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Table Of Contents

TL1 Command Components

2.1  Generic Parameter Types

2.1.1 CTAG

2.1.2 TID

2.2  Parameters Values and Defaults

2.2.1  Parameter Values

2.2.2  Default Parameter Values

2.3  Access Identifiers

2.4  Errors

2.5  Commands by Category


TL1 Command Components


This chapter describes the components of TL1 commands and autonomous messages for the Cisco ONS 15540 ESP including:

Generic Parameter Types

Parameters Values and Defaults

Access Identifiers

Errors

Commands by Category

2.1  Generic Parameter Types

This section provides a description of generic parameter types defined for the TL1 messages used in the Cisco ONS 15540 ESP.

2.1.1 CTAG

The correlation tag (CTAG) is included in each command by the user and is repeated by the
NE in the response to allow the user to associate the command and response messages.


Note The valid values for a CTAG are strings of up to 6 characters comprised of identifiers (alphanumeric, beginning with a letter) or decimal numerals (a string of decimal digits with an optional non-trailing ".").


2.1.2 TID

The TID (target identifier) is the name of the NE where the command is addressed. TID is the Telcordia name for the system.

2.2  Parameters Values and Defaults

This section lists the command parameters, the valid values, and the default values.

2.2.1  Parameter Values

Table 2-1 lists the commands parameters and the valid values.

Table 2-1 Command Components 

Component
Values

ASSOCTYPE

PEER
SERVER

CDP

N
Y

CLKPERIOD

0 TO 4294967295 clock ticks (2-32 second)

CMDMODE

FRCD
NORMAL

CONTYPE

ESS
SEFS-S
SESS
CVRD
CDLHEC

CTYPE

1WAY
2WAY

DSCRVY

CDP
MANUAL

ENCAP

ESCON
FC-1G
FC-2G
FDDI
FE
FICON
GIGE
OC3
OC12
OC48
STM1
STM4
STM16
SYSPLEX-CLO
SYSPLEX-ETR
SYSPLEX-ISC-COMP
SYSPLEX-ISC-PEER
UNKNOWN

ENSWOTM

1 to 120 seconds

ERRTYPE

CDLHEC
CVRD
CVS

FLC

N
Y

FROMDEV

BOOFLASH
PCMCIA-0
PCMCIA-1
SBY-BOOTFLASH
SBY-PCMCIA-0
SBY-PCMCIA-1

HELLOHLDWN

150 to 30000 milliseconds

HELLOINTV

100 to 10000 milliseconds

HOLDTIME

10 to 255 seconds

INACTFCTR

1 to 50

INDEX

1 to 64

LINKDIRN

BOTH
RX
TX

LPBKTYPE

FACILITY
TERMINAL

LSC

N
Y

MASTER

N
Y

MAXASSOC

0 TO 4294967295 clock ticks(2-32 second)

MODE

FRCD
NORMAL

MSGCH

AUTO
DCC
IP
OSC

MSGHOLDCOUNT

2 to 10 messages

MSGHOLDTM

100 to 10000 milliseconds

MSGMAXINTVTM

1 to 120 seconds

MSTRATUM

1 to 16

NTFCNCDE

CR
MJ
MN

OFC

N
Y

PMSTATE

ON
OFF

PSDIRN

BI
UNI

RATE

16000 to 2500000 kHz

RVRTM

0 to 720 seconds

SENDVER

1 to 2

THRTYPE

ALMTHR
DEGR
EVTHR
FAIL

TODEV

BOOFLASH
PCMCIA-0
PCMCIA-1
SBY-BOOTFLASH
SBY-PCMCIA-0
SBY-PCMCIA-1

TRGAPS

N
Y

UAP

MAINT
PROV
RTRV
SUPER

UPDATETIME

5 to 254 seconds

UPDCAL

N
Y

VALUE

1 to 9

YCABLE

N
Y


2.2.2  Default Parameter Values

This section describe the default vales for the different categories of autonomous messages.

2.2.2.1  APS

Table 2-2 lists the default values for the autonomous messages in the APS category.

Table 2-2 APS Default Values 

Parameter
Default

PSDIRN

UNI

RVRTV

N

RVRTM

300

YCABLE

N

ENSWOTM

N

MSGCH

AUTO

MSGHOLDTM

5000

MSGMAXINTVTM

15

MSGHOLDCOUNT

2


2.2.2.2  CDP

Table 2-3 lists the default values for the autonomous messages in the CDP category.

Table 2-3 CDP Default Values 

Parameter
Default

CDP

Y

UPDATETIME

60


2.2.2.3  Memory Management

Table 2-4 lists the default values for the autonomous messages in the memory management category.

Table 2-4 Memory Management Default Values 

Parameter
Default

CMDMODE

NORMAL


2.2.2.4  NTP

Table 2-5 lists the default values for the autonomous messages in the NTP category.

Table 2-5 NTP Default Values 

Parameter
Default

MASTER

N

UPDCAL

N


2.2.2.5  OSCP

Table 2-6 lists the default values for the autonomous messages in the OSCP category.

Table 2-6 OSCP Default Values 

Parameter
Default

HELLOINTV

100

HELLOHLDWN

3000

INTACTFCTR

5


2.2.2.6  Redundancy

Table 2-7 lists the default values for the autonomous messages in the redundancy category.

Table 2-7 Redundancy Default Values 

Parameter
Default

RVRTV

Y

RVTM

5 minutes


2.2.2.7  Security

Table 2-8 lists the default values for the autonomous messages in the security category.

Table 2-8 Security Default Values 

Parameter
Default

RVRTV

Y

RVTM

5 minutes

SRVRTV

Y

SRVTM

5 minutes


2.2.2.8  Threshold List Configuration

Table 2-9 lists the default values for the autonomous messages in the threshold list configuration category.

Table 2-9 Threshold List Configuration Default Values 

Parameter
Default

TRGAPS

N

INDEX

Lowest available index


2.2.2.9  Topology Neighbor Configuration

Table 2-10 lists the default values for the autonomous messages in the topology neighbor configuration category.

Table 2-10 Topology Neighbor Configuration Default Values 

Parameter
Default

LINKDRN

BOTH


2.2.2.10  Transparent Interface Configuration

Table 2-11 lists the default values for the autonomous messages in the transparent interface configuration category.

Table 2-11 Transparent Configuration Default Values 

Parameter
Default

CDP

Y

FLC

N

LASERFREQ

The lower laser frequency for the 2.5-Gbps transponder module

LSC

N

OFC

N


2.3  Access Identifiers

The AID code directs an input command to its intended physical or data entity inside the NE. Equipment modules and facilities are typical examples of entities addressed by the access code. Table 2-12 lists the AIDs for the Cisco ONS 15540 ESP.

Table 2-12 AIDs for the Cisco ONS 15540 ESP

AID
Description

Slots

SLOT-[0-11]
SLOT-[6-7]
SLOT-[2-5, 8-11]-[0-3]
SLOT-[0-1]-[0-3]

Interfaces

TRANSPARENT-[2-5, 8-11]-[0-3]-0
WAVE-[2-5, 8-11]-[0-3]
WAVE-[0-1]
FILTER-[2-5,8-11]-[0-3]-0
FILTER-[2-5,8-11]-[0-3]-[0-1]
FILTER-[0-1]-[0-3]-[0-3]
FILTER-[0-1]-[0-3]-[0-7]
FILTER-[0-1]-[0-3]-[0-15]
FILTER-[0-1]-[0-3]-[0-31]
FILTERBAND-[0-1]-[0,2]-[0-1]
FILTERGROUP-[0-1]-[0,2]-[0-1]
OSCFILTER-[0-5,8-11]-[0-3]
THRU-[0-1]-[0-3]
THRU-[2-5,8-11]-[0-3]
WDM-[0-1]-[0-3]
WDM-[2-5,8-11]-[0-3]
ETHERDCC-[2-5,8-11]-[0-1]-[0-1]
FE-0
FE-SBY-0
LOOPBACK-[0-255]

Memory

BOOTFLASH
SBY-BOOTFLASH
DISK-[0-1]
SBY-DISK-[0-1]
NVRAM
SBY-NVRAM
PCMCIA-[0-1]
SBY-PCMCIA-[0-1]
SYSTEM


2.4  Errors

Errors may be generated by any command or command response message. The format of an error message is as follows:

SID DATE TIME
M CTAG DENY
<ERRCDE>
/* <ERRMSG> */

Table 2-13 lists the error codes and messages.

Table 2-13 Error Codes and Messages 

Error Code
Error Message

EANS

Access not supported

EATN

Invalid for access type

EFON

Feature option not provided

EN2T

Not 2-wire terminate and leave

ENAC

Not equipped with alarm cutoff

ENAD

Not equipped with audit capability

ENAR

Not equipped with automatic reconfiguration

ENAT

Request invalid for access type

ENDG

Not equipped with diagnostic capability

ENDS

Not equipped with duplex switching

ENEA

Not equipped with error analysis capability

ENEQ

Not equipped

ENEX

Not equipped with exercise capability

ENFE

Feature not provided

ENFL

Not equipped for fault locating

ENHN

Not hybrid network

ENMB

Not multipoint bridge

ENMD

Not equipped with memory device

ENPM

Not equipped for performance monitoring

ENPS

Not equipped with protection switching

ENRE

Not recognized equipage

ENRI

Not equipped for retrieving specified information

ENRS

Not equipped for restoration

ENSA

Not equipped for scheduling audit

ENSG

Not software generic

ENSI

Not equipped for setting specified information

ENSS

Not equipped with synchronization switching

ENTL

Not terminate and leave

ERLC

Red-lined circuit

ERNS

RTU does not support command

ESPG

Software program

ETNS

TSC does not support command

FNCR

NE fail.-circuit restored to last cond.-mon-term1

FNDT

No dial tone detected

FNEC

NTE has lost 8-kHz byte clock

FNSC

NTE has lost 64-kHz bit clock

FRCE

RTU component or configuration error

FRDA

RTU does not answer the call

FREC

RTU 8-kHz byte clock lost

FRNR

RTU does not reply

IBEX

Block, extra

IBMS

Block, missing

IBNC

Block, not consistent

ICNV2

Invalid command

IDMS

Data missing

IDNC

Data not consistent

IDNV

Data invalid

IDRG

Data range error

IEAE

Entity to be created already exists

IENE

Specified object entity does not exist

IIAC

Invalid access identifier (AID)

IICM3

Invalid command

IICT

Invalid correlation tag

IIDT

Invalid data parameter

IIFM

Invalid data format

IIPG

Invalid parameter grouping

IISP

Invalid syntax or punctuation

IITA

Invalid target identifier

INAC

Access number not correct

INUP

Non-null unimplemented parameter

IPEX

Parameter extra

IPMS

Parameter missing

IPNC

Parameter not consistent

IPNV

Parameter invalid

ISCH

Syntax invalid character

ISPC

Syntax punctuation

ITSN

Invalid/inactive test session number

PICC

Illegal command code

PIMA

Invalid memory address

PIMF

Invalid memory file

PIUC

Stated user privilege code is illegal

PLNA

Login not active

RABY

All taps busy

RALB

All units of requested type are busy

RANB

Access network busy

RCBY

Circuit busy

RCIN

Requested circuit ID does not exist

RNAN

Requested NE access number does not exist

RNAU

Requested NE access number unassigned

RNBY

NE is busy

RRCB

Unit specified by routing code busy

RRNG

Requested change exceeds range

RTBY

Requested tap busy

RTEN

Requested tap does not exist

RTUB

Test unit busy

SAAL

Already allowed

SAAS

Already assigned

SABT

Aborted

SACS

Access unit cannot sync on facility signal

SADC

Already disconnected

SADS

Access unit in diagnostic state

SAIN

Already inhibited

SAIS

Already in-service

SAMS

Already in maintenance state

SAOP

Already operated

SAOS

Already out-of-service

SAPF

Access path continuity check failed

SAPR

Already in protection state

SARB

All resources busy

SATF

Automatic test failed

SCAT

Circuit is already connected to another tap

SCBS

Channel busy

SCIS

Circuit in split condition

SCNA

Command not able to be aborted

SCNF

Command not found

SCNS

Circuit not in split condition

SCOS

Channel out-of-service

SCSD

Cannot split DS0B circuit

SCSN

Invalid command sequence

SDAS

Diagnosis already started

SDBE

Internal data base error

SDFA

Duplex unit failed

SDLD

Duplex unit locked

SDNA

Duplex unit not available

SDNC

Input data is not consistent with NE data

SDNR

Data not ready

SDNS

Diagnosis not started yet

SEOS

NTE is out-of-service

SFAS

Fault locating already started

SFNS

Fault locating not started yet

SFYA

Facility reports yellow alarm

SLNS

Log not started yet

SLOS

TSC to RTU link out-of-service

SNCC

Not cross-connected

SNCN

NTE unable to execute command

SNDS

NTE is in a diagnostic state

SNIM

NTE access complete, circuit was in monitor state

SNIS

Not in service

SNML

No monitor line established

SNNB

NTE could not sync on DS0B signal

SNNS

NTE could not sync on DS1 signal

SNOS

NTE is out-of-service

SNPR

Not in protection state

SNRM

System not in restoration mode

SNRS

Not reserved

SNSR

No switch request outstanding

SNVS

Not in valid state

SNYA

NTE has detected a yellow alarm

SOSE

Operating system error

SOST

Out-of-service, testing

SPFA

Protection unit failed

SPLD

Protection unit locked

SPNA

Process not able to be aborted

SPNF

Process not found

SRAC

Requested access configuration is invalid

SRAN

Unable to release access system

SRCI

Requested command(s) inhibited

SRCN

Requested condition already exists

SROF

Requested operation failed

SROS

Required RTU out-of-service

SRQN

Invalid request

SRTN

Unable to release tap

SRTO

Reply timeout occurred

SSCE

Systemic (snider) communications error

SSNG

Subrate selected is incorrect

SSNP

Test signal not pseudo-random

SSNQ

Test signal not QRS

SSPN

Speed selected is incorrect

SSRD

Switch request denied

SSRE

System resources exceeded

SSTP

Execution stopped due to hardware or software problem

STAB

Test aborted

STLC

Tap unable to locate channel

STNO

TSC/RTU to TAU link out of service

STOS

Test access unit out of service

STTI

Tap idle

SWFA

Working unit failed

SWLD

Working unit locked

1 Network element failure. The circuit is restored to the last condition, monitor, or terminate and leave.

2 For historical reasons, ICNV and IICM have been left in as valid error codes even though from inspection they are not unique (descriptions for both say Invalid Command). ICNV and IICM are not the preferred error codes for invalid, that is, unsupported commands by a test system controller (TSC) or NE. Where possible, specific DENY messages associated with a particular command should be used. However, when used, the ICNV is appropriate for responses originating from a TSC, and IICM is the choice for an NE.

3 An identical error code found in GR-833-CORE (SNOS STATUS, NOT CURRENTLY OUT OF SERVICE) is omitted here and will be removed from the list of valid error codes in a subsequent issue of GR-833-CORE.


2.5  Commands by Category

Table 2-14 lists the TL1 commands for the Cisco ONS 15540 ESP by category.

Table 2-14 TL1 Commands by Category 

Category
Command or Autonomous Message

Alarms and faults

ALW-MSG-ALL
INH-MSG-ALL
RTRV-ALM-ALL
RTRV-ALM-ENV
RTRV-COND-ALL
RTRV-LOG

APS

ENT-FFP-OCH
ED-FFP-OCH
RTRV-FFP-OCH
DLT-FFP-OCH
OPR-PROTNSW-OCH
RLS-PROTNSW-OCH

CDP

ED-NE-CDP
RST-NE-CDP
RTRV-NE-CDP
RTRV-CDPNBR-OCH

Generic NE configuration

ED-NE-GEN
RTRV-NE-GEN
INIT-SYS
SET-SID
RTRV-HDR
ED-DAT
RTRV-TOD

IP configuration

ENT-IP
ED-IP
DLT-IP
RTRV-IP
ENT-IPROUTE-STATIC
DLT-IPROUTE-STATIC
RTRV-IPROUTE
INIT-REG-ETH

Memory management

CPY-MEM
DLT-MEM
RST-MEM
SQUEEZE-MEM
FORMAT-MEM
RTRV-MEM
RTRV-FILE

NTP

SET-NTP
ENT-NTPASSOC
DLT-NTPASSOC
RTRV-NTPASSOC
RTRV-NTP

Optical parameter monitoring

RTRV-PM-rr
SET-TH-rr
SET-ATTR-rr
RTRV-TH-rr
RTRV-ATTR-rr

OSCP

ED-NE-OSCP
RTRV-NE-OSCP

Patch configuration

ENT-PATCH
DLT-PATCH
RTRV-PATCH

Redundancy

SW-DX-EQPT
ALW-SWDX-EQPT
INH-SWDX-EQPT
RTRV-EQPT
RTRV-PM-EQPT

Security

ENT-USER-SECU
ED-USER-SECU
DLT-USER-SECU
RTRV-USER-SECU
ACT-USER
CANC-USER
ED-PID

Threshold list configuration

ENT-THR-OCH
ED-THR-OCH
DLT-THR-OCH
RTRV-THR-OCH

Topology neighbor commands

ENT-NBR
DLT-NBR
RTRV-NBR

Transparent interface configuration

ED-OCH
RTRV-OCH
SET-PMMODE-OCH
RTRV-PMMODE-OCH
INIT-REG-OCH
OPR-LPBK-OCH
RLS-LPBK-OCH
RTRV-PM-ENCAP



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Posted: Thu May 19 00:22:15 PDT 2005
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