ELAN. Administrator show leselan [ELANNumber] Displays which ELANs are currently on the LES.
LESELAN The following example resets an ELAN with default parameters: switch_prompt # modify leselan ELANNumber(0) : 102 ELANName(ELAN102) : ConnectMethod(svc) : ELANType(802.
LESErrorLog LESErrorLog Use LESErrorLog to display or clear the LES error log associated with an ELAN. Note Use the add leselan or modify error log for a specified ELAN. leselan commands to enable or disable the LES Operators delete, show Parameters Input Parameter Description Value/Field Size Default [ELANNumber] The number of the ELAN whose LES errors are to be shown or deleted. 0-125 0 Output Parameter Description [ATM Address] ATM address associated with the error.
LESErrorLog Table 2-7 LESErrorLog Error Codes Code Name Meaning 0 Success Successful Response 1 Version not supported VERSION field of request contains a value higher than that supported. 2 Invalid request parameters The parameters given are incompatible with the ELAN. 4 Duplicate LAN destination registration SOURCE-LAN-DESTINATION duplicates a previously-registered LAN destination. 5 Duplicate ATM address SOURCE-LAN-DESTINATION duplicates a previously-registered ATM address.
LESErrorLog Examples switch prompt # show leserrorlog ELANNumber(ALL) : 1 Error Log Entries for VLAN : 1 ATM Address ErrorCode 39:1:2:3:4:5:6:7:8:9:0:1:2:3:4:5:6:7:8:9 switch prompt # clear leserrorlog ELANNumber(ALL) Clearing ALL 22 SysUpTime 01:02:03 : 1 LES ELAN ErrorLog Confirm(y/n)?:y switch prompt # SmartSwitch ATM Switch Reference Manual 2-139
LESLECStat LESLECStat Use LESLECStat to display traffic characteristics for clients registered with an LES. Operators show Parameters Input Parameter Description Value/Field Size Default [ELANNumber] Number of the ELAN to which the LES belongs. 0-125 0 [LECId] LEC identification number of the specified client. 1-65279 Output Parameter Description [ATMAddress] ATM address of the LANE client.
LESLECStat Examples switch_prompt # show leslecstat ELANNumber(0) : LECId(0) : 3 Client 3 statistics for ELAN ELAN000 =========================================================================== ATM Address : 39:00:00:00:00:00:00:00:20:D4:14:22:80:00:20:D4:14:22:80:00 Receives : 2 Forwards : 0 Sends : 0 switch_prompt # switch_prompt # show leslecstat 3 LECId(0) : Client statistics for ELAN ELAN003 =========================================================================== LECId : 1 ATM address : 39:00:00:00
LESLNNIInfo LESLNNIInfo Use LESLNNIInfo to show information on VCCs established for an instance of LES/BUS servers. The VCCs are established for LNNI purposes. Each instance of LES/BUS servers establishes two point-to-multipoint and one or more point-to-point VCCs. One point-to-multipoint VCC is from the LES to its LES neighbors. The second point-to-multipoint VCC is from the BUS to its BUS neighbors. One point-to-point VCC is from the LES to its LECS (the LECS to which the LES is directly attached).
LESLNNIInfo Output Parameter Description [Outgoing Control Coordinate State] State of the leaf connection to that LES neighbor. Possible values are: Inactive, Connecting, Active, or Retry Wait. [Incoming Control Coordinate VCC] The VPI/VCI of the incoming leaf connection from that LES neighbor. [Outgoing Multicast Forward State] State of the leaf connection to that BUS neighbor. Possible values are: Inactive, Connecting, Active, or Retry Wait.
LESLNNIStat LESLNNIStat Use LESLNNIStat to display or clear statistics on control and data packets to or from all LES/BUS servers that support a particular ELAN. The display shows statistics for forwarded packets on a global basis (for all neighbors) and statistics for received packets on a per neighbor basis. Operators clear, show Parameters . Input Parameter Description Value/Field Size Default [ELANNumber] ELAN for which you desire to set or display statistics.
LESLNNIStat Output Parameter Description [ARP Responses Received] ARP responses received from the neighbor LES. [NARP Requests Received] NARP requests received from the neighbor LES. [FLUSH Requests Received] FLUS requests received from the neighbor LES. [FLUSH Responses Received] FLUSH responses received from the neighbor LES. [TOPOLOGY Requests Received] TOPOLOGY requests received from the neighbor LES. [Unicast Packets Received] Unicast packets received from the neighbor BUS.
LESLNNIStat Examples switch_prompt # show leslnnistat ELANNumber(ALL) : LNNI Statistics for ELAN 0 ============================================================================== ARP Requests Forwarded ARP Responses Forwarded NARP Requests Forwarded FLUSH Requests Forwarded FLUSH Responses Forwarded TOPOLOGY Requests Forwarded Unicast Packets Forwarded Multicast Packets Forwarded Broadcast Packets Forwarded : : : : : : : : : 0 0 0 0 0 0 3 0 10 Per Neighbor Statistics : From Neighbor : 39:00:00:00:00:00
LESStat LESStat Use LESStat to display or clear statistics of an LES for an ELAN. Operators show, clear Parameters Input Parameter Description Value/Field Size Default [ELANNumber] Number of ELAN to which the LES belongs. 0-125 or All All Output Parameter Description [Join OK] Successful join responses sent out by the LES. [Join version not supported errors] Version not supported errors for join request. [Reg. version not supported errors] Version not supported errors for register request.
LESStat Output Parameter Description [Reg. access denied errors] Access denied errors for register request. [Join invalid requestid errors] Invalid LECID errors for join request. [Reg. invalid requestid errors] Invalid LECID errors for register request. [Join invalid LAN destination errors] Invalid LAN destination errors for join request. [Reg. invalid LAN destination errors] Invalid LAN destination errors for register request.
LESStat Examples switch_prompt # show lesstat ELANNumber(ALL) ELAN : ELAN102 Statistics Join OK Join version not supported errors Reg. version not supported errors UnReg. version not supported errors Join invalid request param errors Reg. invalid request param errors UnReg. invalid request param errors Join duplicate LAN destination errors Reg. duplicate LAN destinations errors Join duplicate ATM address errors Reg. duplicate ATM address errors Join insufficient resource errors Reg.
LinkMonitorTimeout LinkMonitorTimeout Use LinkMonitorTimeout to set or show the link monitor timeout value for switch ports. The timeout value is the number of seconds a port waits without traffic before releasing all resources for connections to it. Operators modify, show Parameters Input Parameter Description Value/Field Size [TimeoutValue] Number of seconds a port must be down before port resources are released.
LNNIInfo LNNIInfo Use LNNIInfo to set or display LNNI parameters on the switch. LNNIInfo is one of two attributes that apply to general LNNI configuration (the other is LNNIStatus). Operators modify, show Parameters Input Parameter Description Value/Field Size Default [LECSID] LECS identifier for the local LECS (LECS on the switch). Up to eight LECS’ can act as LECS neighbors in the network. Each LECS must be assigned a unique LECSID.
LNNIInfo Examples switch_prompt # show lnniinfo LECS ID : 2 switch_prompt # modify lnniinfo LECSID(2) : 3 switch_prompt # show lnniinfo LECS ID : 3 2-152 SmartSwitch ATM Switch Reference Manual
LNNIStatus LNNIStatus Use LNNIStatus to enable or disable LNNI support on the switch. In addition, use LNNIStatus to selectively enable or disable use of Server Cache Synchronization Protocol (SCSP) when LNNI is enabled. LNNIStatus is one of two attributes that apply to general LNNI configuration (the other is LNNIInfo). You can not disable or enable LNNI support when any server (LES, BUS, or LECS) is running on the switch.
LNNIStatus Examples switch_prompt # modify lnnistatus LNNIStatus(Disabled) SCSPStatus(Disabled) switch_prompt # show lnnistatus LNNI Status : Enabled SCSP Status : Disabled switch_prompt # 2-154 SmartSwitch ATM Switch Reference Manual : enable :
McastClients McastClients Use McastClients to display clients associated with a multicast group. Operators show Parameters Input Parameter Description Value/Field Size Default [ELANNumber] ELAN number associated with the multicast group. 0-125 0 [McastId] ID of the multicast group. 2-64 or All All Output Parameter Description [LECId] LEC ID of the client. [ATM Address] ATM address of the client. [Selective MCAST Send VPI/VCI] Selective multicast Send VCC information.
McastClients Examples switch_prompt # show mcastclients 0 MCASTID: 2, GROUP MACADDR : 01:80:C2:00:00:00 ------------------------------------------------LECId : 2 ATM Address : 39:00:00:00:00:00:00:00:00:00:28:E8:80:00:00:1D:6B:6E:CC:01 Selective MCAST Send VPI/VCI : 0/108 LECId : 3 ATM Address : 39:00:00:00:00:00:00:00:00:00:28:E8:80:00:00:1D:5E:14:D4:01 Selective MCAST Send VPI/VCI : 0/128 switch_prompt # 2-156 SmartSwitch ATM Switch Reference Manual
MinMaxTableIndex MinMaxTableIndex 2ÃiÊ ˆ˜ >Þ0>L•i7˜`iÞÊÍœÊ`ˆÃ«•>ßÊ«œÃÈL•iÊÜ>•ÖiÃÊvœÀÊ“ˆ˜ˆ“Ö“Ê>˜`Ê“>Þˆ“Ö“ÊVi••ÊÍ…ÀiÃ…œ•`Ê>ÍÊÃ݈ÍV…Ê«œÀÍðÊÊ0…iÊÍ>L•iÊ “>«ÃÊÍ…ÀiÃ…œ•`ÊÜ>•ÖiÃÊ͜ʈ˜`iÞʘ֓LiÀðÊÊ0…iʈ˜`iÞʘ֓LiÀÃÊ>ÀiÊ«>À>“iÍiÀÃÊœvÊÍ…iÊmodify porttrafficcongestionÊ Vœ““>˜`°Ê+œÀÍ0À>vvˆV+œ˜}iÃ͈œ˜Ê>••œÝÃÊßœÖÊÍœÊÃiÍÊvalues for minimum and maximum threshold (in number of cells) for a specified priority queue at a port.
MyNMAddr MyNMAddr Use MyNMAddr to manage the switch through the specified IP address. Operators modify, show Parameters Parameter Description Value/Field Size Default [IPAddr] IP address of the switch. Dot decimal/ 15 characters Registered IP address Descriptions Operator Parameters/Permissions Description modify mynmaddr [IPAddress] Sets the IP address through which the switch can be managed by the SNMP manager.
NetPrefix NetPrefix Use NetPrefix to set or display network ATM address prefixes on a particular port. The 13-byte net prefix is based on a hierarchical addressing scheme. The default value starts with the first byte set to 39 (DCC address format), followed by nine pairs of 00s. The net prefix value typically is supplied by the network side of the UNI (user network interface). See the ATM address structure diagram following.
NetPrefix Note The following applies to SmartSwitch 6500 only: If you hot-swap a TSM with a TSM of a different type (different I/O ports), net prefix information associated with ports on the original TSM is deleted. Before you insert a replacement TSM, you can display existing net prefix information using the show operator with the /o option (for example: show netprefix /o). Output Parameter Description [Port #] Port number on the switch. (Same as the [PortNumber] input parameter.
NetPrefix Examples switch_prompt # show netprefix PortNumber :( ALL ): Port# NetPrefix =============================================================== 1A2 39:00:00:00:00:00:00:00:00:00:20:D4:14:16:00 switch_prompt # switch_prompt # add netprefix PortNumber(ALL) : 1a1 NetPrefix() : 39:00:00:00:00:00:00:00:00:00:20:D4:14:15:00 switch_prompt # switch_prompt # show netprefix PortNumber :( ALL ): Port# NetPrefix =============================================================== 1A1 39:00:00:00:00:00:00:00:00:00:20
NetworkClock NetworkClock Use NetworkClock to set or display the port used as the network clock source. Operators modify, show Parameters This attribute has no output parameters. Input Parameter Description Value/Field Size [PortNumber] Physical port number on the switch. A1 to B4 (2500 family), 1A1 to 8B4 (6500), CPU or CPU.1 (6500) Default CPU Descriptions Operator Parameters/Permissions Description modify networkclock [PortNumber] Sets the port used as the network clock source.
Passwd Passwd Use Passwd to change the password of the current or lower-privileged user. Operators passwd Parameters Input Parameter Description Value/Field Size Default [Old Password] Your current password. 0-8 characters (0 is no password) No default [New Password] Your new password.
Ping Ping Use Ping to test IP connectivity of a client. Note The client must be on the same subnet or it must be reachable by routing from the subnet that is pinging. Operators start Parameters Input Parameter Description Value/Field Size Default [DestIP] IP address for ping packets. 5-8 characters Registered IP address [Count] Number of times you want to send ping packets.
PnniInterface PnniInterface Use PnniInterface to set or display characteristics to configure a switch port for PNNI routing. Operators modify, show Parameters Input Parameter Description Value/Field Size Default [PortNumber] Port number on the switch. You can specify a physical or virtual port. A1 to B4 (physical-2500 family), A1.n to B4.n (virtual-2500 family), 1A1 to 8B4 (physical-6500), 1A1.n to 8B4.
PnniInterface Output Parameter Description [Port Number] Port number on the switch. [AdmnWt CBR] Administrative weight for the constant bit rate (CBR) service category. [AdmnWt RTVBR] Administrative weight for the realtime variable bit rate (RTVBR) category. [AdmnWt NRTVBR] Administrative weight for the non-realtime variable bit rate (NRTVBR) service category. [AdmnWt ABR] Administrative weight for the available bit rate (ABR) service category.
PnniInterface Examples switch_prompt # modify pnniinterface PortNumber() AdmnWtCbr(100) AdmnWtRtVbr(100) AdmnWtNrtVbr(100) AdmnWtAbr(100) AdmnWtUbr(100) AggregationToken(0) RccServCategory(NRTVBR) : 1a1 : : : : : : : switch_prompt # switch_port # show pnniinterface PortNumber(ALL) : Port AdmnWt AdmnWt AdmnWt AdmnWt AdmnWt Aggregation Number CBR RTVBR NRTVBR ABR UBR Token ================================================================================ 1A1 5040 5040 5040 5040 5040 0 1A2 5040 5040 5040 50
PnniLink PnniLink Use PnniLink to display characteristics of all PNNI links connected directly to the switch. The characteristics include operation of each link and the relationship between each link and the nodes it connects. Note Use PnniNetworkLink to display links not connected directly to the switch but known to the switch through the exchange of database information.
PnniLink Output Parameter Description [Pnni Version] For lowest-level horizontal and unknown link types, this attribute indicates the version of PNNI routing protocol used to exchange information. If communication with the neighbor node has not yet been established, then the PnniVersion is set to Unknown. [Port ID] Identifier of the port associated with the link with respect to PNNI routing. [Remote Node Id] Identifier of the remote node.
PnniLink Examples switch_prompt # show pnnilink Num(ALL) : Num Port Node Remote Node Hello State Link Type Number Index IP Addr =========================================================================== 1 7A3 1 206.61.237.19 2WayInside Lowest Level Horizontal Link 2 7B1 1 206.61.237.15 CommonOut Outside and Uplink 3 7B2 1 206.61.237.
PnniMetrics PnniMetrics Use PnniMetrics to manage PNNI metrics that apply to a logical node on the switch. Operators add, delete, show Parameters Input Parameter Description Value/Field Size Default [MetricsTag] Number associated with a group of traffic parameters. Positive integer or All All [TrafficDirection] Direction in which the parameters apply. Incoming, Outgoing Outgoing [ServiceCategory] Service categories to which the parameters apply.
PnniMetrics Input Parameter Description Value/Field Size [CellLossRateForCLP=0+1] Cell loss ratio for CLP=0+1 traffic for the specified service category. The cell loss ratio is computed as 10(-n) where n is the value here. [CellRateMargin] Cell rate margin (in cells per second) for the specified service category. [VarianceFactor] Variance factor in units of 2(-8) for the specified service category.
PnniMetrics Output Parameter Description [Cell Rate Margin] Cell rate margin (in cells per second) for the specified service category. [Variance Factor] Variance factor in units of 2(-8) for the specified service category.
PnniMetrics Examples switch_prompt # show pnnimetrics MetricsTag(ALL) : Metrics Tag Direction Metrics Index GCAC CLP Admin Wt Service Categories =========================================================================== 3 Outgoing 2 CLP0+1 5040 ABR 1118484 Outgoing 1 CLP0+1 5040 UBR 1118484 Outgoing 2 CLP0+1 5040 ABR 1118484 Outgoing 4 CLP0 5040 NRTVBR 1118484 Outgoing 24 CLP0 5040 CBR RTVBR 1118485 Outgoing 1 CLP0+1 5040 UBR 1118485 Outgoing 2 CLP0+1 5040 ABR 1118485 Outgoing 4 CLP0 5040 NRTVBR 1118485
PnniMetrics ================================================================================ Metrics Tag : 3 Direction : Outgoing Metrics Index : 2 Service Categories : ABR GCAC CLP : CLP0+1 Admin Wt : 5040 Maximum Cell Rate : 3 (cells/second) Available Cell Rate : 3 (cells/second) Max Cell Transfer Delay : Not used Cell Delay Variation : Not used Cell Loss Ratio CLP0 : Not used Cell Loss Ratio CLP0+1 : Not used Cell Rate Margin : Not used Variance Factor : Not used The metrics was deleted successfully.
PnniNeighbor PnniNeighbor Use PnniNeighbor to display PNNI neighbors of any logical node on the switch. The PNNI neighbors are themselves logical nodes on other switches. Each PNNI neighbor is linked directly to one of the local logical nodes. (The logical nodes on the switch are viewed as local logical nodes.) PnniNeighbor displays node ID and database exchange information for the neighbor nodes.
PnniNeighbor Output Parameter Description [Rcv Ptsps] Number of PTSPs received from the neighbor node. [Xmt Ptsps] Number of PTSPs (re)transmitted to the neighbor node. [Rcv Ptse Reqs] Number of PTSE request packets received from the neighbor node. [Xmt Ptse Reqs] Number of PTSE request packets transmitted to the neighbor node. [Rcv Ptse Acks] Number of PTSE acknowledge packets received from the neighbor node. [Xmt Ptse Acks] Number of PTSE Ack packets received from the neighbor node.
PnniNeighbor Examples switch_prompt # show pnnineighbor Num(ALL) : Num Neighbor Node Neighbor Node Id State IP Addr. ======================================================================================= 1 206.61.237.
PnniNetworkLink PnniNetworkLink Use PnniNetworkLink to display characteristics of the PNNI hierarchy as seen from a logical node on the switch. The characteristics include the operation of all links and nodes known to the logical node through the exchange of database information. The logical node on the switch is viewed as the local node. Note Use PnniLink to display links connected directly to the switch.
PnniNetworkLink Output Parameter Description [Index] An index into the set of link and nodal connectivity associated with the originating node and port. This index is needed since there may be multiple entries for nodal connectivity from a specific node and port pair. [Link Type] The type of PNNI entity associated with this link. Possible values are: Horizontal Link to/from LGN, Lowest Level Horizontal Link, Uplink, and Unknown. [Peer Group Id] Peer group of the originating node.
PnniNetworkLink Examples switch_prompt # show pnninetworklink Num(ALL) : Originating Node Id Orig Port Id Num Remote Node Id Remote Port Id ================================================================================ 1 48:50:39:00:00:00:00:00:00:00:00:00:00:00:00:00:20:d4:14:41:ff:00 2147483649 48:50:39:00:00:00:00:00:00:00:00:00:00:00:01:00:20:d4:29:05:7f:00 2147483648 2 48:50:39:00:00:00:00:00:00:00:00:00:00:00:01:00:20:d4:29:05:7f:00 2147483648 48:50:39:00:00:00:00:00:00:00:00:00:00:00:00:00:20:d
PnniNetworkNode PnniNetworkNode Use PnniNetworkNode to display all nodes within the PNNI hierarchy as seen from a logical node on the switch. The logical node on the switch is viewed as the local node. The other nodes are viewed as remote nodes. Operators show Parameters Input Parameter Description Value/Field Size [Num] Index number of the remote node as assigned by Positive integer or All the console. Use the show pnninetworknode all command to get a list of index numbers.
PnniNetworkNode Output Parameter Description [Rest. Branching] Whether the remote node is able to support additional branches. Possible values are: True and False. False indicates it can support additional branches. This parameter reflects the setting of the restricted branching bit received in the nodal information PTSE of the remote node. [DB Overload] Whether the remote node is currently operating in topology database overload state. Possible values are: True and False.
PnniNetworkNode Examples switch_prompt # show pnninetworknode Num(ALL) : Num Node Id ================================================================================ 1 48:50:39:00:00:00:00:00:00:00:00:00:00:00:00:00:20:d4:14:41:ff:00 2 48:50:39:00:00:00:00:00:00:00:00:00:00:00:01:00:20:d4:29:05:7f:00 3 50:a0:39:00:00:00:00:00:00:00:00:00:14:41:80:00:20:d4:14:41:ff:00 4 50:a0:39:00:00:00:00:00:00:00:00:00:14:59:00:00:20:d4:14:59:7f:00 5 50:a0:39:00:00:00:00:00:00:00:00:00:28:c1:80:00:20:d4:28:c1:ff:00 6 5
PnniNode PnniNode Use PnniNode to set or display logical nodes on the switch. If the switch is represented on multiple levels of the PNNI hierarchy, it has a separate logical node (and node ID) for each representation. Operators add, delete, modify, show Parameters Input Parameter Description Value/Field Size Default [NodeIndex] Identifier for a logical node on the switch. Positive integer 1 [NodeLevel] A bit-string length that indicates PNNI routing level.
PnniNode Output Parameter Description [Rst Transit] Whether or not the switch is restricted to not allowing support of SVCs transiting it. Possible values are: True and False. [Complex Rep.] Whether or not the switch uses the complex node representation. Possible values are: True and False. True indicates complex node representation is used. False indicates simple node representation is used. [Rst Branching] Whether or not the switch is able to support additional point-to-multipoint branches.
PnniNode Examples switch_prompt # add pnninode NodeIndex(2) NodeLevel(72) ComplexRepresentation(N) : : : switch_prompt # switch_prompt # delete pnninode NodeIndex(1) : 2 PNNI Node Information ============================================================================== Node Index : 2 Level : 72 Node Id : 48:50:39:00:00:00:00:00:00:00:00:00:00:00:00:00:20:d4:28:de:ff:00 Lowest : FALSE Admin Status : UP Oper Status : UP ATM Address : 39:00:00:00:00:00:00:00:00:00:28:de:80:00:20:d4:28:de:ff:01 Peer Group
PnniNodeTimer PnniNodeTimer Use PnniNodeTimer to set or display PNNI protocol timer values. Operators modify, show Parameters Input Parameter Description Value/Field Size Default [NodeIndex] Identifier for a logical node on the switch. Positive integer 1 [PtseHolddown] Initial value for the PTSE holddown timer to limit the rate at which the switch can re-originate PTSEs.
PnniNodeTimer Input Parameter Description Value/Field Size Default Q-Þ“Í7˜ÍiÀÜ>•R 7˜ÍiÀÜ>•ÊLiÍÝii˜ÊÀiÍÀ>˜Ã“ˆÃÈœ˜ÃÊœvÊÖ˜>V† Ž˜œÝ•i`}i`Ê`>Í>L>ÃiÊÃÖ““>ÀßÊ«>VŽiÍÃ]Ê +0..ÊÀiµÖiÃÍÊ«>VŽiÍÃ]Ê>˜`Ê+0.+ð Positive integer in units of seconds. 5 Q+iiÀ-i•>ßi`"VŽ7˜ÍiÀÜ>•R 7˜ÍiÀÜ>•ÊLiÍÝii˜ÊÍÀ>˜Ã“ˆÃÈœ˜ÃÊœvÊ`i•>ßi`Ê +0..Ê>VŽ˜œÝ•i`}“i˜ÍÊ«>VŽiÍðÊÊÊ Positive integer in units of 100 microseconds. 10 Output Parameter Description [Node Index] Identifier for a logical node on the switch.
PnniNodeTimer Output Parameter Description [CVD PM] Proportional multiplier used in algorithms that determine significant change for CDV metrics, expressed as a percentage. [CTD PM] Proportional multiplier used in the algorithms that determine significant change for CTC metrics, expressed as a percentage.
PnniNodeTimer Examples switch_prompt # set pnninodetimer NodeIndex(1) PtseHolddown(10) HelloHolddown(10) HelloInterval(15) HelloInactivityFactor(5) HorizontalLinkInactivityTime(120) PtseRefreshInterval(1800) PtseLifeTimeFactor(200) RxmtInterval(5) PeerDelayedAckInterval(10) : 1 : 20 : 20 : : : : : : : switch_prompt # switch_prompt # show pnninodetimer PNNI Node Timer =========================================================================== Node Index : 1 Ptse Holddown : 20 (units of 100 millisecs) Hell
PnniPeerGroupId PnniPeerGroupId Use PnniPeerGroupId to set the peer group ID of a logical node on the switch. Operators modify Parameters This attribute has no output parameters. Input Parameter Description Value/Field Size Default [NodeIndex] Identifier for a logical node on the switch. Positive integer 1 [PeerGroupId] The ID of the peer group of which this node is to become a member.
PnniPglElection PnniPglElection Use PnniPglElection to set or display PNNI peer group election characteristics for the switch. The characteristics are with respect to a specific logical node on the switch (identified by the NodeIndex input parameter). Operators modify, show Parameters Input Parameter Description Value/Field Size Default [NodeIndex] Identifier of a logical node on the switch. Positive integer 1 [LeadershipPriority] Leadership priority value of the logical node.
PnniPglElection Output Parameter Description [NodeIndex] Identifier of a logical node on the switch. [LeadershipPriority] Leadership priority value of the logical node. The switch advertises this value to the peer group of that logical node. [ParentNodeIndex] Index of parent node of logical node. This applies only if the logical node has a parent at a higher level in the PNNI hierarchy. [InitTime] Time in seconds the switch delays advertising its choice of preferred Peer Group Leader (PGL).
PnniPglElection Descriptions Operator Parameters / Permissions Description modify pnnipglelection [NodeIndex] [LeadershipPriority] [ParentNodeIndex] [InitTime] [OverrideDelay] [ReElectionTime] Sets PNNI election parameters for the switch. Administrator show pnnipglelection Displays PNNI election parameters for the switch.
PnniPtse PnniPtse Use PnniPtse to display PTSEs stored in the topology database of the switch. Operators show Parameters Input Parameter Description Value/Field Size Default [Num] Index number assigned by the console that indicates which node originating the PTSE is displayed. Use the show pnniptse all command to get a list of index numbers.
PnniPtse Descriptions Operator Parameters / Permissions Description show pnniptse [Num] Displays PTSEs in topology database of switch. Administrator Examples switch_prompt # show pnniptse Num(ALL) : No.
PnniReachableAddress PnniReachableAddress Use PnniReachableAddress to display a list of reachable addresseses from the switch. The addresses are advertised by remote logical nodes that are visible to the switch (logical nodes from which the switch receives database information). Operators show Parameters Input Parameter Description Value/Field Size [Num] Index number of the reachable address as assigned Positive integer or All by the console.
PnniReachableAddress Descriptions Operator Parameters / Permissions Description show pnnireachableaddress [Num] Displays information on all reachable addresses from each node visible to the switch.
PnniScopeMapping PnniScopeMapping Use PnniScopeMapping to set or display the mappings of membership and connection scope from UNI to PNNI terms. The mappings are from the perspective of a logical node on the switch. Operators modify, show Parameters Input Parameter Description Value/Field Size Default [NodeIndex] Identifier for a logical node on the switch.
PnniScopeMapping Input Parameter Description Value/Field Size Default [OrganizationPlusOne] Highest level of PNNI hierarchy (smallest PNNI routing level) that lies within the UNI scope value organizationPlusOne(9). 0-104 64 [CommunityMinusOne] Highest level of PNNI hierarchy (smallest PNNI routing level) that lies within the UNI scope value communityMinusOne(10).
PnniScopeMapping Output Parameter Description [Intra Site] Highest level of PNNI hierarchy (smallest PNNI routing level) that lies within the UNI scope value intraSite(5). [Site Plus One] Highest level of PNNI hierarchy (smallest PNNI routing level) that lies within the UNI scope value sitePlusOne(6). [Organization Minus One] Highest level of PNNI hierarchy (smallest PNNI routing level) that lies within the UNI scope value organizationMinusOne(7).
PnniScopeMapping Descriptions Operator Parameters / Permissions Description modify pnniscopemapping [NodeIndex] [LocalNetwork] [LocalNetworkPlusOne] [LocalNetworkPlusTwo] [SiteMinusOne] [IntraSite] [SitePlusOne] [OrganizationMinusOne] [IntraOrganization] [OrganizationPlusOne] [CommunityMinusOne] [IntraCommuni
PnniScopeMapping Examples switch_prompt # modify pnniscopemapping NodeIndex(1) LocalNetwork(96) LocalNetworkPlusOne(96) LocalNetworkPlusTwo(96) SiteMinusOne(80) IntraSite(80) SitePlusOne(72) OrganizationMinusOne(72) IntraOrganization(64) OrganizationPlusOne(64) CommunityMinusOne(64) IntraCommunity(48) CommunityPlusOne(48) Regional(32) InterRegional(32) Global(0) : : : : : : : : : : : : : : : : switch_prompt # switch_prompt # show pnniscopemapping NodeIndex(1) : PNNI Scope Mapping ======================
PnniStats PnniStats Use PnniStats to display PNNI statistics for the switch. Operators show Parameters This parameter has no input parameters. Just enter show pnnistats at the switch prompt. Output Parameter Description [Highest Version] The highest version of PNNI protocol that the switch supports. [Lowest Version] The lowest version of PNNI protocol that the switch supports.
PnniStats Examples switch_prompt # show pnnistats PNNI Base Information ================================================================================ Highest Version : 1.0 Lowest Version : 1.
PnniSummaryAddress PnniSummaryAddress Use PnniSummaryAddress to manage summary address prefixes for the switch. A summary address is an abbreviation of a set of addresses, represented by an address prefix that all of the summarized addresses have in common. The switch advertises this information. Calls to any destinations matching the summary address may be routed to the switch.
PnniSummaryAddress Output Parameter Description [Node Index] Identifier of a logical node on the switch. [Prefix Length] Prefix length for the summary. [State] Whether or not the summary is currently being advertised by the switch to peer group. Possible values are: Active, Advertised, or Inactive.
PnniSummaryAddress Examples switch_prompt # add pnnisummaryaddress NodeIndex(1) SummaryAddress() PrefixLength(152) SummaryType(Internal) Suppress(False) : : 45:00:01 : 24 : : switch_prompt # switch_prompt # delete pnnisummaryaddress NodeIndex(1) : SummaryAddress() : 45:00:01 PrefixLength(152) : 24 Summary Address #1 ================================================================================ Summary Address : 45:00:01 Prefix Length : 24 Summary Type : Internal Suppress : False State : Inactive The
PnniSvccRcc PnniSvccRcc Use PnniSvccRcc to display status of the switched virtual channel connection (SVCC) used by the routing control channel (RCC) of a logical node on the switch. Operators show Parameters Input Parameter Description Value/Field Size Default [NodeIndex] Identifier of a logical node on the switch. Positive integer 1 [SvccRccIndex] Index number of the SVCC as assigned by the Positive integer or All console. All Output Parameter Description Q.
PnniSvccRcc Examples switch_prompt # show pnnisvccrcc NodeIndex(2) SvccRccIndex(ALL) : 2 : Svcc Rcc Index VPI VCI Port Rcv Hellos Xmt Hellos Hello State ================================================================================ 1 0 32 1A1 113472 113534 2WayInside switch_prompt # SmartSwitch ATM Switch Reference Manual 2-211
PnniTnsRoute PnniTnsRoute Use PnniTnsRoute to manage routes to transit networks that are visible to the switch. Operators add, delete, show Parameters Input Parameter Description Value/Field Size Default [Num] Index number of the route as assigned by the console. Use the show pnnitnsroute all command to get a list of index numbers. Positive integer or All All [PortNumber] Port number on the switch. You can specify a physical or virtual port. 1A1 to 8B4 (for physical ports), All 1A1.n to 8B4.
PnniTnsRoute Output Parameter Description Q0!.Ê0ß«iR 0À>˜ÃˆÍʘiÍÝœÀŽÊ7-ÊÍß«i°Ê+œÃÈL•iÊÜ>•ÖiÃÊ>Ài\Ê!>͈œ˜!iÍÝœÀŽ7`Ê>˜`Ê#Í…iÀ° Q0!.Ê+•>˜R 0À>˜ÃˆÍʘiÍÝœÀŽÊ7-Ê«•>˜°Ê+œÃÈL•iÊÜ>•ÖiÃÊ>Ài\Ê+>ÀÀˆiÀ+œ`i7`ÊœÀÊ#Í…iÀ° Q0!.Ê7-R 0À>˜ÃˆÍʘiÍÝœÀŽÊ7-°Ê Q7˜`iÞR 7˜`iÞʈ˜ÍœÊÍ…iÊÃiÍÊœvÊ•ˆÃ͈˜}ÃÊœvÊVœ˜˜iV͈܈ÍßÊÍœÊ>Ê}ˆÜi˜ÊÍÀ>˜ÃˆÍʘiÍÝœÀŽÊvÀœ“ÊÍ…iÊÃ݈ÍV…° Q+œÀÍÊ!Ö“LiÀR .iµÖi˜Viʘ֓LiÀÊœvÊÍ…iʈ˜ÃÍ>˜ViÊœvÊÍ…iÊ+0..
PnniTnsRoute Descriptions Operator Parameters / Permissions Description add pnnitnsroute [PortNumber] [TnsType] [TnsPlan] [TnsId] [Index} [RouteType] [PnniScope] [MetricsTag] Adds a TNS route from the switch. Administrator delete pnnitnsroute [TnsType] [TnsPlan] [TnsId] [Index] Deletes a TNS route from the switch.
PnniTnsRoute switch_prompt # delete pnnitnsroute TnsType(NationalNetworkId) : TnsPlan(CarrierIdCode) : TnsId() : 39:00:00:01 Index(0) : Transit Network Route Number 0 =============================================================================== Node Index : 1 TNS Type : NationalNetworkId TNS Plan : CarrierIdCode TNS ID : 90:00:00:01 Index : 0x0 Port Number : A1.
Port Use Port to add or delete a virtual port on the switch. Note The following applies to SmartSwitch 6500 only: You can hot-swap TSMs. Hot-swapping is replacing a module when the chassis is powered up. If you replace a TSM with another TSM of the same type (same I/O ports), existing configuration of port parameters is not affected.
Port Input Parameter Description Value/Field Size Default [MaxVpiBits] Maximum number of VPI bits. 0-6 No default [MaxVciBits] Maximum number of VCI bits. 6-12 No default [MaxSvcVpci] Maximum VPCIs available for SVCs. 0-[2(MaxVpiBits)-1] No default [MinSvcVci] Minimum VCIs available for SVCs. 32-[2(MaxVciBits )-1] No default [MaxVccs] Maximum number of VCCs available.
Port Examples switch prompt # add port PortNumber() PortAdminStatus(up) IlmiAdminStatus(enable) SigType(autoConfig) SigRole(other) InterfaceType(private) MaxVpiBits(0) MaxVciBits(10) MaxSvcVpci(0) MinSvcVci(32) MaxVccs(1024) TrafficDescriptorIndex() : 1a1.1 : : : : : : : : : : : 2 switch_prompt # switch_prompt # delete port PortNumber() switch_prompt # 2-218 SmartSwitch ATM Switch Reference Manual : 1a1.
PortClockMode PortClockMode Use PortClockMode to set the clock mode of a switch port. Operators modify, show Parameters Input Parameter Description Value/Field Size Default [PortNumber] Port number on the switch. A1 to B4 (2500 family), 1A1 to 8B4 (6500), or All All [PortClkMode] Clocking mode (see Table 2-8). Local, Loop, Network Local Output Parameter Description [Port Number] Physical port number on the switch. [Configured Mode] Configured clock mode.
PortClockMode Table 2-8 Port Clock Modes Mode Description Loop Port clock is set to looped timing. Local Port clock is set to split timing using the local clock on the switch. Network Port clock is set to split timing using the network clock of the switch.
PortConfig PortConfig Use PortConfig to manage configuration of switch ports. Note The following applies to SmartSwitch 6500 only: You can hot-swap TSMs. Hot-swapping is replacing a module when the chassis is powered up. If you replace a TSM with another TSM of the same type (same I/O ports), existing configuration of port parameters is not affected.
PortConfig Input Parameter Description Value/Field Size Default [MaxVciBits] Maximum number of VCI bits. 6-12 No default [MaxSvcVpci] Maximum VPCIs available for SVCs. 0-[2(MaxVpiBits) - 1] No default [MinSvcVci] Minimum VCIs available for SVCs. 32-[2(MaxVciBits) - 1] No default [MaxVccs] Maximum number of VCCs available. 32-2(MaxVpiBits + MaxVciBits) No default [MaxSvpVpci] Maximum number of VPCIs available for SVPs.
PortConfig Output Parameter Description [Max Vpi bits] Maximum number of VPI bits. Q >ÞÊ7VˆÊLˆÍÃRÊ Maximum number of VCI bits. Q >ÞÊ.7+Ê7«VˆRÊ Maximum number of VPCIs available for SVCs Q >ÞÊ.7+Ê7VˆRÊ Maximum number of VCIs available for SVCs. [Max Vccs] Maximum number of VCCs. [Max Svp Vpci] Maximum number of VPCIs available for SVPs. Q >ÞÊ7«VÃRÊ Maximum number of VPCs. Q+œÀÍÊ.Í>ÍiRÊ Port operational and administrative states.
PortConfig Examples switch_prompt # show portconfig PortNumber(ALL) : Port Intf Sig ILMI Trans Media Max Used Oper Name Type Type State Type Type Bw(MBS) Bw(MBS) State ============================================================================== CPU private uni40 down 155.0 10.50 up CPU.1 private pnni10 down 10.50 0.0 up 7A1 private pnni10 up STS-3c MMF (S) 155.0 0.0 up 7A2 private autoConfig down STS-3c MMF (S) 155.0 0.0 down 7A3 private pnni10 up STS-3c MMF (S) 155.0 0.
PortFilterSet PortFilterSet Use PortFilterSet to associate an ATM filter set with a pair of incoming and outgoing ports. Operators add, delete, modify, show Parameters . Input Parameter Description Value/Field Size [IncomingPort] Port number on the switch (that specifies the incoming port). A1 to B4 (2500 family), 1A1 to 8B4 (6500), or All [OutgoingPort] Port number on the switch (that specifies the outgoing port).
PortFilterSet Descriptions Operator Parameters/Permissions Description add portfilterset [InComingPort] [OutgoingPort] [FilterSetName] Adds an ATM filter set to a pair of incoming and outgoing ports. Administrator delete portfilterset [InComingPort] [OutgoingPort] [FilterSetName] Deletes an ATM filter set from a pair of incoming and outgoing ports.
PortMode PortMode Use PortMode to manage transmission characteristics of switch ports. Note See Table 2-9 for supported I/O modules (and corresponding port types). Operators modify, show Parameters In the parameter tables below, text in parenthesis indicates parameters that appear only for particular port types. For example, [EmptyCell] appears only if you use modify portmode or show portmode on 34 Mbps or 45 Mbps ports.
PortMode Input Parameter Description Field Size/Value Default [Timing] (622 Mbps only) Enables or disables timing at the port. Timing can improve speed matching and sequencing of transmissions between the switch and network. Disabled, Enabled Disabled Output Parameter Description [Port ID] Port number. (Same as the [PortNumber] input parameter.) [Frame Type] (155, 622 Mbps) Port physical Mode. (Same as the [PortMode] input parameter.
PortMode Table 2-9 I/O Module ID Numbers Face Plate Number Physical Specification IOM-21-4 155 Mbps OC-3/STM-1, MMF/SC (4 port) IOM-22-4 155 Mbps STS-3c/STM-1, UTP-5/RJ-45 (4 port) IOM-29-4 155 Mbps OC-3/STM-1, SMF-IR/SC (1 port) MMF/SC (3 port) IOM-29-4-IR 155 Mbps OC-3/STM-1, SMF-IR/SC (4 port) IOM-29-4-LR 155 Mbps OC-3/STS-1, SMF-LR/SC (4 port) IOM-31-1 622 Mbps OC-12/STM-4, MMF/SC (1 port) IOM-39-1 622 Mbps OC-12/STM-4, SMF-IR/SC (1 port) IOM-39-1-LR 622 Mbps OC-12/STM-4, SMF-LR/SC (
PortMode Examples switch_prompt # show portconfig PortNumber(ALL) : Port Intf Sig ILMI Trans Media Max Used Oper Name Type Type State Type Type Bw(MBS) Bw(MBS) State ============================================================================== 1A1 private autoConfig down STS-3c CAT5 UTP 155.0 0.0 down 1A2 private autoConfig down STS-3c CAT5 UTP 155.0 0.0 down 1A3 private autoConfig down STS-3c CAT5 UTP 155.0 0.0 down 2B1 private autoConfig down DS3 Coax 42.66 0.0 down 2B2 private pnni10 up DS3 Coax 42.
PortStat PortStat Use PortStat to display or clear traffic statistics for switch ports. Operators show, clear Parameters Input Parameter Description Value/Field Size Default [PortNumber] Port number on the switch. A1 to B4 (2500 family), 1A1 to 8B4 (6500), or All All Output Parameter Description [Port ID] Same as [PortNumber] input parameter. [Total OAM Cells Received] Total OAM (operations and maintenance) cells the system received.
PortStat Descriptions Operator Parameters/Permissions Descriptions show portstat [PortNumber] Displays ATM statistics for a given port or all ports, represented in number of cells. These statistics relate to network resources management, congestion, and performance issues. The counter has a 32-bit maximum before it wraps around. Enter show portstat /d (detail) to obtain more details about the ports. Use clear portstat to reset port statistic counters.
PortStat Examples switch_prompt # show portstat PortNumber(ALL) : Port ID OAM RM CLP1 Unk VC CLP1 Total Recvd Recvd Recvd Dropped Dropped Dropped ============================================================================ 1A1 0 0 0 0 0 0 1A2 0 0 0 0 0 0 1A3 0 0 0 0 0 0 1A4 0 0 0 13839 0 13839 2B1 0 0 0 0 0 0 2B2 0 0 0 0 0 0 CPU 0 0 0 0 0 0 switch_prompt # switch_prompt # show portstat /d PortNumber(ALL) : Port 1A1 Statistics ============================================================================
PortStat Port 2B1 Statistics ============================================================================ OAM Cells Received : 0 RM Cells Received : 0 CLP1 Cells Received : 0 Unknown VC Cells Dropped : 0 CLP1 Cells Dropped : 0 Total Cells Dropped : 0 Port 2B2 Statistics ============================================================================ OAM Cells Received : 0 RM Cells Received : 0 CLP1 Cells Received : 0 Unknown VC Cells Dropped : 0 CLP1 Cells Dropped : 0 Total Cells Dropped : 0 CPU Statistics ===
PortTrafficCongestion PortTrafficCongestion Use PortTrafficCongestion to manage traffic congestion at switch ports. You can program the values for the minimum and maximum threshold (in number of cells) for a specified priority queue. If the number of cells received by the switch on the specified priority queue for a port exceeds the maximum threshold, the switch discards the cell. Note You program values for minimum and maximum threshold by entering index numbers that correspond to cell numbers.
PortTrafficCongestion Output Parameter Description [MinValue] Minimum cell threshold value (in number of cells). [MaxIndex] Index number for maximum cell threshold value. (Same as the [MaxIndexNumber] input parameter.) [MaxValue] Maximum cell threshold value (in number of cells).
PortTrafficCongestion Examples switch_prompt # show porttrafficcongestion PortNumber(ALL) : PortID QueueId ServiceClass MinIndex MinValue MaxIndex MaxValue ============================================================================== CPU 1 CBR 10 64 15 1024 CPU 2 RTVBR 8 256 13 4096 CPU 3 NRTVBR 8 256 13 4096 CPU 4 ABR 8 256 12 8192 CPU 5 UBR 8 256 12 8192 PortID QueueId ServiceClass MinIndex MinValue MaxIndex MaxValue ============================================================================== 7A1 1 CB
Privilege Privilege Use Privilege to manage the privilege level of the current user. Operators show, enable, disable Parameters This attribute has no output parameters. Input Parameter Description Value/Field Size Default [Password] Current password for that privilege level. 0-8 characters No default Descriptions Operator Parameters/Permissions Description show privilege All Displays the privilege level of the current user. The two available levels are Administrator and Read Only.
Prompt Prompt Use Prompt to control how the switch prompt is displayed on the console monitor. Operators modify Parameters This attribute has no output parameters. Input Parameter Description Value/Field Size Default [Prompt] New prompt name. 1-25 characters switch_prompt Descriptions Operator Parameters/Permissions Description modify prompt [Prompt] Changes the displayed prompt on your console monitor.
PVC PVC Use PVC to manage PVCs on the switch. You assign two physical or virtual ports on the switch as PVC endpoints. Note When you add the PVC, the endpoints are called Port 1 and Port 2 (corresponding to order of entry). For subsequent action on the PVC (activate, deactivate, show, delete), the endpoints are called High Port and Low Port. High and Low are based on the lexical order of the port numbers. For example, port 2B1 is higher than port 1B1, port 2B2 is higher than port 2B1, and so on.
PVC Input Parameter Description Value/Field Size Default [Port-1-Number] Number of the first port assigned to the A1 to B4 (physical-2500 family), connection. A1.n to B4.n (virtual-2500 family), 1A1 to 8B4 (physical-6500), 1A1.n to 8B4.n (virtual-6500) No default [Port-1-VPCI] VPCI associated with Port 1. Positive integer No default [Port-1-VCI] VCI associated with Port 1. Positive integer No default [Port-2-Number] Number of the second port assigned to the connection.
PVC Input Parameter Description Value/Field Size Default [PortNumber] Port number on the switch. A1 to B4 (physical-2500 family), A1.n to B4.n (virtual-2500 family), 1A1 to 8B4 (physical-6500), 1A1.n to 8B4.n (virtual-6500) No default [CrossConnectId] Positive integer Cross-connect ID of the PVC (as assigned by switch software). Use the show pvc all command to get a list of cross-connect IDs. Each PTP PVC has a unique cross-connect ID.
PVC Output Parameter Description [High Type] Connection type from perspective of High Port. [Admin Status] Administrative status of the PVC. Possible values are: Up or Down. [Low - High Traffic Decs Index (TX)] Index of the traffic descriptor in the direction of flow from Low Port to High Port. [High - Low Traffic Decs Index (RX)] Index of of the traffic descriptor in the direction of flow from High Port to Low Port.
PVC Output Parameter Description [Cell Loss Ratio (Low-High)] Cell loss ratio in the low-to-high direction. [Cumulative Cell Delay Variation (Low-High)] Cumulative cell delay variation in the low-to-high direction. [Max Cell Transfer Delay (Low-High)] Maximum cell transfer delay in the low-to-high direction. [Cumulative Cell Transfer Delay (Low-High)] Cumulative cell transfer delay in the low-to-high direction.
PVC Operator Parameters / Permissions Description deactivate pvc [LowPortNumber] [LowVPCI] [LowVCI] [HighPortID] [LowVPCI] [HighVCI] Deacrivates the specified PVC. Admin status is set to Down. Administrator delete pvc [LowPortNumber] [LowVPCI] [LowVCI] [HighPortID] [LowVPCI] [HighVCI] Deletes the specified PVC.
PVC Examples switch_prompt # show pvc PortNumber(ALL) CrossConnectId(ALL) CrossConnectSubId(ALL) : : : ======================================================================= Conn Conn | Low | High | Admin Id SubId | Port VPCI VCI Type| Port VPCI VCI Type | Status ======================================================================= 2 1 1A1 0 33 PTP 7A3 0 16 PTP UP 6 1 1A2 0 37 PTP 7A3 0 18 PTP UP 7 1 2B3 0 38 PTP 6A1 0 5 PTP UP Total number of PVCs = 3 switch_prompt # switch_prompt # add pvc ConnType(
PVC High Port High Vpci High Vci High Connection Type Admin Status Low to High Operation status High to Low Operation status Port Status Creation Time Traffic Type (High-Low) Early Packet Discard (High-Low) Cell Loss Ratio (High-Low) Cumulative Cell Delay variation(High-Low) Max Cell Transfer Delay(High-Low) Cumulative Cell Transfer Delay(High-Low) Number of Cells Received in High-Low Direction Number of Cells Dropped in High-Low Direction Traffic Type (Low-High) Early Packet Discard (Low-High) Cell Loss R
PVCById PVCById Use PVCById to manage a PVC by its cross-connect ID. The following applies to SmartSwitch 2500 family only: You can not delete or deactivate a PVC if an IP/ATM client is attached to the PVC through the IPATMPVC attribute. Note Operators activate, deactivate, delete Parameters This attribute has no output parameters. Input Parameter Description Value/Field Size Default [CrossConnectId] Cross-connect ID of the PVC (as assigned by switch Positive integer software).
PVCById Operator Parameters / Permissions Description delete pvcbyid [CrossConnectId] [CrossConnectSubId] Deletes the PVC.
PVP PVP (SmartSwitch 6500 Only) Use PVP to manage PVPs on the switch. You assign two physical ports on the switch as PVP endpoints. Note When you add the PVP, the endpoints are called Port 1 and Port 2 (corresponding to order of entry). For subsequent action on the PVP (activate, deactivate, show, delete), the endpoints are called High Port and Low Port. High and Low are based on the lexical order of the port numbers.
PVP Input Parameter Description Value/Field Size Default [Port-2-Number] Number of the second port assigned to the connection. A1 to B4 (physical-2500 family), A1.n to B4.n (virtual-2500 family), 1A1 to 8B4 (physical-6500), 1A1.n to 8B4.n (virtual-6500) No default [Port-2-VPI] VPI associated with Port 2. Positive integer No default [Port1-to-Port2Traffic DescriptorIndex] Index of the traffic descriptor for the direction of flow from Port 1 to Port 2.
PVP In the Output Parameter table below, () indicates parameters that are available only through the show (detailed) command. pvp /d Output Parameter Description [Conn Id] Cross-connect ID of the PVP (as assigned by switch software). Each PTP PVP has a unique cross-connect ID. PMP PVPs might have the same cross-connect ID but different cross-connect sub IDs. [Conn SubId] Cross-connect sub-ID of the PVP. Each PTP PVP and PMP PVP has a unique cross-connect sub-ID.
PVP Output Parameter Description [Cell Loss Ratio (High-Low)] Cell loss ratio in the high-to-low direction. [Cumulative Cell Delay Variation (High-Low)] Cumulative cell delay variation in the high-to-low direction. [Max Cell Transfer Delay (High-Low)] Maximum cell transfer delay in the high-to-low direction. [Cumulative Cell Transfer Delay (High-Low)] Cumulative cell transfer delay in the high-to-low direction.
PVP Descriptions Operator Parameters / Permissions Description activate pvp [LowPortNumber] [LowVPI] [HighPortID] [LowVPI] Activates the PVP specified. Administrative status is set to Up.
PVP Examples switch_prompt # add pvp ConnType(PTP) Port-1-Number() Port-1-VPI() Port-2-Number() Port-2-VPI() Port1-to-Port2TrafficDescriptorIndex() Port2-to-Port1TrafficDescriptorIndex() : : : : : : : switch_prompt # show pvp PortNumber(ALL) CrossConnectId(ALL) CrossConnectSubId(ALL) : : : 1a2 1 1a3 1 2 7 ======================================================================= Conn Conn | Low | High | Admin Id SubId | Port VPI Type| Port VPI Type | Status ===============================================
PVPById PVPById (SmartSwitch 6500 Only) Use PVPById to manage a PVP by its cross-connect ID. Operators activate, add, deactivate, delete, show Parameters This attribute has no output parameters. Input Parameter Description Value/Field Size Default [CrossConnectId] Cross-connect ID of the PVP (as assigned by switch software). Use the show pvp all command to get a list of cross-connect IDs.
PVPById Examples switch_prompt # activate pvpbyid CrossConnId() CrossConnSubId() : 2 : 36 switch_prompt # switch_prompt # deactivate pvpbyid CrossConnId() CrossConnSubId() : 2 : 36 switch_prompt # switch_prompt # delete pvpbyid CrossConnectId() CrossConnectSubId() : 1 : 36 switch_prompt # SmartSwitch ATM Switch Reference Manual 2-257
Reboot Reboot Use Reboot to reboot the switch. Operators reboot Parameters This attribute has no parameters. Just enter reboot at the switch prompt and the switch reboots. Descriptions Operator Parameters/Permissions Description reboot [Reboot] Reboots the switch. Administrator Note that certain switch conditions are persistent on reboot. For example, if the LECS is stopped before the reboot, it will also be stopped after the switch comes back up.
RedundancyConfigBackup RedundancyConfigBackup (SmartSwitch 6500 Only) Use RedundancyConfigBackup to copy switch configuration to the slave TSM/CPU backup file specified by the RedundancyInfo attribute. If you use the same backup file for the slave and master TSM/CPU modules, you can use the backup switch command to copy the current switch configuration to the slave backup file.
RedundancyInfo RedundancyInfo (SmartSwitch 6500 Only) Use RedundancyInfo to set or display the location of the backup configuration file for the slave TSM/CPU module. Typically, you would use the same backup file for the slave and master modules. If you do, you can use the backup switch command to copy the current switch configuration to the slave backup file.
RedundancyInfo Descriptions Operator Parameters/Permissions Description set redundancyinfo [UpdateConfig] [HostIP] [PathFileName] Sets location of the slave TSM/CPU configuration file. Whatever file you choose as the slave TSM/CPU configuration file, the file must exist on the TFTP server and must be located within the /tftpboot directory. Administrator show redundancyinfo Administrator Displays the location of the slave TSM/CPU configuration file.
RedundancyOn RedundancyOn (SmartSwitch 6500 Only) Use RedundancyOn to activate support for automatic TSM/CPU redundancy. If automatic TSM/CPU redundancy is activated, the TSM/CPU slave module monitors activity of the TSM/CPU master module. Every second, the master module sends a heartbeat signal to the slave. If the slave does not receive five consecutive heartbeats, it assumes the master is not active and reboots the switch.
RedundancyOff RedundancyOff (SmartSwitch 6500 Only) Use RedundancyOff to deactivate support for automatic TSM/CPU redundancy. For a description of automatic TSM/CPU redundancy, refer to the RedundancyOn attribute. Note If you choose to deactivate automatic TSM/CPU redundancy, you can use manual TSM/CPU redundancy with the CPUswitchover, RedundancyInfo, and RedundancyConfigBackup attributes. Operators modify Parameters This attribute has no input or out parameters.
RedundancyStatus RedundancyStatus (SmartSwitch 6500 Only) Use RedundancyStatus to display status of automatic TSM/CPU redundancy and CSM redundancy on the switch. Operators show Parameters This attribute has no input parameters. Just type show redundancystatus at the switch prompt. Output Parameter Description [Admin Status] Administrative status of automatic TSM/CPU redundancy (whether or not automatic TSM/CPU redundancy has been set ON with the RedundancyOn attribute).
RedundancyStatus Descriptions Operator Parameters/Permissions Description show redundancystatus Administrator Shows redundancy status on the switch.
Route Route Use Route to administer IP route management to an ATM client through an Ethernet network. It allows network management software to communicate across a network of switches. Operators add, delete, show Parameters Input Parameter Description Value/Field Size Default [DestNetIP] IP address of a remote network. Dot decimal/ 7-15 characters No default [GatewayIP] IP address for a gateway to the remote network.
Route Descriptions Operator Parameters/Permissions Description add route [DestNetIP] [GatewayIP] Administrator Creates an IP route to an ATM client when it is not directly connected to the NMS (network management system). You must assign both the destination IP address and the gateway IP address to reach the ATM client, and these addresses must already exist.
Rows Rows Use Rows to alter the number of rows per page on the console display. Operators modify Parameters This attribute has no output parameters. Input Parameter Description Value/Field Size Default [Rows] Number of rows per page (0 turns off pagination). 0 to 999 18 Descriptions Operator Parameters/Permissions Description modify rows [rows] Sets the number of rows per page on the console display (by telling the switch how many lines your console supports).
SARStat SARStat Use SARStat (segmentation and reassembly statistics) to view statistics from the SAR on the CPU port. This is useful for debugging hardware problems. Operator show Parameters This attribute has no input parameters. Just enter show sarstat at the switch prompt. Output Parameter Description [Rcv Pkts] Number of packets received since last up-time or clear. [RCV Byts] Number of bytes received since last up-time or clear. [Raw Cell] Number of raw cells received.
SARStat Output Parameter Description [MM Int] Mailbox modified indicator. [MF Int] Mailbox full indicator. [SBE Int] System bus error indicator since last up-time or clear. [SPE Int] System parity error indicator since last up-time or clear. [CPE Int] Number of control monitor parity error indicators. [PI Int] Physical interface indicator. [RD Int] Receive deactivated indicator since last up-time or clear. [RCR Int] Raw cell received indicator. [Pkts Qd] Number of packets queued.
SARStat Examples switch_prompt # show sarstat Receive Statistics Rcv Pkts: 6 FIFO OR : 0 U Abrts : 0 Ttal Err: 7 MM Int: 39 CPE Int: 0 Rcv Byts: Max Len : T1 Err : ISR Int: MF Int: PI Int: Transmit Statistics Pkts Qd : 20 Pkts Cmp: switch_prompt # 648 0 0 39 0 0 Raw Cell: Len Err : Chnl DVT: RQU Int: SBE Int: RD Int: 20 Byts Cmp: 0 0 26 0 0 0 1712 Buf UF : Crc Err : spur Int: RQA Int: SPE Int: RCR Int: 0 7 0 0 0 0 Pkts Drp: 0 SmartSwitch ATM Switch Reference Manual 2-271
ServiceRegistry ServiceRegistry Use ServiceRegistry to manage entries in the service registry MIB. Note The following applies to SmartSwitch 6500 only: You can hot-swap TSMs. Hot-swapping is replacing a module when the chassis is powered up. If you replace a TSM with another TSM of the same type (same I/O ports), existing configuration of port parameters is not affected.
ServiceRegistry Output Parameter Description [Port] Port number on the switch. (Same as the [PortNumber] input parameter.) [Type] Type of service. Possible values are: ANS or LECS. [Index] Index identifying two services registered for the same port and having the same service type. (Same as the [AddressIndex] input parameter.) [AtmAddress] ATM address of the server.
ServiceRegistry Examples switch_prompt # add serviceregistry PortNumber(ALL) : A1 ServiceType(LECS) : AddressIndex() : 1 AtmAddress() : 39:00:00:00:00:00:00:00:00:00:14:1B:00:0020:D4:14:1C:00:01 switch_prompt # switch_prompt # delete serviceregistry PortNumber(ALL) : ServiceType(LECS) : AddressIndex() : 3 switch_prompt # switch_prompt # show serviceregistry PortNumber(ALL) : Port Type Index AtmAddress =============================================================================== A1 LECS 1 39:00:00:00:00:0
Shutdown Shutdown Use Shutdown to shut down the switch to a state where it can be powered off. Shutdown stops all logging and synchronizes the file system. You must enter shutdown before turning off the switch. Operator shutdown Parameters This attribute has no parameters. Just enter shutdown at the switch prompt. Descriptions Operator Parameters/Permissions Descriptions shutdown Administrator After issuing this command, you are prompted for confirmation (reply y to confirm).
SigStatistics SigStatistics Use SigStatistics to display signaling statistics of a port. Note The following applies to SmartSwitch 6500 only: You can hot-swap TSMs. Hot-swapping is replacing a module when the chassis is powered up. If you replace a TSM with another TSM of the same type (same I/O ports), existing configuration of port parameters is not affected.
SigStatistics Output Parameter Description [Detect Unavailable Resources] !Ö“LiÀÊœvÊV>••ÃÊÀi•iVÍi`ÊLiV>ÖÃiÊœvÊÖ˜>Ü>ˆ•>L•iÊÀiÃœÖÀViÃÊœ˜ÊœÍ…iÀÊÃ݈ÍV…ið [Emit Unavailable Resources] !Ö“LiÀÊœvÊV>••ÃÊÀi•iVÍi`ÊLiV>ÖÃiÊœvÊÖ˜>Ü>ˆ•>L•iÊÀiÃœÖÀViÃÊœ˜ÊÍ…ˆÃÊÃ݈ÍV…° [Detect Called Party Events] !Ö“LiÀÊœvÊV>••ÃʜͅiÀÊÃ݈ÍV…iÃÊÀi•iVÍÊ-ÃÖV…Ê>Ãʈ˜VœÀÀiVÍÊœÀʈ˜Ü>•ˆ`ÊV>••i`Ê«>ÀÍßÊ ˜Ö“LiÀÊœÀÊV>••i`Ê«>ÀÍßÊLÖÃßÊÈ}˜>•®° [Emit Called Party Events] !Ö“LiÀÊœvÊV>••ÃÊÍ…ˆÃÊÃ݈ÍV…ÊÀi•iVÍi`Ê-ÃÖV…Ê>Ãʈ˜VœÀÀiVÍÊœÀʈ˜Ü>•ˆ`ÊV>••i`Ê«
SigStatistics Examples switch_prompt # show sigstatistics Executing this command : show SigStatistics PortNumber(ALL) : 1a1 ================================================ Signalling Statistics ================================================ Port# : 1A1 Detect setup attempts : 0 Emitt Setup Attempts : 358 Detect Unavailable Routes : 0 Emitt Unavailable Routes : 0 Detect Unavailable Resources : 0 Emitt Unavailable Resources : 0 Detect Calledparty Events : 6 Emitt Calledparty Events : 206 Detect Signalling
SigTimer SigTimer Use SigTimer to set or display signaling timer values for a port Note The following applies to SmartSwitch 6500 only: You can hot-swap TSMs. Hot-swapping is replacing a module when the chassis is powered up. If you replace a TSM with another TSM of the same type (same I/O ports), existing configuration of port parameters is not affected.
SigTimer Output Parameter Description [phy_port_id] Port number on the switch. (Same as the [PortNumber] input parameter.) [duration] Timer value in milleseconds. (Same as the [Interval] input parameter.) [retries] Number of times the timer has to be restarted. (Same as the [Retries] input parameter.) Descriptions Operator Parameters / Permissions Description modify sigtimer [PortNumber] [TimerID] [Interval] [Retries] Sets signaling timer values.
SlotConfig SlotConfig Use SlotConfig to display configuration of slots in the switch chassis (to see which slots are occupied by TSM or CSM modules). You also can get specific information about each module. Operators show Parameters Input Parameter Description Value/Field Size Default [Slot] Slot number in the switch chassis. 1-10 or All All Output Parameter Description [Slot ID] Slot number in the switch chassis. (Same as the [Slot] input parameter.
SlotConfig Examples switch_prompt # show slotconfig Slot(ALL) Slot ID Board IO Modules : ============================================================================== 7 TSM 2 9 CSM NA switch_prompt # show slotconfig Slot(ALL) Slot 7 : 7 ============================================================================== Slot Number: : 7 Installed Board: : TSM Board ID : 0 Board Rev : 1 IO Boards Installed : 2 IO Board : NONE IO Board : NONE switch_prompt # 2-282 SmartSwitch ATM Switch Reference Manual
Spvc Spvc Use Spvc to add, delete, or show soft PVCs (SPVCs) on the switch. An SPVC connects this switch (the source switch) to a switch across the ATM network (the target switch). Note Before adding an SPVC at this switch, you must configure the target address at the target switch. Operators add, delete, show Parameters Input Parameter Description Value/Field Size Default [PortNumber] Port number on the switch. (Physical port used as SPVC source port.
Spvc Input Parameter Description Value/Field Size [BackwardTrafficDescriptor Index] Index of the backward (target to source) traffic descriptor. [RetryInterval] Time interval between SPVC retries. 0-3600000 milliseconds [RetryLimit] Maximum number of SPVC retries. 0-65535 [RetryThreshold] Number of consecutive failed setup attempts for 0-65525 a particular SPVC before the SPVCCCallFailures object is incremented.
Spvc Output Parameter Description [Retry Threshold] Number of consecutive failed setup attempts for a particular SPVC before the SPVCCCallFailures object is incremented. [Retry Failures] Number of failed retry attempts. [Retry Limit] Maximum number of SPVC retries. [Traffic Type (Forward)] Type of traffic in the forward (source to target) direction. [Traffic Type (Backward)] Type of traffic in the backward (target to source) direction.
Spvc Table 2-10 SPVC Failure Cause Codes Code Description 1 Unallocated (unassigned) number. 2 No route to specified transit network. 3 No route to destination. 16 Normal call clearing. 17 User busy. 18 No user responding. 21 Call rejected. 22 Number changed. 23 User rejects all calls with calling line identification (CLID) restriction. 27 Destination out-of-order. 28 Invalid number format (address incomplete). 30 Response to STATUS ENQUIRY. 31 Normal, unspecified.
Spvc Table 2-10 SPVC Failure Cause Codes Code Description 81 Invalid call reference value. 82 Identified channel does not exist. 88 Incompatible destination. 89 Invalid endpoint reference. 91 Invalid transit network selection. 92 Too many pending add party requests. 96 Mandatory information element is missing. 97 Message type non-existent or not implemented. 99 Information element non-existent or not implemented. 100 Invalid information element contents.
Spvc Examples switch_prompt # show spvc PortNumber(ALL) SourceVpi(0) SourceVci(32) : : : ============================================== Port Src VPI Src VCI Operation Status ============================================== Total number of SPVCs = 0 switch_prompt# add spvc PortNumber() SourceVpi(0) SourceVci(32) DestinationSelectType(REQUIRED) DestinationVPI(0) DestinationVCI(32) TargetAddress() 11:11:11:11:11:11:11:11 ForwardTrafficDescriptorIndex() BackwardTrafficDescriptorIndex() RetryInterval(10000) Ret
Spvc switch_prompt # delete spvc PortNumber() SourceVpi(0) SourceVci(32) : 5a2 : 0 : 100 Deleted SPVC successfully.
SpvcAddress SpvcAddress Use SPVCAddress to configure a target address on the switch. The target address allows the switch to act as the target switch in an SPVC or SPVP connection. The SPVC or SPVP is established (added) at the source switch. Operators add, delete, show Parameters Input Parameter Description Value/Field Size [PortNumber] Port number on the switch. (Number A1 to B4 (2500 family), of the physical port used as the 1A1 to 8B4 (6500), SPVC or SPVP target port.
SpvcAddress Operator Parameters/Permissions Description show spvcaddress [PortNumber] [AtmAddress] Displays target addresses.
SpvcBase SpvcBase Use SpvcBase to display status information about SPVCs and SPVPs on the switch. Operators show Parameters This attribute has no input parameters. Just type spvcbase at the switch prompt. Output Parameter Description [Currently Failing SPVC] The current number of SPVCs which have not yet connected to the target. [Currently Failing SPVP] The current number of SPVPs which have not yet connected to the target.
SpvcBase Examples switch_prompt # show spvcbase ============================================================ Currently Currently SPVC Call Notify Failure Failing SPVC Failing SPVP Failures Interval Trap Enable ============================================================ 1 0 10 30 FALSE SmartSwitch ATM Switch Reference Manual 2-293
SpvcCallFailuresTrapEnable SpvcCallFailuresTrapEnable Use SpvcCallFailuresTrapEnable to enable or disable the generation of traps related to SPVC or SPVP call failures. Operators modify Parameters This attribute has no output parameters Input Parameter Description Value/Field Size Default [TrapEnable] Toggles traps resulting from call failures On or Off.
SpvcFailed SpvcFailed Use SPVCFailed to display failed SPVCs on the switch. An SPVC fails when its call setup request is rejected by the target switch. The SPVC call request is sent from this switch (the source switch) to the target switch. Note Use the show spvc /d command to determine the specific cause of SPVC failure (indicated by the Last Release Cause code). Operators show Parameters Input Parameter Description Value/Field Size Default [PortNumber] Port number on the switch.
SpvcFailed Descriptions Operator Parameters/Permissions Description show spvcfailed [PortNumber] [SourceVpi] [SourceVci] Displays information on failed SPVCs. Administrator Examples switch_prompt # show spvcfailed Executing this command : show SpvcFailed PortNumber(ALL) SourceVpi(0) SourceVci(32) : : : ========================================================== Port Src VPI Src VCI Curr.
SpvcNotifyInterval SpvcNotifyInterval Use SpvcNotifyInterval to set the minimum elapsed time between successive traps that indicate a call failure. Operators modify Parameters This attribute has no output parameters. Input Parameter Description Value/Field Size Default [NotifyInterval] Minimum interval in seconds between traps that indicate a call failure.
SpvcRestart SpvcRestart Use SpvcRestart to restart a failed SPVC on the switch. An SPVC fails when its call setup request is rejected by the target switch. The SPVC call request is sent from this switch (the source switch) to the target switch. SpvcRestart uses SPVC target information provided by the last attempt to establish the SPVC (information provided as input parameters by the Spvc attribute).
SpvcTarget SpvcTarget Use SpvcTarget to display SPVC target information on the switch. Information is displayed only if the switch is the destination (target) of an SPVC. The SPVC is established (added) at a source switch across the ATM network. Operators show Parameters Input Parameter Description Value/Field Size Default [PortNumber] Port number on the switch (number of the SPVC target port).
SpvcTarget Examples switch_prompt # show spvctarget PortNumber(ALL) : 7b3 Port Target Address Vpci Vci ============================================================================= 7B3 11:11:11:11:11:11:11:11:11:11:11:11:11:11:11:11:11:11:11:11 0 101 OperStatus Source NetPrefix ================================ Up 39:00:00:00:00:00:00:00:00:00:a3:87:0b switch_prompt # 2-300 SmartSwitch ATM Switch Reference Manual
Spvp Spvp (SmartSwitch 6500 Only) Use SPVP to add, delete, or show soft PVPs (SPVPs) on the switch. An SPVP connects this switch (the source switch) to a switch across the ATM network (the target switch). Note Before adding an SPVP at this switch, you must configure the target address at the target switch. Operators add, delete, show Parameters Input Parameter Description Value/Field Size Default [PortNumber] Port number on the switch. (Physical port used as SPVP source port.
Spvp Input Parameter Description Value/Field Size [RetryLimit] Maximum number of SPVP retries. 0-65535 [RetryThreshold] Number of consecutive failed setup attempts for 0-65525 a particular SPVP before the SPVPCallFailures object is incremented. In the Output Parameter table below, () appears next to parameters that are available only through the /d (detailed) command Default show spvp Output Parameter Description [Port] Physical port number on the switch.
Spvp Output Parameter Description [Traffic Type (Backward)] Type of traffic in the backward (target to source) direction. [Forward Trafffic Descriptor Index] Index of the forward (source to target) traffic descriptor. [Backward Traffic Descriptor Index] Index of the backward (target to source) traffic descriptor.
Spvp Table 2-11 SPVP Failure Cause Codes Code Description 21 Call rejected. 22 Number changed. 23 User rejects all calls with calling line identification (CLID) restriction. 27 Destination out-of-order. 28 Invalid number format (address incomplete). 30 Response to STATUS ENQUIRY. 31 Normal, unspecified. 34 Requested called party soft PVPC not available. 35 Requested VPI not available. 36 VPCI assignment failure. 37 User cell rate not available. 38 Network out of order.
Spvp Table 2-11 SPVP Failure Cause Codes Code Description 96 Mandatory information element is missing. 97 Message type non-existent or not implemented. 99 Information element non-existent or not implemented. 100 Invalid information element contents. 101 Message not compatible with call state. 102 Recovery on timer expiry. 104 Incorrect message length. 111 Protocol error, unspecified.
Spvp switch_prompt # show spvp /d PortNumber(ALL) SourceVpi(0) Port Source VPI Target Address :11:11:11:11:11 Target VPI Last Release Cause Operation Status Retry Interval Retry Timer Retry Threshold Retry Failures Retry Limit Traffic Type (Forward) Traffic Type (Backward) Forward Traffic Descriptor Index Backward Traffic Descriptor Index : 5a2 : 0 : 5a2 : 0 : 11:11:11:11:11:11:11:11:11:11:11:11:11:11:11 : : : : : : : : : : : : 0 0 Connected 10000 0 1 0 0 CBR CBR 2 2 Total number of SPVPs = 1 switch_pro
SpvpFailed SpvpFailed (SmartSwitch 6500 Only) Use SpvpFailed to display failed SPVPs on the switch. An SPVP fails when its call setup request is rejected by the target switch. The SPVP call request is sent from this switch (the source switch) to the target switch. Note Use the show spvp /d command to determine the specific cause of SPVP failure (indicated by the Last Release Cause code).
SpvpFailed Examples switch_prompt # show spvpfailed Executing this command : show SpvpFailed PortNumber(ALL) SourceVpi(0) : : ========================================================== Port Src VPI Curr.
SpvpRestart SpvpRestart (SmartSwitch 6500 Only) Use SpvpRestart to restart a failed SPVP on the switch. An SPVP fails when its call setup request is rejected by the target switch. The SPVP call request is sent from this switch (the source switch) to the target switch. SpvpRestart uses SPVP target information provided by the last attempt to establish the SPVP (information provided as input parameters by the Spvp attribute).
SpvpRestart Examples switch_prompt # modify spvprestart Executing this command : set SpvpRestart PortNumber(ALL) SourceVpi(0) LeafReference(1) 2-310 SmartSwitch ATM Switch Reference Manual : a1 : 1 : 1
SpvpTarget SpvpTarget (SmartSwitch 6500 Only) Use SpvpTarget to display SPVP target information on the switch. Information is displayed only if the switch is the destination (target) of an SPVP. The SPVP is established (added) at a source switch across the ATM network. Operators show Parameters Input Parameter Description Value/Field Size Default [PortNumber] Port number on the switch (number of the SPVP target port).
SpvpTarget Examples switch_prompt # show spvptarget PortNumber(ALL) : 7b3 Port Target Address Vpci ============================================================================= 7B3 11:11:11:11:11:11:11:11:11:11:11:11:11:11:11:11:11:11:11:11 0 OperStatus Source NetPrefix ================================ Up 39:00:00:00:00:00:00:00:00:00:a3:87:0b switch_prompt # 2-312 SmartSwitch ATM Switch Reference Manual
SSCOPConfig SSCOPConfig Use SSCOPConfig to set or display switch Service-Specific Connection-Oriented Protocol parameters. SSCOP parameters control how the switch interoperates with other switches. Note The following applies to SmartSwitch 6500 only: You can hot-swap TSMs. Hot-swapping is replacing a module when the chassis is powered up. If you replace a TSM with another TSM of the same type (same I/O ports), existing configuration of port parameters is not affected.
SSCOPConfig Input Parameter Description Value/Field Size Default [KeepAliveTime] Rate of PollStat exchange (in milliseconds) in the absence of SD PDU traffic. 1000-2000 2000 [NoResponseTime] 10000-15000 Maximum time (in milliseconds) within which a Poll must be acknowledged by a Stat PDU. [CCTime] Rate at which BEGIN and END PDUs are generated during link establishment of release. 1000-2000 1000 [RxWindowSz] Receive window size when SSCOP stack is initialized.
SSCOPConfig Descriptions Operator Parameters / Permissions Description modify sscop [PortNumber] [MaxPD] [MaxCC] [PollTime] [KeepTimeAlive] [NoResponseTime] [CCTime] [RxWindowSz] Sets switch SSCOP parameters. Administrator show sscopconfig All Displays switch SSCOP parameters.
SSCOPStatistics SSCOPStatistics Use SSCOPStatistics to display SSCOP statistics of a port or all ports. Note The following applies to SmartSwitch 6500 only: You can hot-swap TSMs. Hot-swapping is replacing a module when the chassis is powered up. If you replace a TSM with another TSM of the same type (same I/O ports), existing configuration of port parameters is not affected.
SSCOPStatistics Output Parameter Description [Num BEGIN REJ Transmitted] Number of BEGINREJECT PDUs transmitted. [Num BEGIN REJ Received] Number of BEGINREJECT PDUs received. [Num RESYNC Transmitted] Number of RESYNC PDUs transmitted. [Num RESYNC Received] Number of RESYNC PDUs received. [Num RESYNC Retransmit Transmitted] Number of RESYNC retransmit PDUs transmitted. [Num RESYNC Retransmit Received] Number of RESYNC retransmit PDUs received.
SSCOPStatistics Output Parameter Description [Num STAT Transmitted] Number of STAT PDUs transmitted. [Num STAT Received] Number of STAT PDUs received. [Num USTAT Transmitted] Number of USTAT PDUs transmitted. [Num USTAT Received] Number of USTAT PDUs received. [Num SD Transmitted] Number of SD PDUs transmitted. [Num SD Received] Number of SD PDUs received. [Num SD Retransmitted] Number of SD PDUs retransmitted. [Num SD Acknowledged] Number of SD PDUs acknowledged.
SSCOPStatistics Examples switch_prompt # show sscopstatistics PortID(ALL) : 1a2 ================================================ SSCOP Statistics ================================================ Port# : 1A2 No of BEGIN transmitted : 1 No of BEGIN received : 0 No of BEGIN retransmit transmitted : 0 No of BEGIN retransmit received : 0 No of BEGINACK transmitted : 0 No of BEGINACK received : 1 No of BEGINREJ transmitted : 0 No of BEGINREJ received : 0 No of RESYNC transmitted : 0 No of RESYNC received : 0 N
SVC SVC Use SVC to display SVCs on a port or all ports. Operator show Parameters Input Parameter Description Value/Field Size Default [PortNumber] Port number on the switch. You can specify a physical or virtual port. A1 to B4 (physical-2500 family), A1.n to B4.n (virtual-2500 family), 1A1 to 8B4 (physical-6500), 1A1.n to 8B4.n (virtual-6500), or All All Output Parameter Description [Conn Id] Identifier unique for each connection.
SVC Description Operator Parameters / Permissions Description show svc [PortNumber] Displays SVC(s) for s apecified port Administrator Example switch_prompt # show svc PortNumber(ALL) : 1a1 ==================================================================== Conn | Low | High | CreationTime Id | Port Vpi Vci Type | Port Vpi Vci Type | (Hr:Min:Sec) ==================================================================== 695 A1 0 32 PTP A3 0 32 PTP 0: 5:20 696 A1 0 33 PTP A3 0 33 PTP 0: 5:2
SVCById SVCById Use SVCById to display a single or all SVCs in normal or detail mode. Operator show Parameters Input Parameter Description Value/Field Size [CrossConn] Identifier unique for each connection.The identifier is displayed by the show SVC command.
SVCById Output Parameter Description [Operation Status] Operational status (UP or DOWN). [Early Packet Discard] Early packet discard for the cross connect as calculated by CAC. [High Port] Port receiving the forward traffic flow of the high/low pair. [Cell Loss Ratio] Cell loss ratio on this VC. [Cumulative Cell Delay Variation] Cumulative cell delay variation on this VC. [Max Cell Transfer Delay] Maximum cell transfer delay on this VC.
SVCById Examples switch_prompt # CrossConn show svcbyid : 704 ===================================================================== Conn | Low | High | CreationTime Id | Port Vpi Vci Type | Port Vpi Vci Type | (Hr:Min:Sec) ===================================================================== 704 1A1 0 41 PTP 1A3 0 41 PTP 0: 5:20 switch_prompt # show svcbyid /d CrossConnectNum(ALL) : 704 =========================================================== Cross Connect Id : 704 Low Port : 1A1 Low VPI :
Switch Switch Use Switch to backup or restore the switch configuration file. Operators backup, restore Parameters This attribute has no output parameters. Input Parameter Description Value/Field Size Default [ServerIP] IP address of the backup server. Dot decimal/ 7-15 characters No default [Path] Pathname of the backup directory. 256 characters backup: public/Smart6500.ztr (initially, then last path used) restore: public/Smart6500.
Switch Descriptions Operator Parameters/Permissions Description backup switch [ServerIP] [Path] Copies the current configuration of the master TSM/CPU module to a backup file at an end station. This command backs up the switch configuration only. It does not back up the load image. It prompts you for the IP address of the workstation to which you are saving the switch configuration as well as the backup path and filename.
SwitchConfig SwitchConfig Use SwitchConfig to manage switch-related parameters, such as switchname and IP address. Operators modify, show Parameters Input Parameter Description Value/Field Size Default [SwitchName] Name of the switch. 1-19 characters switch_1 [IPAddress] IP address of Ethernet port on the switch. Dot decimal/ 7-15 characters [IPNetMask] IP netmask of Ethernet port. Defaults to the appropriate netmask, based on IP address class.
SwitchConfig Output Parameter Description [Number of TSM Boards] Number of TSM modules installed in the chassis. [ACTIVE CPU Model] Model of the active CPU (up to 7 characters). [ACTIVE CPU Speed] Speed of the active CPU. [ACTIVE CPU Board ID] ID number of the active CPU board (1 character). [ACTIVE CPU Board Rev] Revision number of the active CPU board (1 character). [ACTIVE CPU DRAM] DRAM memory size of the active CPU (in megabytes; up to 4 characters).
SwitchConfig Operator Parameters/Permissions Description show switchconfig All Displays hardware and software configuration information about the switch. It also includes auto-detect hardware configuration information, such as number of switch boards and memory, and software information such as the type and version. Any future hardware or software changes will be detected automatically when the switch is rebooted. Examples switch_prompt # modify switchconfig SwitchName(switch_1) IPAddress(200.30.72.
SwitchName SwitchName Use SwitchName to change the name of the switch. Operators modify Parameters This attribute has no output parameters. Input Parameter Description Value/Field Size Default [SwitchName] Current name of the switch. Up to 19 characters switch_1 Descriptions Operator Parameters/Permissions Description modify switchname [SwitchName] Changes the name you gave your switch.
SwitchTrafficCongestion SwitchTrafficCongestion Use SwitchTrafficCongestion to manage global switch traffic congestion thresholds on the switch. Operators modify, show Parameters Parameter Description Value/Field Size Default [LowEPDWatermark Threshold (in cells) used by the switch to trigger low EPD (early packet discard), EFCI, and backward RM (resource management) cell marking. 0-16383 or 0-32767, depending on memory size.
SwitchTrafficCongestion Descriptions Operator Parameters/Permissions Descriptions modify switchtrafficcongestion [LowEPDWatermark] [HighEPDWatermark] [CLP1_DiscardWatermark] [RMCellMarkingEnable] [ExplicitRateMarkingEnable] [EFCIMarkingEnable] Modifies the congestion control parameters for the switch.
TrafficDescriptor TrafficDescriptor Use TrafficDescriptor to manage traffic types. Operators add, delete, show Parameters Input Parameter Description Value/Field Size Default [TrafficType] Service category supported. CBR, UBR, RTVBR, NRTVBR, ABR UBR [TrafficDescriptorType] Traffic descriptor type. Seven possible combinations, represented by any of the following numbers: 2-7 or 11.
TrafficDescriptor Input Parameter Description Value/Field Size Default [SCRCLP0] Sustainable cell rate CLP = 0 (KiloBits per second). Zero or positive integer 0 [MBSCLP0+1] Maximum burst size Zero or positive integer CLP = 0+1 (KiloBits). 0 [MBSCLP0] Maximum burst size CLP = 0 (KiloBits ). Zero or positive integer 0 [QOSClass] QOS class.
TrafficDescriptor Output Parameter Description [Peak Cell Rate CLP_0+1] Peak cell rate CLP=0+1 (in kilobits per second). [Sust Cell Rate CLP_0] Sustainable cell rate CLP=0 (in kilobits per second). [Sust Cell Rate CLP_0+1] Sustainable cell rate CLP=0+1 (in kilobits per second). [Max Burst Size CLP_0] Maximum burst size CLP=0 (in kilobits per second). [Max Burst Size CLP_0+1] Maximum burst size CLP=0+1 (in kilobits per second). [Aal Type] ATM adaption layer type.
TrafficDescriptor Examples switch_prompt # add trafficdescriptor Executing this command : add TrafficDescriptor TrafficType(UBR) : CBR TrafficDescriptorType(2) : 2 PCRCLP01(100) : 200 PCRCLP0(0) : 200 SCRCLP01(0) : 200 SCRCLP0(0) : 200 MBSCLP01(0) : 200 MBSCLP0(0) : 200 QOSCLASS(1) : 1 AALTYPE(5) : 5 switch_prompt # switch_prompt # delete trafficdescriptor Executing this command : delete TrafficDescriptor TrafficDescriptorIndex() :1 switch_prompt # switch_prompt # show trafficdescriptor Executing this comm
TrapCommunity TrapCommunity Use TrapCommunity to manage the list of hosts that the switch sends trap notifications to concerning significant events. Each trap community has a name, IP address, and port number. The trap community name and address combination must be unique. Operators add, delete, show Parameters Input Parameter Description Value/Field Size Default [Name] Name of the trap community. 64 characters No default [IPAddr] IP address of the host to which traps are sent.
TrapCommunity Operator Parameters/Permissions Descriptions show trapcommunity All Displays all trap communities configured on the switch. Examples switch_prompt # add trapcommunity Name() IpAddr() Port (162) switch_prompt # : boris : 204.95.77.148 : 100 switch_prompt # show trapcommunity TrapCommunity Name IP Address Port =========================================================================== trapcomm 204.95.77.147 162 boris 204.95.77.
TrustedNMS TrustedNMS Use TrustedNMS to configure a trusted network management system (NMS) on the switch. The trusted NMS is identified by its IP address.
TrustedNMS Examples switch_prompt # modify trustednms IpAddr(0.0.0.0) Trusted NMS IP-Address : 90.1.1.1 switch_prompt # switch_prompt # show trustednms Trusted NMS IP-Address : 90.1.1.1 switch_prompt # 2-340 SmartSwitch ATM Switch Reference Manual : 90.1.1.
3 BOOT LOAD COMMANDS This chapter describes the low-level boot load commands. Boot load commands are used for setting switch start-up behavior and for performing software downloads.
chpi Command Boot Load Commands chpi Command Use chpi to set one of the two boot load software images as the default. Unless otherwise specified within the initial reboot countdown, the default boot load software image is the image that is loaded into DRAM and executed. Parameter Explanation 0 Set boot load software image stored in area 0 of the boot PROM as the default image. 1 Set boot load software image stored in area 1 of the boot PROM as the default image.
Boot Load Commands dcfg Command dcfg Command Use dcfg to display information about the current boot PROM configuration • • • • Revision numbers of both boot load software images Display the switch MAC address Number (in hexadecimal) of contiguous MAC addresses after the base MAC address Show whether POST is on or off Example =>dcfg Default Boot Load Software: 0 Boot Load Software0 Rev Number = 1 Boot Load Software1 Rev Number = 1 MAC address: 0 20 d4 14 85 0 Number of contiguous MAC addresses, starting
go Command Boot Load Commands Examples =>df s You've requested a Switch Software download Are you sure?(Y/N)y Initializing ethernet... Starting Bootp... Boot file: c:\tftpboot\switch.ima Using TFTP to get bootfile "c:\tftpboot\switch.ima" . ............................................................................ ............................................................................ ............................................................................ ............................. ........
Boot Load Commands he Command Examples =>go s Bypassing POST Verifying Checksum of Switch Software... Attaching network interface ei0... done. Attaching network interface lo0... done.
ponf Command Boot Load Commands ponf Command Use ponf to set whether POST diagnostics are run by default when the switch is started. Parameter Explanation s POST is off. Switch goes directly to start-up. p POST is on. Switch runs POST before going to switch operating software. none Same as s; POST is off. Examples =>ponf p Modifying Control/Stat field to execute POST, please wait... New postOnOff value programmed successfully into Control/Stat field.
Boot Load Commands swms Command swms Command Use swms to tell the switch to transfer TSM/CPU mastership to the redundant CPU/TSM. Examples =>swms Transferring mastership to slave TSM/CPU...
swms Command 3-8 SmartSwitch ATM Switch Reference Manual Boot Load Commands
APPENDIX A ACRONYMS A AAL ATM Adaptation Layer AAL1 ATM Adaptation Layer Type 1 AAL2 ATM Adapter Layer Type 2 AAL3/4 ATM Adapter Layer Type 3/4 AAL5 ATM Adapter Layer Type 5 AALM ATM Adaptation Layer Mux ABR Available Bit Rate AFI Authority and Format Identifier ANSI American National Standards Institute API Application Programming Interface ARP Address Resolution Protocol ASCII American Standard Code for Information Interchange ATM Asynchronous Transfer Mode AVCR Available Cell
Acronyms BOOTP Boot Protocol BUS Broadcast and Unknown Server CAC Call Admission Control CAN Campus Area Network CAT-3 Category 3 unshielded twisted pair cable CAT-5 Category 5 unshielded twisted pair cable CBR Constant Bit Rate CCITT Comite Consultatif Internationale de Telegraphique et Telephonique (Consultative Committee on International Telegraphy and Telephony) CCR Current Cell Rate CDV Cell Delay Variation CER Cell Error Ratio CES Circuit Emulation Service CI Congestion Indic
Acronyms D DCC Digital Cross Connect, generic DACS or Direct Connect Card, data interface module DF Download Flash DS-0 Digital Signaling 0 DS-1 Digital Signaling 1 DS-3 Digital Signaling 3 DTE Data Terminal Equipment DTL Designated Transit List DVT Delay Variation Tolerance E-1 European standard for digital transmission service at 2 Mb/s. E-3 European standard for digital transmission service at 34.
Acronyms F FCS Frame Check Sequence FIFO First In First Out FTP File Transfer Protocol GB/S Gigabits per second GCAC Generic Call Admission Control GCRA Generic Cell Rate Algorithm GFC Generic Flow Control HEC Header Error Check IEEE Institute of Electrical and Electronic Engineers ICMP Internet Control Message Protocol ID Identification Number IE Information Element IETF Internet Engineering Task Force IISP Interim Inter-Switch Signaling Protocol G H I A-4 SmartSwitch ATM Sw
Acronyms ILMI Integrated Local Management Interface I/O Input/Output IOM Input/Output Module IP Internet Protocol IP/ATM Internet Protocol over ATM IPX Internetwork Packet Exchange protocol ITU-TSS International Telecommunications Union-Telecommunications Standards Sector ISDN Integrated Service Digital Network JPEG Joint Photographic Experts Group KB/S Kilobits per second LAN Local Area Network LANE LAN Emulation LE LAN Emulation LE-ARP LAN Emulation-Address Resolution Protocol
Acronyms LES LANE Server LESELAN LANE Server Emulated LAN LIS Logical IP Subnetwork LLC Logical Link Control LMI Local Management Interface LNNI LAN Emulation Network to Network Interface MAC Media Access Control MAN Metropolitan Area Network MB/S Megabits per second MBS Maximum Burst Size MCR Minimum Cell Rate MIB Management Information Base MMF Multi-Mode Fiber MP Multi-Point MSM Main Switch Module MTU Maximum Transfer Unit NAKS Negative Acknowledges NDIS Network Driver I
Acronyms NETBEUI NetBIOS Extension User Interface NFS Network File System NIC Network Interface Controller/Card NLS Natural Language Syntax NMS Network Management System NNI Network Node Interface or Network-to-Network Interface NRT-VBR Non Real Time - Variable Bit Rate NRZ Non-Return to Zero NSAP Network Services Access Point OAM Operations and Maintenance OAM&P Operations, Administration, Maintenance and Provisioning OC-1 Optical Carrier 1 OC-N Optical Carrier n (where "n" is an inte
Acronyms PDU Protocol Data Unit PGL Peer Group Leader PMD Physical Media Dependent Sub-layer PMP Point-to-Multipoint P-NNI Private Network Node Interface or Private Network-to-Network Interface PPD Partial Packet Discard PROM Programmable Read-Only Memory PTI Payload Type Indicator PTP Point-to-Point PTSE PNNI Topology State Element PTSE PNNI Topology State Packet PVC Permanent or Provisioned Virtual Circuit QOS Quality of Service QSAAL Q-Signaling ATM Adaptation Layer.
Acronyms RM Resource Management RMA Return Merchandise Authorization RQU Receive Queue Underrun RS-# Recommended Standard defined by Electronic Industries Association RT-VBR Real Time - Variable Bit Rate RW Read-Write Access SAAL Signaling ATM Adaptation Layer SAR Segmentation And Reassembly S SAR-PDU SAR Protocol Data Unit SBE System Bus Error SCR Sustainable Cell Rate SDH Synchronous Digital Hierarchy SEAL Simple Efficient Adaptation Layer SMF Single Mode Fiber SMDS Switched M
Acronyms SVC Switched Virtual Circuit SVCC Switched Virtual Channel Connection T-1 Transmission System 1 T-3 Transmission System 3 TAXI Transparent Asynchronous Transmitter/Receiver Interface TCP Transmission Control Protocol TD Traffic Descriptor TDM Time-Division Multiplexing TFTP Trivial File Transfer Protocol TLV Type, Length and Value UBR Unspecified Bit Rate UME UNI Management Entity UNI User-Network Interface UP Unnumbered Poll UPC Usage Parameter Control UTOPIA Univer
Acronyms V VBR/RT Variable Bit Rate/Real Time VBR/NRT Variable Bit Rate/Non-real Time VC Virtual Circuit VCC Virtual Channel Connection VCI Virtual Channel Identifier VCL Virtual Channel Link VLAN Virtual LAN VP Virtual Path VPC Virtual Path Connection VPI Virtual Path Identifier VPN Virtual Private Network VT Virtual Tributary WAN Wide Area Network W SmartSwitch ATM Switch Reference Manual A-11
Acronyms A-12 SmartSwitch ATM Switch Reference Manual
APPENDIX B EVENT/ALARM MESSAGES The SmartSwitch 2500 family and SmartSwitch 6500 record and report their operation in real-time using events and alarms. An event is the occurrence of a significant activity. Examples of events are a port going down or a client joining an ELAN. Alarms are a specific class of events defined as “those events that the user needs to know about or attend to right away.” Alarms do not always indicate switch faults; for example, an alarm might indicate simply “LECS is operational.
Event/Alarm Messages The display provides the following information: U U U U U Message index number — Display sequence number assigned by the console. Event ID — Unique ID assigned to each event type at the factory. Message Text — Description of the event. Severity — Whether the event is critical, major, minor, or informational (Table B-2). Time — Time the event occurred, with respect to switch up-time in hours, minutes, seconds, and milliseconds.
Event/Alarm Messages Table B-3 Event ID Prefixes Module Description System Implements LAN emulation (LANE) and PVC, port, and memory management. PNNI Implements call routing per PNNI protocol. Call Control Implements SVC call control. Signaling Implements SVC call signaling. ILMI Implements management per ILMI protocol. For example, the following event originates from the signaling module.
Event/Alarm Messages B-4 SmartSwitch ATM Switch Reference Manual
APPENDIX C TECHNICAL SUPPORT This appendix tells you what to do if you need technical support for your switch. Cabletron offers several support and service programs that provide high-quality support to our customers. For technical support, first contact your place of purchase. If you need additional assistance, contact Cabletron Systems, Inc. There are several easy ways to reach Cabletron Customer Support and Service.
Hardware Warranty Technical Support HARDWARE WARRANTY Cabletron warrants its products against defects in the physical product for one year from the date of receipt by the end user (as shown by Proof of Purchase). A product that is determined to be defective should be returned to the place of purchase. For more detailed warranty information, please consult the Product Warranty Statement received with your product. SOFTWARE WARRANTY Cabletron software products carry a 90-day software warranty.
INDEX Numerics 622LoopBack attribute............................. 2-1 A abbreviations, description of .................... 1-3 accessing the boot load prompt ................ 3-1 activating a PVC..................................2-240, 2-248 a PVP ..................................2-250, 2-256 adding a BUS to an ELAN .......................... 2-24 a LANE client on the switch............ 2-91 a LANE client to an ELAN ............. 2-99 a PVC............................................. 2-240 a PVP ........
Index Broadcast and Unknown Server (BUS) (cont.) starting of ....................................... 2-129 statistics for...................................... 2-30 stopping of ..................................... 2-129 BUS client, statistics for......................... 2-28 BUSClient attribute ................................ 2-20 BUSELAN attribute ............................... 2-24 BUSErrorLog attribute...........................2-22 BUSLECStat attribute ............................
Index deleting (cont.) an LES from an ELAN .................. 2-133 ATM filter from a port................... 2-225 BUS clients ...................................... 2-20 clients registered with LES............ 2-131 ELAN entries at the LECS .............. 2-96 ELAN name table entries .............. 2-102 ELAN packet size table entries ..... 2-116 ELAN policy table entries ............. 2-104 events in the event log ..................... 2-72 LECS error log entries................... 2-107 LECS neighbors.
Index IP/ATM VLAN ARP server table for ........................ 2-82 creation of ........................................ 2-83 IPAddress attribute................................. 2-81 IPATMARP attribute ............................. 2-82 IPATMClient attribute ...........................2-83 IPATMPVC attribute ............................. 2-86 IPATMStat attribute............................... 2-89 L LAN Emulation (LANE) and LECS......................................... 2-96 creating an ELAN ............
Index modifying (cont.) CAC statistics .................................. 2-42 call failure trap interval.................. 2-297 console timeout................................ 2-59 core dump settings ........................... 2-60 ELAN entries at the LECS .............. 2-96 Ethernet port address ....................... 2-81 global traffic parameters, switch ... 2-331 ILMI functions................................. 2-78 IP address of switch....................... 2-158 IP netmask ......................
Index port bandwidth allocation for ..................2-37 CAC statistics for............................. 2-35 Port attribute......................................... 2-216 PortClockMode attribute ...................... 2-219 PortConfig attribute.............................. 2-221 PortFilterSet attribute ........................... 2-225 PortMode attribute................................ 2-227 ports and Ethernet connection ..................2-81 and PNNI attributes .......................
Index showing (cont.) failed soft PVCs............................. 2-295 failed soft PVPs ............................. 2-307 global traffic parameters, switch ... 2-331 ILMI functions................................. 2-78 information LES/BUS VCCs......... 2-142 IP address of switch....................... 2-158 IP routes......................................... 2-266 IP/ATM address mapping................ 2-48 IP/ATM client statistics ..........2-50, 2-89 IP/ATM PVCs .................................
Index SpvcNotifyInterval attribute................. 2-297 SpvcRestart attribute ............................ 2-298 SpvcTarget attribute ............................. 2-299 Spvp attribute ....................................... 2-301 SpvpFailed attribute ............................. 2-307 SpvpRestart attribute ............................ 2-309 SpvpTarget attribute............................. 2-311 SSCOPConfig attribute ........................ 2-313 SSCOPStatistics attribute.....................
