Table Of Contents

Introduction

The Role of the CLI

Command Line Prompt

Command Syntax

Notation

Position-Dependent and Keyword-Driven Parameters

Command Entry

Contents of a Command Description

Identifying Physical and Logical Elements

VSI Slave Format

PXM1E Format

Physical Port Identifier

PNNI Format

PNNI Physical Port Identifier

PNNI Logical Port Identifier

Command Lists by Functional Group

User Session Commands

Node Commands

Equipment and Resource Commands

PNNI Routing Protocol Commands

Route Optimization Commands

ILMI Commands

Logical Node, PNNI Port, and Signaling Commands

SPVC and SVC Commands

Troubleshooting Commands

Introduction

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This chapter describes the command line interface (CLI) for the MGX 8950, MGX 8850 Release 4, and MGX 8830 switches. For basic descriptions of how to configure a switch and various networking features, refer to the Cisco MGX 8850 and MGX 8950 Switch Software Configuration Guide, Release 4.

The chapter describes the following items:

•The role of the CLI on the switch

•The information contained in the CLI prompt

•The command syntax

•Contents of a command description

•Identification of the models of the ATM Switching Service Module (AXSM)

•A logical port in the context of the Public Network-to-Network (PNNI) protocol

•A logical port in the context of AXSM configuration

•Tables that list commands by functional areas, such as node-level parameters, PNNI signaling commands, card-level redundancy commands, and so on

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Note "PXM45" refers to the PXM45/A, PXM45/B, and PXM45/C unless otherwise indicated.

Also, in most descriptions, "PXM" refers to the PXM45 and the PXM1E.

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The Role of the CLI

During initial switch installation, troubleshooting, or where low-level control is important, the command line interface (CLI) provides the best access to the switch. (During normal operation, the tools for controlling a switch are the CiscoView application for equipment management and the Cisco WAN Manager application for connection management.) Each PXM or service module supports its own CLI. The Service Resource Modules (SRM) and XM60 switch fabric cards are controlled by the PXM and do not have a CLI of their own. The available command set also depends on the following:

•The privilege level of the user, such that a lower level user does not see higher-level commands

•The card state—active, standby, or init.

Each model of PXM and each service module have a set of commands specific to the card-type, yet many commands overlap. This reference describes commands as they run only on the PXM—even if certain commands also run on an AXSM, for example.

Although you can run a command on only the card that supports that command, the target of the command can be another card when you are "on" an active PXM. (Being "on" a card means you are using the CLI of that card.) On the PXM, you can use commands that target the following items:

•The entire switch

•The active or standby PXM

•XM60 (in an MGX 8950 switch)

•Service Resource Module (SRM)

•A service module

To move from the CLI of one card to the CLI of another card, use the change card (cc) command.

Command Line Prompt

The format of the CLI prompt is:

name.slot number.card type.card state >

where:

•name is the name of the node ("Unknown" until a you assign name with the cnfname command).

•slot number is the slot of the front card.

•card type identifies the Processor Switching Module 45 (PXM45) or a service module type, such as the AXSM.

•card state is "i" for initialized, "a" for active, or "s" for standby. The Attributes section in each command description shows the valid card state or states fore the command.

–A card in the initialized state (i) is still loading application modules.

–A card in the active (a) state either is fully configured and ready to carry out its function or is already performing its function with live traffic.

–Typically, a card goes into the standby (s) state when it first powers up and boots or when you execute a command that puts it in the standby state. For example, the commands for a graceful upgrade of firmware on a pair of PXMs put the active card in the standby state and the standby card in the active state (see loadrev description for details).

A card in the init state has additional letters (a, s, or f) that indicate the role of the card, as follows:

•PXM.ia> means the card in the init state has the active card role

•PXM.is> means the card in the init state has the standby card role

•PXM.if> means the card is in the init state and has failed

In the course of PXM initialization, the PXM passes through a series of readiness states, one of which is the init state. In this state, the PXM is not ready and can run only a subset of the full command set. Most commands in the init state are intended to help you determine the condition of the PXM and do not support run state operation.

An example of a CLI prompt is:

MGX8850.7.PXM45.a >

The preceding prompt shows that the

•Name of the node is "MGX8850."

•Slot number is 7.

•Card type is PXM45.

•Card state is active.

Command Syntax

This section contains the following syntax topics:

•Notation

•Position-dependent parameters

•Keyword-driven parameters

•Logical port format

•Command entry

Notation

The notation for command and argument parameters follows:

•Commands and their parameters are separated by a space.

•Variables appear in italics.

•Commands, keywords, and literal strings (such as "yes") appear in bold.

•Required arguments appear within left and right arrowheads ("< >").

•Optional parameters appear within square brackets ("[ ]").

•A vertical bar ( | ) represents the logical OR function.

Position-Dependent and Keyword-Driven Parameters

A command can include parameters that are keyword-driven or position-dependent.

For position-dependent parameters, you must type parameters in the order they appear in the syntax description or on-line help. To create a logical port, for example, the position-dependent syntax is:

addport <ifNum> <bay.line> <guaranteedRate> <maxrate> <sctID> <ifType> [vpi]

For a keyword-driven parameter, a keyword precedes the variable. The keyword is preceded by a dash and followed by the parameter (-timeout <secs>, for example). The order you enter keyword-driven parameters does not matter—although any preceding or succeeding, position-dependent parameters must appear as they do in the command syntax description.

The function of the command in the following example is to delete more than one connection at a time. The mandatory, position-dependent connection identifier consist of a logical port (ifNum) and the VPI and VCI of the first connection to delete. After the connection identifier, the line shows two optional, keyword-driven parameters. These keyword-driven parameters can be in any order as long as they appear after the position-dependent parameters.

delcons <ifNum> <vpi> <vci> [-num <num. conns to del>] [-verbose < 1 | 0 >]

Command Entry

When you enter a command, you must type all intended arguments before you press the Return or Enter key in nearly every case. Exceptions to this rule are rare and are indicated in the command description.

If you press the Return key or Enter key with incorrect parameters or no parameters (if the command requires parameters), a message displays the syntax and parameter ranges. The returned message may also suggest what the problem is. For example, the message may warn of too few parameters. No error messages or warnings appear until you complete the command.

Contents of a Command Description

Each command description contains:

•An introductory paragraph that explains the function of the command. Additional paragraphs elaborate on the functionality as needed.

•A list of cards on the CLI of which you can execute the command.

•The syntax of the command. This manual presents parameters in a column to make them easier to read, particularly when displayed through an electronic medium.

•A syntax description lists all the parameters. Each item in the list includes a brief definition, functional details when appropriate, the range of values for the parameter, and an applicable default value.

Note that, in many instances, the default value is not merely a basic starting value but rather the most desirable or commonly used value.

•Occasionally, the description includes a Usage Guidelines section when the complexity of the command warrants it. The Usage Guidelines section contains important details about using the command. When needed, an additional section with a specialized focus may appear. An example is the Version Numbering description for the firmware upgrade commands (see loadrev, for example).

•An Attributes section lists the following details:

•Whether the switch logs each instance of command execution. Typically, the switch logs each configuration change but no display commands.

•The state of the card required to a execute a command. The state can be active, standby, initialized (infrequently), or any of these states.

•A Related Commands lists other commands in the typical grouping of commands (add, delete, configure, and display) or other commands that could complement the command.

•An Example section shows one or more examples of command usage. The text for this section describes the intention of the command and may also describe an outcome. A representation of screen output usually appears. Occasionally, supplemental commands and screen samples appear in support of the example.

Identifying Physical and Logical Elements

The Private Network-to-Network Interface (PNNI) control protocol on the PXM, the AXSM card types, and the narrowband service modules (NBSMs) under the control of the PXM1E use different formats to identify the same elements. This section describes the format of these elements in the PXM and service module contexts and how they correspond to each other. For narrowband service module (NBSM) formats, (an AUSM or VISM, for example), see the specific manual for individual cards. When you configure or view items on the CLIs of different cards, you often need to specify it for PNNI on a PXM as well as the service module. For example, when you configure a PNNI port on the CLI of the PXM, you also must configure a port on the CLI of the service module. (In contrast, when you configure a port on a service module, PNNI automatically configures the port on the PNNI side.) Furthermore, you can display a connection on a service module or on a PXM but with a slightly different viewpoint presented by each CLI. For specific examples of these parallel actions, see the applicable description in this manual (dspcon descriptions, for example), the Cisco MGX 8850 and MGX 8950 Software Configuration Guide, Release 4, or the configuration guide for the PXM1E.

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Note Apart from the way PNNI and the lower levels of logic identify the same element, the issue of configuration sequence needs explanation. When you configure logical ports—for just one example—you must complete certain tasks on the service module CLI both before and after related PNNI tasks on the PXM. This manual describes prerequisites for certain commands, but you should also refer to the appropriate software configuration guide many examples of command sequences.

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VSI Slave Format

The items you identify for addressing purposes on a service module or PXM1E UNI/NNI are as follows:

•Slot

•Bay

•Line

•Logical port

A logical port on a user or network interface (and its CLI) always uses the label ifNum. For a UNI or NNI interface, a one-to-one correspondence exists between a logical port and a physical line. For virtual trunks, you can configure multiple ports for a line.

Note that, the maximum number of logical ports on an AXSM is 60 regardless of the number of AXSM back cards. The range of logical ports (ifNum) is 1-60 for the AXSM and 1-32 for the AXSM-E regardless of whether the interface type is UNI, NNI, or VNNI.

PXM1E Format

This section describes the PNNI physical port identifier and its equivalent in the form of the PNNI logical port identifier.

Physical Port Identifier

On the PXM1E, the PNNI physical port identifier has one format for the network interface (UNI/NNI) back card and a slightly different format for the NBSMs. In relation to the UNI/NNI back card, the PXM1E has a dual role. It controls both the master and the slave side of the Virtual Switch Interface (VSI). On the master side, the port ID has the format described in the forthcoming section, "PNNI Format." On the slave side, the format identifies items on the UNI/NNI back card only. (For the slave side of the NBSMs, you can address items on the CLI of the NBSM itself.)

The items you identify on the PXM1E network interface card for addressing purposes has the format slot:subslot.port:subport and consists of the following:

•Slot number

•Bay number

•Line number

•Logical port number

On an NBSM, the physical port ID as it appears in the PXM1E is slot.port and consists of the following:

•Slot number

•Line number

A logical port on a VSI slave—whether an AXSM or UNI/NNI back card—always uses the label ifNum. For a UNI and NNI interface, a one-to-one correspondence exists between a logical port and a physical line. For virtual trunks, you can configure multiple ports for a line.

The maximum number of logical ports on the UNI/NNI back card is 31 regardless of the line type or whether the interface type is UNI, NNI, or VNNI.

PNNI Format

This section describes the physical port identifier and the equivalent logical port identifier.

PNNI Physical Port Identifier

The PNNI controller identifies a physical port in one of two, similar formats. The format depends on whether the service module is broadband or narrowband. For a broadband interface—whether the interface is controlled by a PXM45 or a PXM1E—the format is as follows:

[shelf.]slot:subslot.port:subport

For a narrowband interface, the format is as follows:

[shelf.]slot.port

The PNNI physical port identifier (physical port ID) includes a series of mandatory elements. Note the period or colon associated with each element inside the square brackets. The elements of the physical port ID on a PXM45 or PXM1E (for UNI/NNI back card) are as follows:

•The shelf is always 1 for the current product and is usually omitted.

•The slot number of the front card.

•Subslot is the number of the bay in which the back card resides. This number is 1 or 2.

•Port is the physical line.

•Subport corresponds to the logical port on an AXSM, PXM1E UNI/NNI back card. For a UNI or NNI, the subport is the same number as the logical port number (on the AXSM for example, the parameter name is ifNum). For a virtual network-to-network interface (VNNI), these numbers do not directly correspond to each other.

In addition to variations in the format of port ID, certain values in the PNNI physical port identifier can vary according to the PXM model and the chassis in which it resides, as follows:

•On a PXM45 for a broadband service: slot:subslot.port:subport

•On a PXM1E for UNI/NNI back card: slot:subslot.port:subport. On the UNI/NNI back card, the subslot is always 2, but the slot depends on the chassis, as follows:

–In an MGX 8850 chassis, slot is always the logical slot 7.

–In an MGX 8830 chassis, slot is always the logical slot 1.

•On a PXM1E for a narrowband service module (NBSM): slot.port.

PNNI Logical Port Identifier

For each physical port number, PNNI also generates a logical port number that is an equivalent of the physical port number. The logical port number appears as an unformatted numerical string. For example, a physical port ID could be 1:1.2:2, and the logical port number would be 16848898. The applicable descriptions of the PNNI commands indicate when this logical port number is required and how to obtain it. For the correspondence between a PNNI physical port and the port identifier on an AXSM or PXM1E UNI/NNI back card, see Table 1-1.

Table 1-1 Mapping PNNI Port ID to AXSM Elements

PNNI port	AXSM or PXM1E UNI/NNI Back Card
Shelf	N/A
Slot	Slot
Subslot	Bay (for upper or lower back card)
Port	Line
Subport	Logical interface (or port)

As Table 1-1 shows, a "port" from the PNNI side is a "line" on a network interface (VSI slave), and a "subport" from the PNNI side is a logical interface (or logical port) on a network interface. An example of a PNNI physical port identifier is 1:2.1:1. This portid corresponds to an AXSM with the following particulars:

Slot 1

Bay 2

Line 1

Logical interface 1 (or logical port 1)

Command Lists by Functional Group

The sections that follow contain tables of commands that fall into particular functional groups. Some commands appear in more than one table because they can be viewed as multi-functional.

User Session Commands

The user session commands are a collection of commands that relate to the user accounts and to general tasks within the CLI context itself. This category includes the following types of operations:

•Adding, deleting, or modifying user accounts

•Changing passwords

•Clearing the screen

•Changing the amount of idle time in a user session before the switch terminates the session

•Listing, moving, or deleting files on the hard drive that resides on the PXM

•Specifying a login message to appear when any user logs into the switch

•Exiting the user session, displaying all users currently logged into the switch, or all user accounts that exist on the switch

•Requesting help for a command (in actuality, a list of parameters and ranges where approriate)

•Listing recent commands and the option to repeat a command

Table 1-2 User Session Commands 

Command	Description
?	(help)
adduser	Add user.
bye	Bye.
cc	Change card.
cd	Change directory.
clidbxlevel	Command line interface level.
clrloginmsg	Clear login message.
clrscrn	Clear screen.
cnfcmdabbr	Configure command abbreviation.
cnfpasswd	Configure password
cnfpswdreset	Configure password reset.
cnfuser	Configure user.
conntrace	Connection trace.
copy	Copy.
cp	Copy.
delete	Delete file.
delsesn	Delete a user session
deluser	Delete user.
dspcmdabbr	Display command abbreviation setting
dspusers	Display users.
exit	Exit.
help	Help.
history	History.
ll	List long
logout	Logout.
ls	List.
ping	Ping.
pwd	Present working directory.
rename	Rename a file.
sesntimeout	Session timeout.
smclrscrn	Service module clear screen (and enable for NBSMs only)
telnet	Telnet.
timeout	Timeout.
users	Users.
who	Who.
whoami	Whoami.
zip	Zip (utility)

Node Commands

The node commands apply to the switch as a whole. The functional areas for these commands consist of the following:

•Generic commands for assigning the time, date, and a name to the node

•Firmware usage commands

•IP connectivity

•SCT management (SCT management is node-level, but individual SCT assignment is port level)

•Simple network management protocol (SNMP)

•Simple network timing protocol (SNTP for timestamp synchronization)

•Shelf operations

•Node-level SPVC addressing

•Network synchronization

Table 1-3 Firmware and Software Image Related Commands

Command	Description
abortallsaves	Abort all saves
abortrev	Abort revision
clrallcnf	Clear all configurations
clrcnf	Clear configuration
clrsmcnf	Clear service module configuration
clrsrmcnf	Clear Service Resource Module (SRM) configuration
commitrev	Commit revision
dsprevs	Display revisions
dspversion	Display version
loadrev	Load revision
runrev	Run revision
saveallcnf	Save all configurations
setrev	Set revision

Table 1-4 IP Connectivity Commands 

Command	Description
addtrapmgr	Add trap manager
bootChange	Boot address change (specifies the boot IP address and gateway address of a PXM)
cnfndparms	Configure node parameters
cnftrapip	Configure trap IP
delifip	Delete IP interface
deltrapmgr	Delete trap manager
dspifip	Display IP interface
dspipconntask	Display IP connection task
dspipif	Display IP interface
dspipifcache	Display IP interface cache
dsptrapip	Display trap IP
dsptrapmgr	Display trap manager
ipifconfig	Configure IP interface
pvcifconfig	PVC interface configuration

Table 1-5 Service Class Template Commands

Command	Description
addport	Add port (runs on PXM1E and has an SCT component)
addsct	Add SCT
cnfport	Configure port (runs on PXM1E and has an SCT component)
cnfsct	Configure SCT
delsct	Delete SCT
dspportsct	Display port SCT (PXM1E)
dspsct	Display SCT (PXM1E)
dspsctchksums	Display SCT (PXM1E)
dspscts	Display SCT

Table 1-6 SNMP Commands

Command	Description
cnfsnmp	Configure SNMP
dbgpnsnmp	Debug PNNI SNMP
dspsnmp	Display SNMP

Table 1-7 SNTP Commands  

Command	Description
addsntprmtsvr	Add simple network time protocol (SNTP) remote server
clrsntpstats	Clear SNTP statistics
cnfsntp	Configure SNTP
cnfsntprmtsvr	Configure SNTP remote server
dbgsntp	Debug SNTP
delsntprmtsvr	Delete SNTP remote server
dspsntp	Display SNTP
dspsntprmtsvr	Display SNTP remote server
dspsntpstats	Display SNTP statistics

Table 1-8 Shelf Operation Commands Summary 

Command	Description
actaudit	Active audit
addserialif	Add serial interface
bootchange	Specifies the boot IP address and gateway address of a PXM card
clidbxlevel	Command line interface level
clrallcnf	Clear all configurations
clrerr	Clear error
clrerrhist	Clear error history
clrlog	Clear log
clrloginmsg	Clear login message
clrqosdefault	Clear quality of service default
cnfcbclk	Configure cellbus clock
cnfcli	Configure CLI
cnfcmdabbr	Configure command abbreviation
cnfdate	Configure date
cnfname	Configure name
cnfndparms	Configure diverse node parameters
cnfnodalfd	Configure nodal frame discard
cnfpswdreset	Configure password reset
cnfrmrsrc	Configure Resource Monitoring
cnfserialif	Configure serial interface
cnfserialif	Configure serial interface
cnfsigdiag	Configure signaling diagnostic
cnfsnmp	Configure SNMP
cnfstatsmgr	Configure statistics manager
cnftime	Configure time
cnftmzn	Configure time zone
cnftmzngmt	Configure time zone management
cnftrapip	Configure trap IP
del	Delete (file)
delserialif	Delete serial interface
delsesn	Delete session
delsigdiag	Delete signaling diagnostic
deltrapmgr	Delete trap manager
dspactaudit	Display active audit
dspainihopcount	Display AINI hop count
dspbkpl	Display backplane
dspcbclk	Display cellbus clock
dspcd	Display card
dspcdalms	Display card alarms
dspcds	Display cards
dspcdstatus	Display card status
dspcli	Display CLI
dspclkinfo	Display clock information
dspcmdabbr	Display command abbreviation
dspcurclk	Display current clock
dspdate	Display date
dspdate	Display date
dspdisk	Display disk
dspenvalms	Display environmental alarms
dsperr	Display error
dsperrs	Display errors
dspipconntask	Display IP connectivity task
dspipif	Display IP interface
dspipifcache	Display IP interface cache translation
dsplmilink	Display LMI links
dsplmiloop	Display LMI loopback
dsplmistats	Display LMI statistics
dsplmitrace	Display LMI trace
dspln	Display line
dsplog	Display log
dsploginmsg	Display login message
dsplogs	Display logs
dspmbsdft	Display maximum burst size (MBS) default
dspndalms	Display node alarms
dspndparms	Display node parameters
dspndstatus	Display node status
dspnodalfd	Display nodal frame discard
dsppingatmaddr	Display ping ATM address
dsppnallgrpaddr	Display all group addresses
dsppngrpmbrs	Display group members
dsppnportidmaps	Display PNNI port ID maps
dsppnportncci	Display PNNI port network call correlation identifier
dsppnportrsrc	Display PNNI port resource
dspprfhist	Display profiler history
dsppswdreset	Display password reset
dspqosdefault	Display quality of service default
dsprevs	Display revisions
dsprmalms	Display resource monitoring alarms
dsprminfo	Display resource monitoring information
dsprmrsrc	Display a monitored resource
dsprmrsrcs	Display monitored resources
dspsem	Display semaphore
dspsems	Display semaphores
dspserialif	Display serial interface
dspsesn	Display session
dspsnmp	Display SNMP
dspstatsmgr	Display statistics manager
dspsvcif	Display SVC interface
dspswalms	Display switch alarms
dsptrapip	Display trap IP
dsptrapmgr	Display trap manager
dspversion	Display version
ipifconfig	Configure IP interface
loadrev	Load revision
memShow	Memory map show
resetcd	Reset card
resetsys	Reset system
restoreallcnf	Restore all configurations
routeShow	Route show
routestatShow	Routing statistics show
runrev	Run revision
saveallcnf	Save all configurations
sesntimeout	Session timeout
setrev	Set revision
showsyserr	Show system error
svcifconfig	Switched virtual circuit (SVC) interface configuration
syserr	System error (same command as the showsyserr command)
telnet	Telnet

Table 1-9 Node-Level SPVC Address Commands

Command	Description
cnfspvcprfx	Configure SPVC prefix
dspspvcprfx	Display SPVC prefix

Table 1-10 Network Synchronization Commands

Command	Description
cnfclkparms	Configure clock parameters
cnfclksrc	Configure clock source
cnfncdpclksrc	Configure NCDP clock source
cnfsrmclksrc	Configure SRC clock source
dclk	Display clock (measured by system clock test)
delclksrc	Delete clock source
delncdpclksrc	Delete NCDP clock source
dspclkalms	Display clock alarms
dspclksrcs	Display clock sources
dspcurclk	Display current clock
dspncdpclksrc	Display NCDP clock source
dspncdpclksrcs	Display NCDP clock sources
dspsrmclksrc	Display SRM clock source

Equipment and Resource Commands

Table 1-11 APS Commands

Command	Description
addapsln	Add APS line
clrbecnt	Clear bit-error count (APS-related)
cnfapsln	Configure APS line
delapsln	Delete APS line
dspapsbkplane	Display APS backplane
dspapsln	Display APS line
dspapslns	Display APS lines
dspbecnt	Display bit-error count (APS-related)
switchapsln	Switch APS line

Table 1-12 Card-level Redundancy Commands

Command	Description
addred	Add redundancy
delred	Delete redundancy
dspred	Display redundancy
switchcc	Switch core card
switchredcd	Switch redundant card

PNNI Routing Protocol Commands

PNNI commands consist of the following types:

•Routing protocol-related

•Signaling-related

Table 1-13 PNNI Routing Protocol Commands 

Command	Description
addpnni-node	Add PNNI node
addpnni-summary-addr	Add PNNI summary address
addpref	Create a preferred route
aesa_ping	ATM end station address ping
cnfpref	Modify a preferred route
cnfpnni-election	Configure PNNI election
cnfpnni-intf	Configure PNNI interface
cnfpnni-link-selection	Configure PNNI link selection
cnfpnni-mtu	Configure PNNI maximum transmission unit (MTU)
cnfpnni-node	Configure PNNI node
cnfpnni-pkttrace	Configure PNNI packet trace
cnfpnni-routing-policy	Configure PNNI routing policy
cnfpnni-scope-map	Configure PNNI scope map
cnfpnni-svcc-rcc-timer	Configure PNNI SVCC-based RCC timer
cnfpnni-timer	Configure PNNI timer
cnfpri-routing	Configure priority routing
dbgpnni	Debug PNNI
delpnni-node	Delete PNNI node
delpnni-summary-addr	Delete PNNI summary address
dsppnni-bn-path	Display PNNI border node path
dsppnni-bypass	Display PNNI bypass
dsppnni-dbg	Display PNNI debug
dsppnni-election	Display PNNI election
dsppnni-idb	Display PNNI information database
dsppnni-inducing-uplink	Display PNNI inducing uplink
dsppnni-intf	Display PNNI interface
dsppnni-link	Display PNNI link
dsppnni-link-selection	Display PNNI link selection
dsppnni-mtu	Display PNNI maximum transmission unit (MTU)
dsppnni-neighbor	Display PNNI neighbor
dsppnni-node	Display PNNI node
dsppnni-node-list	Display PNNI node list
dsppnni-path	Display PNNI path
dsppnni-pkttrace	Display PNNI packet trace
dsppnni-ptse	Display PNNI topology state element
dsppnni-reachable-addr	Display PNNI reachable address
dsppnni-routing-policy	Display PNNI routing policy
dsppnni-scope-map	Display PNNI scope map
dsppnni-spoke	Display PNNI default spoke
dsppnni-summary-addr	Display PNNI summary address
dsppnni-svcc-rcc	Display PNNI SVCC-based RCC
dsppnni-svcc-rcc-timer	Display PNNI SVCC-based RCC timer
dsppnni-timer	Display PNNI timer
dsppnsysaddr	Display PNNI system address
dsppri-routing	Display priority routing

Route Optimization Commands

Table 1-14 Route Optimization Commands

Command	Description
addpref	Create a preferred route
cnfndidrtes	Change node ID for all preferred routes
cnfpref	Modify a preferred route
cnfpri-routing	Prioritize the order of de-routing and re-routing connections
cnfrteopt	Configure route optimization
cnfrteoptthld	Configure route optimization threshold
cnfrrtparm	Configure reroute parameters
delpref	Delete preferred route
dsppref	Display preferred route
dspprefs	Display preferred routes
dsprteoptcnf	Display route optimization configuration
dsprteoptstat	Display route optimization status
optrte	Optimize route
rrtcon	Reroute connection

ILMI Commands

Table 1-15 Integrated Local Management Interface (ILMI) Commands

Command	Description
addprfx	Add prefix
clrilmicnt	Clear ILMI counters
cnfaddrreg	Configure address registration
cnfautocnf	Configure auto configuration
cnfilmi	Configure ILMI
cnfilmienable	Configure ILMI enable
cnfilmiproto	Configure ILMI protocol
dbgilmi	Debug ILMI
delprfx	Delete prefix
dnilmi	Down ILMI
dspilmi	Display ILMI
dspilmiaddr	Display ILMI address
dspilmicnt	Display ILMI counters
dspilmis	Display ILMIs
dsppnilmi	Display PNNI ILMI
dspprfx	Display prefix
upilmi	Up ILMI

Logical Node, PNNI Port, and Signaling Commands

The commands in this section pertain to PNNI ports and PNNI signaling. The port-related commands can be specific to a port or apply to the all PNNI ports on the whole node.

Table 1-16 PNNI Port Commands 

Command	Description
addaddr	Add an ATM address to a PNNI port
addfltset	Add ATM filter set
addpnport	Add a UNI or NNI port
addprfx	Add ATM address prefix to a PNNI port
aesa_ping	ATM end system address ping
clrpnconstats	Clear PNNI port connection statistics
clrqosdefault	Clear QOS defaults
clrsscopstats	Clear SSCOP statistics
cnfcdvtdft	Configure cell delay variation tolerance (CDVT) default
cnfconsegep	Configure connection segment endpoint
cnfe164 justify	Configure E164 justification
cnfenhiisp	Configure enhanced IISP
cnffltset	Configure filter set
cnfintfvsvd	Configure interface VS/VD
cnfmbsdft	Configure maximum burst size (MBS) default
cnfoamsegep	Configure OAM segment endpoint
cnfpnctlvc	Configure PNNI control VC
cnfpnportacc	Configure PNNI port access
cnfpnportcac	Configure CAC policy parameters for a port
cnfpnportcc	Configure call control parameters for a port
cnfpnportloscallrel	Configure PNNI port LOS call release
cnfpnportncci	Configure port network call correlation identifier
cnfpnportrange	Configure PNNI port range
cnfpnportsig	Configure PNNI port signaling
cnfqosdefault	Configure quality of service default
conntrace	Connection trace
deladdr	Delete address
deladdrs	Delete ATM addresses
delconsegep	Remove a segment endpoint on a connection
delfltset	Delete filter set
delpnport	Delete PNNI port
delpnportacc	Delete PNNI port access
dnpnport	Down PNNI port
dspaddr	Display ATM address
dspainihopcount	Display AINI hop count
dspatmaddr	Display ATM address
dspcdvtdft	Display CDVT default
dspconsegep	Display connection segment endpoint
dspfltset	Display filter set
dspprfx	Display ATM address prefix for a PNNI port
dspmbsdft	Display MBS default
dspoamsegep	Display OAM segment endpoint
dsppathtracebuffer	Display path trace buffer
dsppathtracebuffers	Display path trace buffers
dsppathtraceie	Display path trace
dsppathtracenode	Display path trace node
dsppathtraceport	Display path trace port
dsppncon	Display PNNI connection
dsppncons	Display PNNI connections
dsppnconstats	Display PNNI connection statistics
dsppnctlvc	Display PNNI control VC
dsppnport	Display PNNI port
dsppnportcac	Display PNNI port CAC
dsppnportcc	Display PNNI port call control (CC)
dsppnportloscallrel	Display PNNI port LOS call release
dsppnportrange	Display PNNI port range
dsppnports	Display PNNI ports
dsppnsysaddr	Display PNNI port resource
dspspvcaddr	Display SPVC address
dspsvcparm	Display SVC nodal parameter
pathtraceie	Path trace information element (IE)
pathtracenode	Path trace node
pathtraceport	Path trace port
tstpndelay	Test PNNI delay
uppnport	Up PNNI port

Table 1-17 Congestion Commands at Node and Port Levels

Command	Description
cnfintfcongth	Configure interface level congestion threshold
cnfnodalcongth	Configure nodal congestion threshold
dspintfcongcntr	Display interface level congestion counter
dspintfcongflags	Display interface congestion manager flags
dspintfcongth	Display interface congestion threshold
dspnodalcongcntr	Display nodal level congestion counter
dspnodalcongflags	Display nodal congestion flags
dspnodalcongth	Display nodal congestion threshold

Table 1-18 Signaling Commands

Command	Description
clrsigstats	Clear signal statistics
clrsscopstats	Clear SSCOP statistics
cnfenhiisp	Configure enhanced IISP
cnffltset	Configure frame discard on AAL5
cnfpnportncci	Configure port network call correlation identifier
cnfpnportsig	Configure PNNI port signaling
cnfsig	Configure signaling
cnfsscop	Configure SSCOP
delsigdiag	Delete signaling diagnostics
disablesscop	Disable SSCOP
dspenhiisp	Display enhanced IISP
dsppnportsig	Display PNNI port signaling
dspsig	Display signaling
dspsigdiag	Display signaling diagnostic parameters and records
dspsigstats	Display signaling statistics
dspsscop	Display SSCOP
dspsscopstats	Display SSCOP statistics

SPVC and SVC Commands

This section lists the commands that apply to SPVCs, SPVPs, SVCs, or SVPs. The commands for SPVC and SPVPs let you add, delete, configure, display, and specify statistics for these connections. Some commands apply to all types of connections, and some commands apply to only SVCs and SVPs or SPVCs and SPVPs. Individual command descriptions indicate specific applications.

Table 1-19 Connection Commands

Command	Description
addcon	Add connection
clrdiagerr	Clear diagnostic error
clrdiagstat	Clear diagnostic statistics
clrpncon	Clear PNNI connection
clrpnconstats	Clear PNNI connection statistics
clrspvcnonpers	Clear SPVC nonpersistent endpoint
cnfabr	Configure available bit rate (ABR VS/VD)
cnfabrtparmdft	Configure default ABR traffic parameters
cnfcdvtdft	Configure cell delay variation tolerance (CDVT) default
cnfcon	Configure connection
cnfdiag	Configure diagnostics
cnfdiagall	Configure diagnostics all
cnfrrtparm	Configure reroute parameters
cnfsvcoverride	Configure SVC override
cnftrftolerance	Configure traffic conformance tolerance
delcon	Delete connection
dncon	Down connection
dspabrtparmdft	Display ABR traffic parameter defaults
dspconinfo	Display connection information
dspcons	Display connections
dspdiagcnf	Display diagnostics configuration
dsppri-routing	Display priority routing
dsppvcif	Display permanent virtual connection (PVC) interface
dsprrtparm	Display global reroute retry parameters
dsptrftolerance	Display traffic conformance tolerance
pvcifconfig	PVC interface configuration
tstconseg	Test continuity segment
tstdelay	Test delay
upcon	Up connection

Troubleshooting Commands

Table 1-20 Troubleshooting Commands

Command	Description
abortofflinediag	Abort offline diagnostics
clrdiagerr	Clear diagnostic error
clrdiagstat	Clear diagnostic statistics
clrportconstats	Clear nodal connection statistics
clrnodalconstats	Clear port connection statistics
cnfdiag	Configure diagnostics
cnfdiagall	Configure diagnostics all
dspcdalms	Display card alarms
dspcderrs	Display card errors
dspcdhealth	Display card health
dspclkalms	Display alarms related to network synchronization
dspcon	Display connection
dspconinfo	Display connection information
dspcons	Display connections
dspdiagcnf	Display diagnostics configuration
dspdiagerr	Display diagnostics error
dspdiagstat	Display diagnostics statistics
dspdiagstatus	Display diagnostics status
dspdisk	Display disk partitions
dsperrhist	Display error history
dspportconstats	Display nodal connection statistics
dspnodalconstats	Display port connection statistics
dspprfhist	Display profiler history
dsptech	Display technical details
forcecdnative	Force card native
stackdump	Stack dump
tstconseg	Test continuity segment
tstdelay	Test delay