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This publication provides instructions for using the MGX 8250 commands in the command line
interface.
Provides instructions for using WAN CiscoView for the I GX 8400.
Release 1.0, Part Number 78-10897-01, July 2000
About This Manual
Conventions
WAN CiscoView for t he BPX 8600 Switches
Release 2.0
DOC-786539=
Cisco WAN Manager Installation for Sol aris
Release 9.2
DOC-78=785875=
Cisco WAN Manager Operations Rele ase 9.2
DOC-785876=
Cisco WAN Manager SNMP Se rvice Agent
Release 9.2
DOC-785878=
Cisco WAN Manager Database Interfac e
Release 9.2
DOC-785877=
Conventions
This publication uses th e following conventions to convey instructions and information.
Command descriptions use these conventions:
•
Commands and keywords are in boldface.
Provides instructions for using WAN CiscoView for the B PX 8600.
Provides procedures for installing Release 9.2 of the CiscoWAN
Manager (CWM) network management syste m on So lar is systems.
Provides procedures for operating Release 9.2 of the Cisco WAN
Manager (CWM ) network management syste m .
Provides inform ation about the Cisco WAN Mana ger Simple Network
Management Protocol (SNMP) Service Agent components and
capabilities.
Provides the information to gain direct access to the Cisco WAN
Manager Informix OnLine database that is used to store information
about the elements within your networ k.
Note
Caution
Warning
•
Arguments for whic h you supply values are in
•
Required comma nd argu ment s a re inside angle brackets (< >).
•
Optional com mand arguments ar e i n sq ua re brackets ([ ]).
•
Alternative keywords are se para ted by vertical bars ( | ).
italics
.
Examples use these conventions:
•
Terminal s essions and information the system displays are in
•
Information y ou e nter is in
•
Nonprinting characte rs, such a s passwords, are in angle brackets (< >).
•
Default responses to system prompts are in square bra ckets ([ ]).
reader take note
Means
. Notes contain helpful suggestions or references to materials not
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The preferred tools for configuring, monitoring, and controlling an MGX 8 250 switch are the
CiscoView and Cisco WAN Mana ger (CWM) ap plica tions fo r equ ipm ent management a nd conn ectio n
management, respectively. (The C is co WAN Manager application is the forme r C isco StrataView Plus
applicationwiththeequipmentmanagement removed.)Thecommandlineinterface (CLI) also provides
access to an MGX 8250 switch and is highly applicable during initial installation, troubleshooting, and
any situation where low-level control is u seful.
The MGX 8250 commands in the tab les that follow are divided by major f un ctiona l group. Each table
shows the complete name of the command an d t he cards for which the command is valid . For furt her
reference, chec k th e
provides conceptual information about how the Cisco MGX 8250 switch can best implement network
services in your network configuration.
The command line prompt shows the name of the switch, the number of the switch (which is always
“1”), the slot number and type for the currentcard,and whether the card is in the active (“a”) or standby
state (“s” ). The following is an exa mpl e of the comman d l in e prompt:
excel.1.6.AUSM.a >
In this cas e, the current card is an active AUSM in s lot 6, a nd th e name of the no de is “ excel .”
The command notation and argument parameters follow standard programming convention: a space
separates the command and each parameter; variables have an italicized typeface; required arguments
appear within “<>” marks; optional parameters appear within square brackets (“[ ]”); and a vertical b ar
(|) represent s t he logical OR function .
Cisco MGX 8250 In stal lation a n d Configuration
document. T his document
Note
Release 1.0, Part Number 78-10897-01, July 2000
You must type a ll command arguments then pressReturn or Enter rather than enter one
parameter at a time.
When you enter a com ma nd with no pa ramet ers , a usage message appears . Th is message
shows syntax and rang es for the applicabl e c omma nd parameters.
The list of commands for the commo n eq uipme nt cards PXM and S RM appear in Tab le 1-1. The se
commands are available when you log into the PXM. The node connectivity commands appear in
Tabl e 1-2. Appli cab le service module comm an ds become available when yo u switc h t o a card by
executing the cc co mm and. The list of service module com mand s appear in Table 1-3. Many commands
apply to bot h th e common equipment car ds and the service modules.
Table 1-1PXM Commands
CommandDescription
PXM Shelf Group
addtrapmgrAdd Trap Manager
agetrapmgrAge Trap Manag er
clrcderrsClear Card Errors in BRA M
clrmsgcntClear Control M essa ge Co unte r
cnfclksrcConfigure Net work Clock So urc e
cnfstatsmgrConfigure Statistics Manager
cnftrapmgrC onfigure/A dd /Del ete Trap Manage rs
deltrapmgrDelete Trap Manager
dspcdDisplay Card
dspcderrsDisplayCardErrorsinBRAM
dspcdsDisplay Cards
dspclksrcDisplay Clock Sources
dspfwrevsDisplay Firmware Revisions
dspmsgcntDisplay Control M essage Counter
dspsarcntsDisplay SAR Counters
dspsmcnfDisplay Ser vic e Module Configuration
dspstatparms Display Statistics Alarms
dsptrapmgrDisplay Trap Manag er
dsptrapmgrsDisplay Trap Man ag er s
rese tcdReset Card
switchccSwitch Core Cards
versionVersion (displays version data for a card)
xcnftrapmgrConfigure Trap Manag er
xdsptrapmgrDisplay Trap Manag er
PXM User Group
adduserAdd User
ccChange Card
clrscrnClear Terminal Screen
clrlogClear Event/Message Log
cnfpwdC onfigure Password
deluserDelete User
dsplogDisplay Event/Message Log
dspusersDisplay Users
HelpHelp (list of commands per card)
usersUsers
PXM Node Group
cnfnameConfigure Shelf Name
cnfdateConfigure Date
cnftimeConfigure Time
cnftmznConfigure Time Zone
cnftmzngmtC onfigure Ti me Zone t o GMT
cnfifipConfigure Interface IP Address
delifipDelete Interface IP Address
dspifipDisplay LAN interface IP
PXM Redundancy Group
addredAdd Redundancy
delredDel ete Redundancy
dspfeatureDisplay Feature
dspredDispla y Re dunda ncy
softswitchSoft Switch
switchbackSwitch Back
PXM Broadband Interface Group
addrscprtnAdd Resource Partition
clratmlncntClea r an ATM Line’s Counters
clratmlncntsClear All ATM Line Counters
clrifcntC lea r Cou nter s for a Broadband Interface
clrifcntsClear All Counters for a Broadband In ter face
cnfatmlnConfigure ATM Lin e
cnfcdrscprtnConfigure Card Resource Partition
cnfifConfigure a Broa dband Interface
cnfrscprtnConfigure Resource Partition
cnfsvclcnConfigure SVC LCNs
cnfsvcrangeConfigure SVC Ran ge
dnifDisable the Broadband Interface
dspatmlncnfDisplay ATM Line Configuration
dspcdrscprtDisplay Card Resource Partition
dspcdrsctypeDisplay Ca rd Re sour ce Type
dspifDisplay Inte rface
dspifcntDispla y Inte rface Count
dspifrscDisplay Interface Resource
dspifsDisplay Interfaces
dsplnrscDisplay Line Resource
dsprscprtnsDisplay All Resource Partitions
dspsvcrangeDisplay SVC Rang e
upifAdd Broadband Interface on PXM
PXM Alarm Group
clralmClear Line Alarms
clralmcntClear Alarm C ounters/St atisti cs
dspalmDisplay Alarms for a Line
dspalmsDisplay All Alarms o n Card
dspalmcnfDisplay Alarm Thr eshol d Configura tion
dspalmcntDisplay Alarm Counters/Statistics (line)
dspshelfalmDisplay Shelf Alarms
PXM Line Group
addapslnAdd APS on a Line
addlnAdd Line
dellnDelete Line
dsplnDisplay Line Configuration
dsplnsDisplayAllLinesonCard
dspsrmlnsDisplayAllLinesonCard
PXM Channel Group
clrsarcntC l ear S AR Counters
dspsarcntDisplay SAR C ounters
dspservrateDisplay Service Rate
SRM-3T3 Group
addlinkAdd SRM-3T3 T3 Link to T1 Slot and Line
clrsrmcnfClear SRM-3T3 Con figuration
cnfsrmclksrcConfigure SRM-3T3 Clock S ource
dellinkDelete SRM-3T3 T3 Link from T1 Slot and Line
delslotlnkDelete Link from T1 Slot
dsplinkDisplay SRM-3T3 T3 Link to a T1 Slot and Line
addlnAddLineXXXXX
addlnloopAddLineLoopXXXX
cnfds3lnConfigure DS3 LineX
cnflnConfigureLineXXXXX
cnfplppConfigure PLPP ParametersX
dellnDeleteLineXXXXX
dellnloopDeleteLineLoopXXXX
dspds3lnDisplay a DS3 Line
dspds3lnsDisplay D S3 Lines
dsplnDisplayLineConfigurationXXXXX
dsplnsDisplayAllLinesonCardXXXXX
Port Group
addportAdd PortXX
clrportcntClear Port Counte rsXX
clrportcntsClear All Port Co untersXX
cnfegrqConfigure Egress Q ueueX
cnfilmiCon figure I LMIX
cnfportConfigure FR Port(s)XX
cnfportcllmConfigure Port CLLM ParametersXX
cnfportqConfigure AUSM Por t QueueX
copyportsCopy Port ConfigurationXX
delportDelete FRSM or AUSM PortX
delportsDelete Port ConfigurationsXXX
dnportDown PortXX
dspegrqD isplay Egress Queue
dspegrqsDisplay Egress Queues
dspilmiDisplay ILMIX
dspilmicntDisplay I LMI CountersX
dspportDisplay Port ConfigurationXX
dspportcntD isplay FR Por t Cou nte rsXX
dspportqDi splay Port QueueX
dspportqsDisplay Po rt Q ueue sX
dspportsDisplay All PortsXX
dspportstatsDisplay Port StatisticsX
upportUp PortX
SM Channel Group
addchanAdd ChannelXXXX
addchanloopAd d a Channel LoopbackXXX
clrchancntClear Channel Counter for FRSM or
XXXX
AUSM Channels
clrsarcntsClear SAR CountersXXX
cnfchancaoffConfigure Channel Admission
X
Control Off
clrchancntsClear Channel Counter for All FR
XXX
Channels
cnfchanegressqConfigure Channel Egre ss QueueX
cnfchanfstConfigure Channe l ForeSightXX
cnfchaningressqConfigure Channel Ingress QueueX
cnfchanmapConfigure C ha nnel MapXXX
cnfchanpolConfigure Channel PolicingX
cnfchanqConfigure Channel QueueXX
copychansCopy Channel Configuration sXXX
delchanDelete Channel(s)XXXX
delchanloopDelete a Channel LoopbackXXX
delchansDelete ChannelsXXX
dspchanDisplay Channel ConfigurationXXXX
dspchancntDisplay Channel CountersXXXX
dspchansDisplay All ChannelsXXX
dspchstatsDisplay Channel StatisticsX
dspsarcntDisplay SAR CountersXXXX
SM Connection Group
addconAdd ConnectionXX
cnfupcabrConfigure UPC for ABRX
cnfupccbrConfigure UPC for CBRX
cnfupcubrConfigure UPC for U BRX
cnfupcvbrConfigure UPC for VBRX
delconDelete ConnectionXX
dspconDisplay a ConnectionXX
dspconsDisplay ConnectionsXX
dsploadsDisplay LoadsX
tstconTe st ConnectionXXXX
tstconsegTest Connection SegmentX
xcnfdsx3bert
deldsx3bertStop BE RT Test SessionXX
dspdsx3bert
Display BERT ResultsXX
xdspdsx3bert
moddsx3bertInject Bit Errors into BERT Se ssionXX
startdsx3bertBegin BERT SessionXX
IMA Group
addimagrpSet Up New IMA GroupX
addlns2imagrpAdd Lines to IMA GroupX
clrimagrpcntD ele te IMA Group CountersX
clrimalncntDelete Line Counters of IMA GroupX
clrimatstStop IMA GroupTestX
cnfimaalmparmConfigure IMA Group A lar m
X
Parameters for I MA Group
cnfimagrpConfigure IMA GroupX
cnfimatstConfigure Testing for IMA GroupX
delimagrpRemove IMA GroupX
delnsfmimagrpRemove L ine s f rom IMA GroupX
dspimaalmparmDisplay IMA Alarm ParametersX
dspimagrpDisplay IMA Group ConfigurationX
dspimagrpcntDisplay Current IMA Group Count ersX
dspimagrpsDisplay All IMA GroupsX
dspimalnDisplay IMA Group L ineX
dspimalncntDisplay Line Counters of IMA GroupX
dspimatstDisplay IMA Group Test ParametersX
Use the ? command to view all commands associated with the current card, and to view a list of
commands ass o cia t ed w i th a t r unc ate d command entry.
Card(s) on Which This Command Executes
PXM, FRSM, AUSM, CESM
Syntax
command
? [
Syntax Description
]
?
Related Commands
Attributes
Examples
command
help
Log: NoState: AnyPrivilege: Any
This section c onta ins the following exam ples:
•
View all commands associated with a partial command entry string
•
View all commands associated with the current card
Example 1-2View all commands associated with the current card
System response for th e ? command is identical to that when executing the help command. See the
examples in the help section beginning on pa g e1- 467.
Use the addaimgrp comman d to set an AIMUX group on the current AUSM.
Card(s) on Which This Command Executes
AUSM
Syntax
Chapter 1MGX 8250 Command Line Interface
Syntax Description
Related Commands
Attributes
addaimgrp <
group_num
port_type
list_of_links
group_num><port_type><list_of_links><minNumLinks>
AIMUX group number, in the range 1–8.
Port type.
•
1=UNI
•
2=NNI
List of physical li nes, in the range 1–8, to be included in aimux_grp. Type a
period (.) between each line in the string to delineate each member of the
AIMUX group.
minNumLinks
Minimum number of links for the group formation, in the range 1–8.
delaimgrp, cnfaimgrp, dspaimgrp, dspaimgrps
1-18
Log: YesState: Act ivePrivilege : Group 1
Example 1-7Add IMA group 2 as UNI with lines 3, 4, and 5
Use the addcdrscprtn command to set card-level r e sour ce partitions.
addcdrscprtn
Note
This command applies only if the card partition type is controllerBased.
The resource you can partition at the card level is the number of connections available to a network
controller.
With card-level partitioning:
•
The number of c onn ect ions available at each port is the same.
•
You can spe cify the number of connection s ava ilable to each controller or let the m comp ete for
connections at each p ort.
Table 1-4 describes the effects of each of three usages of addcdrscprtn.
Table 1-4Degrees of Card-Level Resource Partitioning
CommandDescription
addcdrscprtn off
Card-level partitioning is inactive. You must partition resources at the
port level. (See also cnfportrscprtn.)
addcdrscprtn on
Default.
Card-level partitioning is on, but no allocation for a specific controller
is spec ified. The maximum num be r of connections o n a p ort is available
to each contr oll er. Each controll er t here fo re competes fo r th e
connections.
addcdrscprtn on <x><y><z>
In addition to the definitions in Table 1-4, note the following characteristics of this command:
•
If you specify that card-level partitioning is off (addcdrscprtn off), port-level p ar titi onin g is
mandatory (cn fportr scp rtn).
•
If you do not execu te addcdrscprtn, th e default st ate of addcdrscprtn on is in effect.
•
If you specify card-level part itio ning (addcdrscprtn on xyz
(cnfportrscpr tn) i s a n option you can u se to further modify the partitioning on a port.
Card(s) on Which This Command Executes
PXM, FRSM, CESM, VISM
Syntax: PXM
addcdrscprtn <
Release 1.0, Part Number 78-10897-01, July 2000
ctrlr_num><num_lcns
Same as addcdrscprtn,exceptx,y,andzrepresent th e number of
connections per port available t o the PAR, PNNI, a nd Tag controllers,
respectively.
Use the addchan co mman d to configure ch anne ls on the cur rent P XM, FRSM , AUSM, or CESM. The
syntax for using addchan on an AUSM differs from that used on all other cards. See Syntax:AUSM,
page 1-26 fo r guide li nes.
Remote Network Service Access Point (NSAP) value, in the f ormat
node.slot.port. An N SAP is the point at which OSI Network Service is made
available to a transport layer (Layer 4) entity.
chan_master
Status of local endpoint, either master or slave.
•
1=master
•
2=slave
addchan <chan><port><dlci><cir><chan_type>[
rmtvci><rmtnsap
<
chan
port
>
Channel number, in the range 16–1015.
Port number for T1 or E1.
•
T1 range = 1–192
•
E1 range = 1–248
CAC]<mastership><locnsap><rmtvpi
>
dlci
cir
chan_type
CAC
mastership
Data-link connectio n iden tifier ( DLCI) value, in the range 0–1023.
Committed information rate (CIR) value for T1 bps or E1 bps.
•
T1 range = 0–1536000
•
E1 range = 0–204800
Channel type.
•
1=NIW
•
2 = SIW- transparent
•
3 = SIW-translation
•
4=FUNI
•
5=frameforwarding
Connection admission control (CAC), either enabled or disabled.
•
1 = enabl e
•
2 = disable (defau lt)
Status of current end, either master or slave.
•
1=master
•
2=slave
locnsap
Release 1.0, Part Number 78-10897-01, July 2000
A 20-byte string, which is the hexadecimal form of the ASCII character string
that identifies the local node n ame, slot, and port in NSAP format.
Remote virtual path identifier (VPI) value, in the range 1–65535 .
Remote virtual channel identifier (VCI) value, in the range 1–65535.
A 20-byte string , whi ch is th e hexadecimal form of the ASCII character string
that iden ti fies the remote node name, slot, and port in NSAP format.
mastershipStatus of current end, either master or slave.
•
1=master
•
2 = slave (default)
locnsap
A 20-byte string, which is the hexadecimal form of the ASCII character string
that identifies the local node n ame, slot, and port in NSAP format.
rmtvpi
rmtvci
Remote virtual path identifier (VPI) value, in the range 1–65535.
Remote virtua l channel identifier (VCI) value, in the range 1–65535.
This se ttin g should be id entic al to that for the logical port number of the remote
endpoint.
rmtnsap
A 20-byte string, which is the hexadecimal form of the ASCII character string
that identifies the remote node name, slot, and port in NSAP format.
Syntax: CESM-T3E3
Syntax Description
Possible errors include:
•
Parameters are illegal or invalid.
•
The channel already exists.
•
The port m ight not be up.
addchan <chan_num ><port_num><
rmtnsap
<
chan
port
cond_sig
mastership
>
Channel number. Enter the value 32.
Port number. Enter the value 1.
Condition signal nu mber, in the range 0–15.
Status of the current end, either mas ter or slave.
•
1=master
•
2=slave
cond_sig><mastership><locnsap><rmtvpi><rmtvci
>
1-28
locnsap
A 20-byte string, which is the hexadecimal form of the ASCII character string
that identifies the local node n ame, slot, and port in NSAP format.
Remote virtual path identifier (VPI) value, in the range 1–65535.
Remote virtua l channel identifier (VCI) value, in the range 1–65535.
This se ttin g should be id entic al to that for the logical port number of the remote
endpoint.
rmtnsap
A 20-byte string, which is the hexadecimal form of the ASCII character string
that identifies the remote node name, slot, and port i n NSAP format.
Use the addchanloop command to configure a channel loopback to the current FRSM orAUSM card.
This command causes the channel to l oop at the segmentation and reassembly (SAR) stage.
Card(s) on Which This Command Executes
FRSM, AUSM
Syntax: FRSM
Chapter 1MGX 8250 Command Line Interface
Syntax Description
Syntax for AUSM-8T1E1
Syntax Description
addchanloop <
chan_num
addchanloop <
port.VPI.VCI
chan_num
port.VPI.VCI | Ch anN um
>
Channel number to be used for t he loopback on the FRSM card.
•
8T1/E1 range = 16–1015
•
HS1/B range = 16–1015
•
T3/E3/HS2 range = 16– 2015
•
2CT3 range = 16– 401 5
>
Port range = 1–N, as appropriate for the physical installation.
Virtual p ath identifier ( VPI) range = 1–4095.
Virtual c ha nnel identifier (VCI) range = 1–65535.
Use the addcon comman d to c onfigure connectivity to the current card. The addcon command is
preferable to addchan for adding a connection because addcon does not re quire the N SAP a ddresses.
Command execution includes a specification of the endpoint as either the master or the slave. Execute
addcon first at the slave end, then the master end. The syntax for the master end includes a parameter
SlaveConID
. Rather than a single number,
SlaveConID
is the node name, slot number,port number,and
connection id entifier (if applicable) of the slave en d.
Note
To set up a three-segment connection across a network, specify the PXM as slot 0.
Use the addendpt command to set the endpoints on the VIS M card. An endpoint is a logical port that
consists of one or more DS0s. It resembles the logical port on the channelized FRSM o r CESM card.
The ds1_num and the ds0_list are used to create the endpoint ID . The SU requires the endpoint ID to
send the Create Connection (CRCX) command of the SGCP protocol to the VISM.
Card(s) on Which This Command Executes
VISM
Syntax
addendpt
Syntax Description
Related Commands
addendpt <
endpoint_num
ds1_num
ds0_list
None
endpoint_num><ds1_num><ds0_list
>
Number of th e endpoint, in the ran ge 1–240.
Number of th e physical line associated with this endpoint, i n t h e ra nge 1–8.
The list of DS0s at this endpoin t. Set the list nu mber as a ppropr iate f or T1, E1 ,
or VISM.
•
E1 range = 1– 31
•
T1 range = 1–24
•
VISM: DS0s can be non-contiguous
Separate individual DS0s by a period (.). For the current release of the VISM,
only 1 DS0 can exist on an endpo int . For multiple D S0s, you can sp ec ify a range
of DS0s with a dash (-). For example, 1.3–5 means DS0s 1, 3, 4, and 5.
Use the addlmiloop command to stop sending LMI connection status messages to the BPX feeder
trunk. This comm and should be used in conjunction w ith addfdrlp on the BPX (see Figure 1-2). This
command can be us ed only if a feeder trunk exists.
After you have executed the addlmiloop c omma nd on the MGX 8250 switch and th e addfdrlp
command on the BPX series s witc h, use the dsplmistats comman d on the BPX sw itc h. The dsplmistats
command shows the LMI messages exchanged between the BPX series switch and the MGX 8250
switch. The LMI messages will not show an increase after LMI looping is implemented.
Figure 1-2Status Messages Halted between an MGX 8250 Switch and a BPX Switch
addlmiloopaddfdrlp
MGX 8250
Card(s) on Which This Command Executes
PXM
Syntax
addlmiloop <
slot.port
Syntax Description
slot.port
Related Commands
dellmiloop, dsplmiloop
Attributes
BPX
>
•
Slot number, in the range 1–32
•
Port number, in the ran ge 1–256
38406
1-46
Log: NoState: ActivePrivilege: Group 1
Example 1-16 Add an LMI loopback line numbered 1 to the current card (the PXM in slot 8)
line = 1–N, as appropriate for the physical installation
-e3Comma nd delineator that prece des the E3
LineNum
E3 line n umb er f orm at
•
slot = 7, 8, 15, 16, 31, or 32
•
line = 1–N, as appropriate for the physical installation
LineNum
> | -sonet <
slot.line
slot.line
.
LineNum
.
>
LineNum
LineNum
-sonetCommand delineator that precedes the SONET
LineNum
OC-3 or OC-12 line num be r in the format
•
slot = enter a value of 7. Enter 8 if the active PXM is in slot 8
•
line = 1–N, as appropriate for the physical installation
slot.line
entry.
entry.
LineNum
.
entry.
1-48
Set line number value a t
Note
You can only activate one PXM line on the feeder implementation of an MGX 8250 switch
node. With an OC-1 2 t runk, the only active port with any MGX 8250 switch
implementation is port 1.
Use the addred command to link two MGX 8250 slots (a pr ima ry slot and a secondary slot) so that the
switch treats the cards in these slots as a redundant pair of cards.
The secondary sl ot should be in the sam e half o f the shelf (upp er or lower) as the primary slot.
Redundancy can be 1:1 o r 1 :N. If the re dundan cy is 1:N, link o ne se conda ry slot toNprimary slots
through multiple executions of this command.
Use the addrscprtn command to configure resource par titions for the current PXM.
A resource partition on a PXM consists of a percentage o f bandwidth,a VPI/VCI range, and the number
of global logical connection numbers (GLCNs) available to a n etwork control application.
Note
On a virtual trunk, the min_vpi and max_vpi should be the same . Only a routing node can
support virtual trunking.
Use the addtrapmgr command to set up an SNMP trap manager for use with stand-alone applications.
Trap mana gers that are added using the addtrapmgr comma nd do not age, and are not deleted after 30
minutes.
Card(s) on Which This Command Executes
PXM
Syntax
addtrapmgr
Syntax Description
Related Commands
Attributes
addtrapmgr <
ip_addr
ip_addr><portnum>
A 32-bit IP address in dotted decimal format. This setting is the IP address
assigned to the port on the trap ma nage r.
portnum
Port number on the trap manager workstation to be used to receive traps.
Default = 162.
deltrapmgr, dsptrapmgr, xcnft rapmgr
Log: YesState: Act ivePrivilege : Any
Example 1-25 Add a trap manager with the IP address of 161.10.144.56 to port 162
Use the addtrk command to activate a s pecified trunk on th e current PXM.
The addtrk command applies only to rout ing node im ple me ntatio n. Execute addtrk after you have
configured the b roadba nd interface as a t ru n k by using cnfifastrk.
Note
Traffic class a nd max vpc conids should match before exe cuting the addtrk command.
Card(s) on Which This Command Executes
PXM
Syntax
addtrk <slot.p o r t>
Syntax Description
slot.port
Port identifier of the trunk to activate, using the format
•
slot ranges:
1–6
–
9–14
–
17–22
–
25–30
–
•
port range = 1–N, as appropriate for the physical installation
Example 1-28 Display Help screen for AUSM service module
raviraj.1.9.AUSM8.a > aimhelp
AUSM-8P Commands
addcon : Add a Connection
addimagrp : Add an IMA group
addln : Add a line
addlnloop : Configure a line in local loopback
addlns2imagrp : Add lines to an existing IMA group
clralmcnt : Clear DS1 alarm count
clralmcnts : Clear alarm count for all DS1 lines
clralm : Clear the DS1 line alarms
clrchancnt : Clear Channel Counters
clrchancnts : Clear Channel Counters for all channels
clralms : Clear DS1 alarms on all lines
clrimagrpcnt : Clear IMA group Counters
clrimalncnt : Clear IMA counters on a particular line
clrportcnt : Clear Port Counters
clrportcnts : Clear Port Counters for all ports
clrsarcnt : Clear SAR channel counters
clrsarcnts : Clear SAR counters for all channels
clrslftst : Clear self test results
clrimatst : clear IMA test procedure
aimhelp
Type <CR> to continue, Q<CR> to stop:
cnfchanfst : Configure the channel foresight parameters
cnfchanq : Configure the channel queue parameters
cnffst : Configure foresight params of a card
cnfportq : Configure Egress queue parameters
cnfimagrp : Configure an IMA group
cnfilmi : Configure ILMI parameters of a port
cnfln : Configure DS1/E1 line
cnflnloop : Configure DS1/E1 line
cnfplpp : Configure DS1/E1 line
cnfslftst : Configure self test parameters
cnfsvcrange : Partition Resource between PVCs & SVCs
cnfupccbr : Configure UPC parameters of CBR connection
cnfupcvbr : Configure UPC parameters of VBR connection
cnfupcabr : Configure UPC parameters of ABR connection
cnfupcubr : Configure UPC parameters of UBR connection
cnfimatst : Enable the IMA test procedure
cnfimaalmparm : COnfigure the IMA alaram Integration UP and DOWN times
copychans : Copy a template connection
delimagrp : Delete an IMA group
Type <CR> to continue, Q<CR> to stop:
delcon : Delete a connection
delln : Delete DS1 line
dellnloop : Remove a DS1 line from local loopback
dellnsfmimagrp : Delete lines from an existing IMA group
dnport : Down an ATM port
dspalm : Display DS1 alarms on a line
dspalmcnf : Display DS1 alarm configuration
dspalmcnt : Display alarm count for DS1 line
dspalms : Display DS1 alarms on all lines
dspcd : Display card information
dspchancnt : Display channel counters
dspcon : Display connection configuration
dspcons : Display all the configured connections
dspfeature : Display the features
dspfst : Display the card Foresight params
dspilmi : Display ILMI parms of a port
dspilmicnt : Display ILMI counters of a port
dspimagrp : Display all parms configured for an IMA group
dspimagrpcnt : Display IMA group Counters
Type <CR> to continue, Q<CR> to stop:
dspimagrps : Display the configured IMA groups
dspimalncnt : Display IMA counters on a particular line
dspimatst : Display IMA test status
dspimaln : Display IMA link status
dspimaalmparm : Display IMA alaram integration times
dspln : Display DS1 line
dsplns : Display all DS1 lines
dsploads : Display the total bandwidth used up in each port
dspplpp : Display the PLPP configuration of each line
dspport : Display the configured ATM/IMA port
dspportcnt : Display Port Counters
dspportq : Display the egress queue configuration
dspportqs : Display configuration of all egress queues
dspports : Display the configured ATM/IMA ports
dspsarcnt : Display the SAR counters of a connection
dspsarcnts : Display the SAR counters of all connections
dspslftst : Display self test configuration
dspslftsttbl : Display the self test results
dspsttatparms : Display the statistics params configured
Type <CR> to continue, Q<CR> to stop:
dspsvcrange : Display the resource partition between PVCs & SVCs
dsptotals : Display the total connections configured per port
runslftstno : Run a particular self test
tstcon : Test the connection towards the N/W side
tstconseg : Test the connection towards the CPE side
tstconsti : Test the connection towards the N/W side using STI supervis
ory cell
tstdelay : Measure the delay towards the N/W side
tstdelaysti : Measure the delay towards the N/W side using STI supervisor
y cell
upport : Up an ATM port
xcnfalm : Configure alms of a DS1 line
xcnfln : Configure a DS1 line
xcnfln : Configure a DS1 line
Use the arpAdd command to a dd an Address Resolution Protocol (ARP) entry to the ARP table. This
Internet protocol is used to map an IP address to a MAC address, and the ARP table contains these
translations.
Card(s) on Which This Command Executes
PXM
Syntax
arpAdd <ip_address> <mac_address>
Syntax Description
arpAdd
Related Commands
Attributes
ip_address
mac_address
IP address in d otted decimal format.
Standardized d ata lin k la yer add re ss , si x bytes long . A lso k nown as a hardwar e
address, MAC-layer address, and physical address.
arpShow, arpDelete, arpFlush
Log: NoState: AnyPrivilege: Any
Example 1-29 Add an ARP entry on current PXM, then show ARP entry
Use the arpDelete command to delete an entry in the Address Resolution Protocol (ARP) table. The
ARP protocol is used to map an IP address to a MAC address, and the ARP table contains these
translations.
Card(s) on Which This Command Executes
PXM
Syntax
arpDelete <ip_addr >
Syntax Description
Chapter 1MGX 8250 Command Line Interface
Related Commands
Attributes
ip_addr
IP address in dotted decimal format.
arpAdd, arpShow, arpFlush
Log: NoState: AnyPrivilege: Any
Example 1-30 Delete ARP entry for IP address 172.29.36.102
Use the arpFlush command to remove non-permanent entries from the ARP table. The ARP protocol
is used to map an IP address to a MAC address, and the ARP table contains these t ranslations.
Card(s) on Which This Command Executes
PXM
Syntax
arpFlush
Related Commands
arpAdd, arpDelete, a rpShow
Attributes
arpFlush
Log: NoState: AnyPrivilege: Any
Example 1-31 Flush ARP table, then show ARP table
NODENAME.1.7.PXM.a > arpFlush
NODENAME.1.7.PXM.a > arpShow
171.71.54.104 at 0:e0:4f:5c:6c:20
NODENAME.1.7.PXM.a >
Use the arpShow command to display the Address Resolution Protocol (ARP) table. The A RP table
contains IP address–to–MAC ad dre ss translations mapped by the ARP protocol.
Card(s) on Which This Command Executes
PXM
Syntax
arpShow
Related Commands
arpAdd, arpDelete, arpFlush
Attributes
Chapter 1MGX 8250 Command Line Interface
Log: NoState: AnyPrivilege: Any
Example 1-32 Show ARP table on current PXM
NODENAME.1.7.PXM.a > arpShow
190.29.36.255 at 0:e0:4f:5c:6c:20
172.29.36.28 at 8:0:20:a6:80:3b
171.71.54.104 at 0:e0:4f:5c:6c:20
NODENAME.1.7.PXM.a >
Use the bootChange co mmand to ch an ge to the boot I P address and gateway address of a P XM card.
The IP address you de fine is used only when the PXM is in boot state. Use the cnfifip command to
assign IP addresses for the PXM and the shelf. The bootChange values are sent and automatically
updated on the standby card, and bootlines are synchro niz e d.
The PXM trie s to corr ect bad e ntr ies when i t boots up. This informat ion is copied to the st andby c ard.
If the bootChange IP address is different from the shelf IP address, then it brings the Ethernet interface
up on the standby wit h the bootChange IP addr ess.
The shellconn version of th is command updates only the local bootline valu es .
The following parameters are necessary for the network to function:
•
Ethernet interface
•
IP address and subnetmask
•
DefaultEthernetgateway
bootChange
Note
If the firmware fails to reach the CLI prompt or come s up in b acku p boot, the Etherne t
interface might be down, a problem created by an identical shelf IP address and boot
change address. In such a case, the boo tChange command is used from the shell to set
another IP addre ss an d then usrEnetEnable is called to activate that address.
If the CLI prompt does not display or if the switch is not enab led and in ba ckup boot , use
the usrEnetEnable command to bring up the Ether net interface.