graham/towerops
1
0
Fork 0
Code Issues Pull requests Projects Releases Packages Wiki Activity Actions
towerops/priv/mibs/teldat/TELDAT-MIB
Graham McIntire b4f8b40b7f
Include MIB files in Docker image instead of using PVC 
- Remove PVC volume mount from k8s/deployment.yaml
- Delete k8s/mib-pvc.yaml (no longer needed)
- Update .gitignore to commit MIB files to git
- Add mix import_mibs task to copy MIBs from LibreNMS
- Add all MIB files from priv/mibs/ to git

This fixes the multi-attach volume error in Kubernetes where new pods
couldn't start because the RWO (ReadWriteOnce) PVC was attached to the
old pod. MIBs are now part of the Docker image and can be used by all
pods simultaneously.
2026-01-19 14:01:03 -06:00

3764 lines
150 KiB
Text
Raw Permalink Blame History

-- Teldat, S.A.
-- Parque Tecnologico de Madrid
-- 28760, Tres Cantos (Madrid)
-- Tlf: +34-918076565
-- Fax: +34-918076521
-- e-mail: id@teldat.com
-- MIB privada de Teldat
-- Historial:
-- 12-04-16 P. Alonso USB3.0
-- 11-03-16 Benjamin G. DR 416 Regesta Compact PLC
-- 02-03-16 jmarcos DR 284. New device Teldat H2 Rail
-- 04-02-16 L. Saiz New SMGT events subsystem
-- 22-12-15 S. Font H2 Auto Plus correction
-- 10-12-15 S. Font H2 Auto Plus
-- 24-03-15 Benjamin G. DR 336 GPS on H2Auto.
-- 18-11-15 fmiguel. New device H2Rail-Lite2 (M1 based with Rail board).
-- 10-11-15 fmiguel. New product H2 Rail-Lite.
-- 02-11-15 P. Nogueira Revision for mib2c
-- 20-10-15 Benjamin G. DR 161 Regesta PLC PRIME.
-- 16-10-15 A.Campa CFM fix compilation II
-- 11-09-15 S. Font MII cards for iM
-- 27-05-15 E. Amorena Teldat iM: ethernet with switch and poe.
-- 25-03-15 I. Serrano New USB-Ethernet interface adapter
-- 12-09-14 A. Mata Variable to save running configuration
-- 05-12-14 J. Lamamie DHCPv6 Server Stateless
-- 03-11-14 P. Nogueira WNMS
-- 24-07-14 Benjamin G. New products H2 Automotive.
-- 12-09-14 A. Mata Removed UDAFO and DEP
-- 31-07-14 Benjamin G. New products line bintec RVC series.
-- 30-07-14 A. Mata Visoralarm no longer supported
-- 20-06-14 S. Font New product Teldat V for DSL over ISDN (Annex BJ)
-- 19-02-14 fmiguel New product RegestaLite
-- 14-02-14 I. Munoz Rebranding bintec elmeg
-- 31-01-14 I. Serrano Standard format of SNMP traps
-- 03-12-13 F. Hernandez XI 3280. Alsa Custom Trap.
-- 24-09-13 fmiguel New product Connect 4GE
-- 16-09-13 fmiguel New product Connect 104KF
-- 06-09-13 fmiguel New product Connect 104V
-- 19-06-13 P. Alonso Wrong ID for Teldat 4Ge or ESR-WWAN-ENABLER..
-- 14-06-13 P. Alonso Compilation errors.
-- 12-06-13 P. Alonso Teldat 4Ge or ESR-WWAN-ENABLER.
-- 08-04-13 A. Mata Device identifiers added for ALU devices.
-- 02-04-13 I. Munoz XH-2788. Group of traps added to
-- telAdminStatusSRESubRecordTable.
-- 07-03-13 N. Moro XI 2441. MSDP protocol
-- 05-03-13 fmiguel USB Ethernet adapter
-- 19-02-13 fmiguel New product Teldat M1
-- 11-02-13 P. Nogueira Teldat-V: switch management
-- 22-01-13 I. Munoz Code clean-up.
-- 17.0 02-01-13 E. Amorena Compilation error
-- 16.9 29-11-12 E. Amorena Mibs checks
-- 16.8 22-11-12 Benjam<61>n G. Events subsystem NIC and add H1 Rail device.
-- 16.7 22-11-12 J. Lamamie OSPFv3. Commented duplicate RIP6.
-- 16.6 13-11-12 N. Moro PIM protocol and MROUTE
-- 16.5 12-11-12 E. Amorena New ACL events subsystem
-- 16.4 09-07-12 P. Nogueira WLAN subinterfaces on Colibri platforms
-- 16.3 27-07-12 M. Fad<61>n New product Connect 104
-- 16.2 07-06-12 C. Godoy Subsistema de eventos LLDP, RIP6 y MLD6.
-- 16.1 30-01-12 J. Rodrigo Nuevos interfaces
-- 16.0 14-12-11 GrupoIPv6 Nuevo IPv6: Fase 1
-- 15.9 18-01-12 V. Espejo Subsistema de eventos IPSF
-- 15.8 20-07-11 S. Font Subsistema de eventos SDEV
-- 15.7 18-07-11 M.A. Pastor Atlas 60: a<>adidos equipos,
-- licencias, tipos de placa, tipos
-- de interfaz y tipos de conector
-- 15.6 20-05-11 M.A. Pastor A<>adidos equipos, tipos de placa,
-- tipos de interfaz, conectores,
-- subsistemas de eventos y licencias
-- 15.5 23-12-10 P. Nogueira Subinterfaces WLAN
-- 15.4 29-12-10 P. Ortiz RegestaPro6xER. Feature ACAT
-- 15.3 27-10-10 E. Amorena Nuevo equipo RegestaPro6xER
-- 15.2 15-10-10 M. Fad<61>n XI 988. iRouter Pro. Feature VLI.
-- 15.1 05-10-10 P. Ortiz Equipos Regesta-1, RP81 y RP82
-- 15.0 30-06-10 M.A. Pastor Compatibilidad con Spectrum
-- 14.9 10-03-10 I. Mu<4D>oz Se a<>ade conector usb en teladminstatusiftable
-- 14.8 30-12-09 FdMB Plataforma H1+
-- 14.7 03-11-09 FdMB Plataforma T200W
-- 14.6 23-10-09 FdMB Plataforma H4
-- 14.5 07-09-09 Benjam<61>n G. PMP-909 Agente SPI.
-- 14.4 08-07-09 I. Mu<4D>oz Revisi<73>n de todas las MIB para
-- M.A. Pastor evitar warnings y errores de
-- compilaci<63>n
-- 14.3 31-08-09 N. Moro PMP 855. Contadores de bits en entrada
-- 14.2 03-07-09 FdMB Equipos C1+L y V1
-- 14.1 20-05-09 Benjam<61>n G. Cambio nombre H1 Ind. a AUTOMOTIVE.
-- 14.0 08-04-09 Benjam<61>n G. Equipo Teldat G1N
-- 13.9 18-03-09 Benjam<61>n G. Equipo Teldat H1 Industrial
-- 13.8 11-03-09 J.Sirodey Equipo Teldat T200 pasa a ser Teldat T200G
-- 13.7 31-10-08 M.Fad & P.Ort Prot MGCP obsoletando el anterior
-- 13.6 30-07-08 FdMB Plataforma TELDAT_T200
-- 13.5 24-06-08 R. Roldan Se a<>ade susbsistema NETFLOW y
-- RIP obsoletando el anterior
-- 13.4 05-03-08 J. Herrero Reservado sistema de eventos para PIO
-- 13.3 05-03-08 M. Fad<61>n VyDa 4M
-- 13.2 21-02-08 M.A. Pastor Actualizaci<63>n de los tipos de
-- J. Herrero interfaz y de los tipos de
-- conector para soportar todos los
-- incluidos en el CIT.
-- Se a<>aden los subsistemas de
-- eventos ME, ARLY, DNS Updater,
-- UDP6, ICMP6, RIP6, SSL y SCCP
-- 13.1 24-01-08 P. Nogueira Eventos para CDP
-- 13.0 30-11-07 P. Ortiz Protocolo SSH
-- 12.9 27-01-08 F. Tresgallo Subsistema de eventos EOAM
-- 12.8 11-09-07 P. Nogueira Eventos para 802.1X
-- 12.7 02-08-07 M.A. Berrojo Subsistema de eventos ISTD
-- 12.6 30-10-07 M.A. Berrojo Subsistema de eventos WWAN
-- 12.5 14-09-07 FdMB ATLAS260/ATASL160
-- 12.4 20-06-07 P. Nogueira Eventos para TFTP
-- 12.3 20-06-07 P. Nogueira Subinterfaces BVI
-- 12.2 18-06-07 M.A. Berrojo Subsistema de eventos cell
-- 12.1 16-06-07 FdMB Plataformas H1.
-- 12.0 18-04-07 R. Roldan PMP 554: facilidad confirm-cfg-needed por SNMP
-- 11.9 19-03-07 M.A. Berrojo voip-cellular y cellular
-- 11.8 08-03-07 P. Alonso Traps BFD.
-- 11.7 20-12-06 M. Fad<61>n Traps NOE y AFS.
-- 11.6 05-12-06 Benjam<61>n G. Traps X28.
-- 11.5 20/10/06 J. Iglesias Subsistema TIDP
-- 11.4 26-07-06 P. Nogueira Eventos de RSTP
-- 11.3 10/10/06 A. Mata Traps para IRVOZ
-- 11.2 19/09/06 M.A. Pastor Nuevo equipo CIRUS
-- 11.1 06-07-06 C. Garc<72>a CIRUS: Implementaci<63>n bridge-spoofing
-- 11.0 15-06-06 FdMB (II) HAP 222: Atlas3g. Soporte 85xx. Plataforma PQIII
-- 10.9 16-02-06 FdMB Plataformas X2-a, X4-a.
-- 10.2 30-05-06 M.A. Pastor La TELDAT-MIB no compilaba
-- 10.1 02-03-06 M.A. Berrojo Interfaz voip dummy
-- 10.0 28-02-06 J. Rodrigo VisorALARM_EU, VisorALARM_US.
-- 10.8 16-02-06 FdMB Plataformas X1-a.
-- 10.7 14/12/05 P. Nogueira EAP
-- 10.6 24-01-05 FdMB GigabitEthernet eTSEC PQIII
-- 10.5 22/11/05 J.Sirodey C8+, C9+
-- 10.4 04-01-06 S. Font G4[i]-CDMA, G3[i]-CDMA, G1[i]-CDMA
-- 10.3 30-11-05 FDMB CISCO-HDLC
-- 10.2 12/12/05 Benjam<61>n G. Traps SCADA FW.
-- 10.1 22/11/05 FdMB C1+
-- 10.0 29/08/05 M. Fadon VyDa-Compacto
-- 9.9 24/10/05 P. Marzo Cliente STUN
-- 9.8 18/10/05 P. Nogueira WLAN
-- 9.7 28/09/05 FdMB ATLAS152
-- 9.6 03/10/05 M.A. Pastor La TELDAT-MIB no compilaba
-- 9.5 20/09/05 FdMB ATLAS300 de verdad (ATLAS150+BUS@100+CPU@400)
-- 9.4 15/09/05 J. Roman Se obsoleta parte no utilizada
-- 9.3 13/09/05 P. Alonso Protocolo NHRP
-- 9.2 05/09/05 O. Mateo Subsistema de eventos SNAT
-- 9.1 29/08/05 M. Fadon Nuevas licencias VyDa
-- 9.0 29/07/05 S. Font G PLus (corregir 8.8 y 8.9)
-- 8.9 26/07/05 S. Font G PLus (completar 8.8)
-- 8.8 21/07/05 S. Font G PLus
-- 8.7 21/07/05 FdMB Atlas2G Sondas Web
-- 8.6 14/07/05 M.A. Pastor La TELDAT-MIB no compilaba
-- 8.5 14/07/05 FdMB Tarjeta PCI-GIGABIT-Ethernet
-- 8.4 17/06/05 M. Fadon Nuevo subsistema de eventos
-- TLPHY y se elimina mib h323
-- 8.3 17/06/05 M.A. Pastor No se hab<61>a a<>adido el ATLAS 250
-- en telobjid ni en
-- telAdminStatusSystemCode.
-- Se corrige la etiqueta
-- correspondiente al ATLAS 50 en
-- el tipo enumerado de
-- telAdminStatusSystemCode
-- 8.2 30/05/05 R. S<>nchez Eventos de consola
-- 8.1 03/06/05 M.A. Pastor Nuevos tipos de hardware:
-- * PCI soporte VoIP anal<61>gico
-- 3DXS, 1FXO con bypass
-- * PCI soporte VoIP anal<61>gico
-- 2FXS, 2FXO con bypass
-- * PCI E1/T1 sobre Acodes 490x
-- * PCI soporte VoIP isdn BRI-TE
-- * Soporte ISDN VoIP como dial
-- 8.0 26/04/05 J. Sirodey ATLAS 50
-- 7.9 09/05/05 M.A. Pastor DHCP cliente
-- 7.8 27/04/05 FdMB Tarjetas PCI-ATM-PQ2 y PCI-BRI-PQ2
-- 7.7 21/03/05 D. Rodriguez IPHC
-- 7.6 16/03/05 M. Fadon Protocolo SIP
-- 7.5 16/03/05 S. Font Teldat C1i/S1i [SNA] [IPSec] VOIP CR
-- 7.4 18/01/05 FdMB TeldatA (Modular hija analogica)
-- 7.3 17/01/05 FdMB Completadas licencias ATLAS 150
-- 7.2 21/01/05 M.A. Pastor Licencias VoIP corregidas
-- 7.1 17/01/05 D. Rodriguez Protocolo VRRP
-- 7.0 10/01/05 P. Marzo Agregada licencia VoIP
-- 6.9 22/12/04 Benjamin G. Protocolo SCADA.
-- 6.8 14/12/04 M.A. Pastor Corregidos identificadores de
-- licencias (deben comenzar con
-- min<69>scula)
-- 6.7 13/12/04 FdMB Completadas licencias ATLAS 250
-- 6.6 09/12/04 M.A. Pastor ATLAS 100-B
-- 6.5 09/12/04 M.A. Pastor Nuevas licencias para ATLAS 100
-- 6.4 29/11/04 M.A. Pastor Corregidos valores medio activo
-- 6.3 25/11/04 M.A. Pastor Se a<>aden nuevos tipos de placa
-- 6.2 25/11/04 M.A. Pastor Esta MIB no compilaba
-- 6.1 24/11/04 M. Fuertes Se agrega interfaz virtual de bridge (BVI)
-- 6.0 26/10/04 S. Font C4G
-- 5.9 20/10/04 P. Nogueira SR-DSCC4-HSSI
-- 5.8 04/10/04 FdMB SR_PCMCIA_SERIAL
-- 5.7 28/09/04 O. Mateo Subsistema de eventos IKE
-- 5.6 22/09/04 M.A. Pastor Se acortan los nombres de los
-- identificadores en los tipos
-- enumerados (no se compilaba en
-- OpenView)
-- 5.5 10/09/04 FdMB ATLAS300
-- 5.4 09/09/04 Benjamin G. PMP(HT53) Se a<>ade sub. TTTP.
-- 5.3 01-09-04 M.A. Berrojo Se soportan eventos voip
-- 5.2 09/07/04 M.A. Pastor Cambio en las variables que
-- ejecutan el restart y el reload
-- para que coincidan con la acci<63>n
-- que realizan en equipos antiguos
-- 5.1 05/05/04 M.A. Pastor Nuevos equipos Atlas 300 y C1G.
-- 5.0 23/06/04 M.A. Pastor Nuevas licencias (CR: Calidad de
-- Respaldo) y nuevo subsistema de
-- eventos NSLA
-- 4.9 01/06/04 M.A. Pastor Nuevos tipos de interfaz (PCI
-- soporte VoIP anal<61>gico y L2TP)
-- y nuevos subsistemas de eventos
-- (Telnet y L2TP)
-- 4.8 11/05/04 M.A. Pastor Se a<>aden las licencias de los
-- equipos antiguos por si desde
-- una misma estaci<63>n se quiere
-- gestionar todo un parque en el
-- que todav<61>a convivan este tipo
-- de equipos junto con los nuevos
-- 4.7 05/05/04 M.A. Pastor Revisi<73>n tipos de interfaz.
-- Se a<>aden nuevas licencias.
-- Notificaci<63>n de eventos mediante
-- mensajes syslog. Se obsoletan
-- las alarmas propietarias.
-- 4.6 04/02/04 M.A. Pastor Revisi<73>n tipos de interfaz y
-- subsistemas de eventos.
-- 4.5 09/12/03 F. Hern<72>ndez Cambio en las traps generadas en
-- el proceso de sondeo de los
-- estados de los TE-Circuits
-- 4.4 20/11/03 M.A. Pastor Nuevo tipo de placa (board type)
-- 4.3 14/11/03 M.A. Pastor Nuevas licencias y c<>digos de
-- gesti<74>n de los equipos.
-- 4.2 22/10/03 M.A. Pastor Nuevas licencias, c<>digos de
-- equipo, tipos de interfaz y
-- subsistemas de eventos.
-- Los equipos Teldat C5x pasan a
-- denominarse Teldat C4x SNA.
-- 4.1 19/09/03 M.A. Pastor Nuevos equipos Teldat C1/S1/G1.
-- Motorola FEC con Switch KS8995M
-- 4.0 19/09/03 F. Hern<72>ndez Traps generadas en el proceso de
-- sondeo de los estados de los
-- TE-Circuits encargado por MCI
-- 3.9 24/07/03 M.A. Pastor Nuevas licencias y sublicencias.
-- Revisi<73>n del subsistema de
-- eventos, de los c<>digos de
-- equipo y de los tipos de interfaz
-- 3.8 05/12/02 M.A. Pastor Nuevas variables para obtener el
-- tipo de placa y la revisi<73>n de
-- la misma y para saber si est<73> o
-- no montado el controlador de
-- SmartCard.
-- Se aprovecha para revisar el
-- sistema de eventos, licencias y
-- c<>digos de los equipos
-- 3.7 16/10/02 P. Nogueira Nuevas variables relacionadas
-- con la elecci<63>n del medio activo
-- (Flash o SmartCard)
-- 3.6 19/07/02 M.A. Pastor Se actualizan los c<>digos o
-- identificadores de los equipos
-- de Teldat en telobjid. Tambi<62>n
-- se revisa el sistema de eventos
-- 3.4 14/02/02 M.A. Pastor Nuevas licencias para C2-UP
-- y C6. Cambios en las licencias
-- correspondientes al Visornet
-- 3.3 14/02/02 M.A. Pastor Se corrige la descripci<63>n de la
-- variable sreEvnStatusAct (no se
-- indicaban bien los valores de
-- las m<>scaras a aplicar)
-- 3.2 04/02/02 M.A. Pastor Cambios en los tipos de los
-- interfaces
-- 3.1 04/02/02 M.A. Pastor Nuevas licencias para Centrix-D
-- y Centrix-Sec-A (versi<73>n Atlas).
-- Nuevo c<>digo de equipo para el
-- C2-UP.
-- Se agregan los posibles tipos de
-- conector que no se contemplaban
-- 3.0 21/01/01 M.A. Pastor Nuevos equipos Centrix-Sec y
-- Atlas-D. Inclusi<73>n de la
-- licencia de C-Master_Router
-- 2.9 14/12/01 M.A. Pastor Revisi<73>n del sistema de eventos
-- 2.8 25/10/01 J. L. Fuentes Se agregan los interfaces serie
-- sincrono y asincrono
-- 2.7 25/10/01 M.A. Pastor Revision de las licencias y de
-- los c<>digos de los equipos
-- 2.6 01/10/01 N. Villase<73>or Traducci<63>n a ingl<67>s
-- 2.5 10/04/01 M.A. Pastor Se actualizan los posibles tipos
-- de interfaces y se agrega el
-- interfaz de Loopback
-- 2.4 01/12/00 M.A. Pastor Modificaciones para que pueda ser
-- compilada utilizando compiladores
-- distintos del de Teldat
-- 2.3 13/12/99 V.Ruiz-Ruano A<>ado OID de subsistema ICU PLUS
-- para que haga de enterprise en
-- TRAPS espec<65>ficas de Teldat
-- 2.2 01/03/99 V.Ruiz-Ruano Elimino SRETrapEquipo, puesto que
-- no todas las TRAPS devuelven el
-- equipo como tercer par<61>metro.
-- 2.1 01/03/99 V.Ruiz-Ruano A<>ado los OIDs que har<61>n la
-- funci<63>n de Enterprise en las TRAPS
-- 2.0 08/07/98 Jose Picot Agregacion de nuevos equipos
-- 1.0 (beta) 27/06/97 Eduardo Tejedor y Jorge Sirodey
-- Implementacion inicial
--------------------------------------------------------------------------
TELDAT-MIB DEFINITIONS ::= BEGIN
IMPORTS
enterprises, IpAddress, Counter, Opaque
FROM RFC1155-SMI
OBJECT-TYPE
FROM RFC-1212
DisplayString
FROM RFC1213-MIB
TRAP-TYPE
FROM RFC-1215;
teldat OBJECT IDENTIFIER ::= { enterprises 2007 }
-- Grupos en la MIB de TELDAT
teladmin OBJECT IDENTIFIER ::= { teldat 1 }
-- telxface OBJECT IDENTIFIER ::= { teldat 2 }
telproto OBJECT IDENTIFIER ::= { teldat 3 }
telproducts OBJECT IDENTIFIER ::= { teldat 4 }
-- telDot3ChipSets OBJECT IDENTIFIER ::= { teldat 5 }
-- --------------
-- Grupo teladmin
-- --------------
telobjid OBJECT IDENTIFIER ::= { teladmin 1 }
-- Identificadores de los equipos de Teldat.
-- Notas:
-- 1) Este valor no coincide con el de la rama de telproducts donde se
-- encuentra la MIB privada de ese equipo.
-- 2) Inicialmente este OID tenia como mision identificar el equipo que
-- habia originado una trap a partir de este valor, que se incluia como
-- un parametro de la trap. Actualmente no se incluye tal variable en las
-- traps.
-- 3) Se sigue incluyendo este OID en el campo enterprise de las traps
-- standard.
-- equipo-rexis-ft OBJECT IDENTIFIER ::= { telobjid 3 }
-- equipo-bir-64 OBJECT IDENTIFIER ::= { telobjid 11 }
equipo-rexis-mru OBJECT IDENTIFIER ::= { telobjid 15 }
equipo-mbbu OBJECT IDENTIFIER ::= { telobjid 16 }
equipo-bir-u OBJECT IDENTIFIER ::= { telobjid 20 }
equipo-ebano OBJECT IDENTIFIER ::= { telobjid 21 }
equipo-nucleox-plus OBJECT IDENTIFIER ::= { telobjid 32 }
equipo-cbra OBJECT IDENTIFIER ::= { telobjid 33 }
equipo-centrix-b OBJECT IDENTIFIER ::= { telobjid 34 }
equipo-centrix-p OBJECT IDENTIFIER ::= { telobjid 35 }
equipo-temis OBJECT IDENTIFIER ::= { telobjid 36 }
equipo-novacom OBJECT IDENTIFIER ::= { telobjid 37 }
equipo-router-maestro OBJECT IDENTIFIER ::= { telobjid 38 }
equipo-cbra20 OBJECT IDENTIFIER ::= { telobjid 39 }
equipo-np20h OBJECT IDENTIFIER ::= { telobjid 40 }
equipo-icu-plus OBJECT IDENTIFIER ::= { telobjid 41 }
equipo-centrix-f OBJECT IDENTIFIER ::= { telobjid 42 }
equipo-cbra-tar OBJECT IDENTIFIER ::= { telobjid 43 }
equipo-aura OBJECT IDENTIFIER ::= { telobjid 44 }
equipo-kronos OBJECT IDENTIFIER ::= { telobjid 45 }
-- equipo-cbra-adsl OBJECT IDENTIFIER ::= { telobjid 46 }
equipo-teldat-C2 OBJECT IDENTIFIER ::= { telobjid 46 }
equipo-operador-remoto OBJECT IDENTIFIER ::= { telobjid 47 }
equipo-visor OBJECT IDENTIFIER ::= { telobjid 48 }
equipo-voxnet OBJECT IDENTIFIER ::= { telobjid 49 }
equipo-dusac32 OBJECT IDENTIFIER ::= { telobjid 50 }
equipo-novacom-x25 OBJECT IDENTIFIER ::= { telobjid 51 }
equipo-enaplan OBJECT IDENTIFIER ::= { telobjid 52 }
equipo-teldat-C3 OBJECT IDENTIFIER ::= { telobjid 53 }
equipo-atlas-standard OBJECT IDENTIFIER ::= { telobjid 56 } --$M4.3
equipo-teldat-C2B OBJECT IDENTIFIER ::= { telobjid 57 }
equipo-teldat-CSW OBJECT IDENTIFIER ::= { telobjid 58 }
equipo-teldat-C3-1 OBJECT IDENTIFIER ::= { telobjid 59 }
equipo-teldat-C3B-1 OBJECT IDENTIFIER ::= { telobjid 60 }
equipo-teldat-C2BM OBJECT IDENTIFIER ::= { telobjid 61 }
equipo-atlas-basico OBJECT IDENTIFIER ::= { telobjid 62 } --$M4.3
equipo-teldat-C2i OBJECT IDENTIFIER ::= { telobjid 63 }
equipo-teldat-C3i OBJECT IDENTIFIER ::= { telobjid 64 }
equipo-teldat-C3B OBJECT IDENTIFIER ::= { telobjid 65 }
equipo-teldat-C3G OBJECT IDENTIFIER ::= { telobjid 66 }
-- equipo-teldat-C4-teldat-C5 OBJECT IDENTIFIER ::= { telobjid 67 }
equipo-teldat-C4 OBJECT IDENTIFIER ::= { telobjid 67 } --$M4.2
-- equipo-teldat-C4i-teldat-C5i OBJECT IDENTIFIER ::= { telobjid 68 }
equipo-teldat-C4i OBJECT IDENTIFIER ::= { telobjid 68 } --$M4.2
-- equipo-teldat-C4B-teldat-C5B OBJECT IDENTIFIER ::= { telobjid 69 }
equipo-teldat-C4B OBJECT IDENTIFIER ::= { telobjid 69 } --$M4.2
equipo-centrix-sec OBJECT IDENTIFIER ::= { telobjid 70 }
equipo-centrix-d OBJECT IDENTIFIER ::= { telobjid 71 }
equipo-teldat-C2-UP OBJECT IDENTIFIER ::= { telobjid 72 }
equipo-teldat-C6 OBJECT IDENTIFIER ::= { telobjid 73 }
equipo-centrix-ng OBJECT IDENTIFIER ::= { telobjid 74 } --$M3.9
equipo-atlas-voxnet OBJECT IDENTIFIER ::= { telobjid 75 } --$M3.9
equipo-s2 OBJECT IDENTIFIER ::= { telobjid 76 } --$M4.3
equipo-s4 OBJECT IDENTIFIER ::= { telobjid 77 } --$M4.3
equipo-s2i OBJECT IDENTIFIER ::= { telobjid 78 } --$M4.3
equipo-s4i OBJECT IDENTIFIER ::= { telobjid 79 } --$M4.3
equipo-g2 OBJECT IDENTIFIER ::= { telobjid 80 } --$M4.3
equipo-g3 OBJECT IDENTIFIER ::= { telobjid 81 } --$M4.3
equipo-g4 OBJECT IDENTIFIER ::= { telobjid 82 } --$M4.3
equipo-g2i OBJECT IDENTIFIER ::= { telobjid 83 } --$M4.3
equipo-g3i OBJECT IDENTIFIER ::= { telobjid 84 } --$M4.3
equipo-g4i OBJECT IDENTIFIER ::= { telobjid 85 } --$M4.3
equipo-c1 OBJECT IDENTIFIER ::= { telobjid 86 } --$M4.3
equipo-c1B OBJECT IDENTIFIER ::= { telobjid 87 } --$M4.3
equipo-c1i OBJECT IDENTIFIER ::= { telobjid 88 } --$M4.3
equipo-s1 OBJECT IDENTIFIER ::= { telobjid 89 } --$M4.3
equipo-s1i OBJECT IDENTIFIER ::= { telobjid 90 } --$M4.3
equipo-g1 OBJECT IDENTIFIER ::= { telobjid 91 } --$M4.3
equipo-g1i OBJECT IDENTIFIER ::= { telobjid 92 } --$M4.3
equipo-g3-lite OBJECT IDENTIFIER ::= { telobjid 93 } --$M4.3
equipo-C3G-lite OBJECT IDENTIFIER ::= { telobjid 94 } --$M4.3
equipo-atlas-100 OBJECT IDENTIFIER ::= { telobjid 96 } --$M4.3
equipo-atlas-300V OBJECT IDENTIFIER ::= { telobjid 97 } --$M4.7
equipo-c1G OBJECT IDENTIFIER ::= { telobjid 98 } --$M4.7
equipo-atlas-250 OBJECT IDENTIFIER ::= { telobjid 101 }
equipo-c4G OBJECT IDENTIFIER ::= { telobjid 102 } --$M6.0
equipo-atlas-100B OBJECT IDENTIFIER ::= { telobjid 103 }
equipo-atlas-150 OBJECT IDENTIFIER ::= { telobjid 104 }
equipo-a2 OBJECT IDENTIFIER ::= { telobjid 105 }
equipo-a3 OBJECT IDENTIFIER ::= { telobjid 106 }
equipo-a4 OBJECT IDENTIFIER ::= { telobjid 107 }
equipo-a2i OBJECT IDENTIFIER ::= { telobjid 108 }
equipo-a3i OBJECT IDENTIFIER ::= { telobjid 109 }
equipo-a4i OBJECT IDENTIFIER ::= { telobjid 110 }
equipo-a1 OBJECT IDENTIFIER ::= { telobjid 111 }
equipo-a1i OBJECT IDENTIFIER ::= { telobjid 112 }
equipo-g4-cdma OBJECT IDENTIFIER ::= { telobjid 114 }
equipo-g4i-cdma OBJECT IDENTIFIER ::= { telobjid 115 }
equipo-g3-cdma OBJECT IDENTIFIER ::= { telobjid 116 }
equipo-g3i-cdma OBJECT IDENTIFIER ::= { telobjid 117 }
equipo-g1-cdma OBJECT IDENTIFIER ::= { telobjid 118 }
equipo-g1i-cdma OBJECT IDENTIFIER ::= { telobjid 119 }
equipo-c1plus OBJECT IDENTIFIER ::= { telobjid 122 }
equipo-c1iplus OBJECT IDENTIFIER ::= { telobjid 123 }
equipo-atlas-50 OBJECT IDENTIFIER ::= { telobjid 126 }
equipo-g4plus OBJECT IDENTIFIER ::= { telobjid 127 }
equipo-g3plus OBJECT IDENTIFIER ::= { telobjid 128 }
equipo-g1plus OBJECT IDENTIFIER ::= { telobjid 129 }
equipo-g4iplus OBJECT IDENTIFIER ::= { telobjid 130 }
equipo-g3iplus OBJECT IDENTIFIER ::= { telobjid 131 }
equipo-g1iplus OBJECT IDENTIFIER ::= { telobjid 132 }
equipo-atlas-250SW OBJECT IDENTIFIER ::= { telobjid 133 }
equipo-atlas-150SW OBJECT IDENTIFIER ::= { telobjid 134 }
equipo-atlas-50SW OBJECT IDENTIFIER ::= { telobjid 135 }
equipo-vyda-1M OBJECT IDENTIFIER ::= { telobjid 136 }
equipo-vyda-2M OBJECT IDENTIFIER ::= { telobjid 137 }
equipo-vyda-3M OBJECT IDENTIFIER ::= { telobjid 138 }
equipo-atlas-300 OBJECT IDENTIFIER ::= { telobjid 139 }
equipo-atlas-152 OBJECT IDENTIFIER ::= { telobjid 140 }
equipo-vyda-compact OBJECT IDENTIFIER ::= { telobjid 141 }
equipo-C8plus OBJECT IDENTIFIER ::= { telobjid 142 }
equipo-C8iplus OBJECT IDENTIFIER ::= { telobjid 143 }
equipo-C9plus OBJECT IDENTIFIER ::= { telobjid 144 }
equipo-C9iplus OBJECT IDENTIFIER ::= { telobjid 145 }
equipo-atlas-360 OBJECT IDENTIFIER ::= { telobjid 146 }
equipo-c1plus-SW OBJECT IDENTIFIER ::= { telobjid 147 }
equipo-c1a OBJECT IDENTIFIER ::= { telobjid 148 }
equipo-s1a OBJECT IDENTIFIER ::= { telobjid 149 }
equipo-g1a OBJECT IDENTIFIER ::= { telobjid 150 }
equipo-g1a-cdma OBJECT IDENTIFIER ::= { telobjid 151 }
equipo-a1a OBJECT IDENTIFIER ::= { telobjid 152 }
equipo-c2a OBJECT IDENTIFIER ::= { telobjid 155 }
equipo-s2a OBJECT IDENTIFIER ::= { telobjid 156 }
equipo-g2a OBJECT IDENTIFIER ::= { telobjid 157 }
equipo-a2a OBJECT IDENTIFIER ::= { telobjid 158 }
equipo-c4a OBJECT IDENTIFIER ::= { telobjid 159 }
equipo-s4a OBJECT IDENTIFIER ::= { telobjid 160 }
equipo-g4a OBJECT IDENTIFIER ::= { telobjid 161 }
equipo-g4a-cdma OBJECT IDENTIFIER ::= { telobjid 162 }
equipo-a4a OBJECT IDENTIFIER ::= { telobjid 163 }
equipo-cirus OBJECT IDENTIFIER ::= { telobjid 165 }
equipo-h1 OBJECT IDENTIFIER ::= { telobjid 166 }
equipo-atlas-260 OBJECT IDENTIFIER ::= { telobjid 167 }
equipo-atlas-160 OBJECT IDENTIFIER ::= { telobjid 168 }
equipo-vyda-4M OBJECT IDENTIFIER ::= { telobjid 169 }
equipo-t200g OBJECT IDENTIFIER ::= { telobjid 170 }
equipo-h1-auto OBJECT IDENTIFIER ::= { telobjid 171 }
equipo-g1n OBJECT IDENTIFIER ::= { telobjid 172 }
equipo-v1 OBJECT IDENTIFIER ::= { telobjid 173 }
equipo-c1plusl OBJECT IDENTIFIER ::= { telobjid 174 }
equipo-h4 OBJECT IDENTIFIER ::= { telobjid 175 }
equipo-t200 OBJECT IDENTIFIER ::= { telobjid 176 }
equipo-h1plus OBJECT IDENTIFIER ::= { telobjid 177 }
equipo-regesta-rp81 OBJECT IDENTIFIER ::= { telobjid 178 }
equipo-regesta-rp82 OBJECT IDENTIFIER ::= { telobjid 179 }
equipo-regesta-1 OBJECT IDENTIFIER ::= { telobjid 180 }
equipo-f1plus OBJECT IDENTIFIER ::= { telobjid 181 }
equipo-l1plus OBJECT IDENTIFIER ::= { telobjid 183 }
equipo-regesta-rp61er OBJECT IDENTIFIER ::= { telobjid 184 }
equipo-regesta-rp62er OBJECT IDENTIFIER ::= { telobjid 185 }
equipo-3geplus OBJECT IDENTIFIER ::= { telobjid 186 }
equipo-atlas-60 OBJECT IDENTIFIER ::= { telobjid 187 }
equipo-3geplus-cdma OBJECT IDENTIFIER ::= { telobjid 188 }
equipo-h1auto-plus OBJECT IDENTIFIER ::= { telobjid 189 }
equipo-k OBJECT IDENTIFIER ::= { telobjid 190 }
equipo-v OBJECT IDENTIFIER ::= { telobjid 191 }
equipo-connect-104 OBJECT IDENTIFIER ::= { telobjid 192 }
equipo-h1rail OBJECT IDENTIFIER ::= { telobjid 193 }
equipo-kf OBJECT IDENTIFIER ::= { telobjid 194 }
equipo-m1 OBJECT IDENTIFIER ::= { telobjid 199 }
equipo-m1f OBJECT IDENTIFIER ::= { telobjid 200 }
equipo-4Ge OBJECT IDENTIFIER ::= { telobjid 201 }
router-oa5710v OBJECT IDENTIFIER ::= { telobjid 202 }
router-oa5720 OBJECT IDENTIFIER ::= { telobjid 203 }
router-oa5840 OBJECT IDENTIFIER ::= { telobjid 204 }
router-oa5850 OBJECT IDENTIFIER ::= { telobjid 205 }
router-oa5725r61er OBJECT IDENTIFIER ::= { telobjid 206 }
router-oa5725r62er OBJECT IDENTIFIER ::= { telobjid 207 }
router-oa5725a3g OBJECT IDENTIFIER ::= { telobjid 208 }
router-oa5725alte OBJECT IDENTIFIER ::= { telobjid 209 }
router-esrwwanenabler OBJECT IDENTIFIER ::= { telobjid 210 }
equipo-connect-104-v OBJECT IDENTIFIER ::= { telobjid 211 }
equipo-connect-104-kf OBJECT IDENTIFIER ::= { telobjid 212 }
equipo-connect-4ge OBJECT IDENTIFIER ::= { telobjid 213 }
equipo-bintecrsc OBJECT IDENTIFIER ::= { telobjid 214 }
equipo-regesta-lite OBJECT IDENTIFIER ::= { telobjid 215 }
equipo-bintecrvc OBJECT IDENTIFIER ::= { telobjid 216 }
equipo-H2auto OBJECT IDENTIFIER ::= { telobjid 217 }
equipo-iM8 OBJECT IDENTIFIER ::= { telobjid 219 }
equipo-iM8-Plus OBJECT IDENTIFIER ::= { telobjid 220 }
equipo-H2auto-Plus OBJECT IDENTIFIER ::= { telobjid 221 }
equipo-regesta-plc OBJECT IDENTIFIER ::= { telobjid 222 }
equipo-Atlas-i70 OBJECT IDENTIFIER ::= { telobjid 223 }
equipo-Atlas-i70-Plus OBJECT IDENTIFIER ::= { telobjid 224 }
equipo-h2rail-lite OBJECT IDENTIFIER ::= { telobjid 225 }
equipo-h2rail-lite2 OBJECT IDENTIFIER ::= { telobjid 226 }
equipo-h2rail OBJECT IDENTIFIER ::= { telobjid 227 }
equipo-regesta-comp-plc OBJECT IDENTIFIER ::= { telobjid 229 }
-- Identificadores de los parametros de las traps propietarias de Teldat
-- sreTrapVar1 OBJECT IDENTIFIER ::= { telobjid 4 } $M2.2
-- sreTrapVar2 OBJECT IDENTIFIER ::= { telobjid 5 } $M2.2
-- sreTrapVar3 OBJECT IDENTIFIER ::= { telobjid 6 } $M2.2
-- sreTrapVar4 OBJECT IDENTIFIER ::= { telobjid 7 } $M2.2
-- sreTrapVar5 OBJECT IDENTIFIER ::= { telobjid 8 } $M2.2
-- sreTrapVar6 OBJECT IDENTIFIER ::= { telobjid 9 } $M2.2
-- sreTrapVar7 OBJECT IDENTIFIER ::= { telobjid 10 } $M2.2
-- sreTrapVar8 OBJECT IDENTIFIER ::= { telobjid 11 } $M2.2
-- sreTrapVar9 OBJECT IDENTIFIER ::= { telobjid 12 } $M2.2
teldatSreTrap OBJECT IDENTIFIER ::= { telobjid 1 }
-- sreTrapSubSist OBJECT IDENTIFIER ::= { telobjid 2 }
-- sreTrapEvento OBJECT IDENTIFIER ::= { telobjid 3 }
-- sreTrapEquipo OBJECT IDENTIFIER ::= { telobjid 4 } comentada por $M2.2
sreTrapSubSist OBJECT-TYPE
SYNTAX INTEGER
ACCESS read-only
STATUS mandatory
DESCRIPTION
"First variable inside the variable-bindings field of the SNMP
Trap-PDU: Events subsystem number."
::= { telobjid 2 }
sreTrapEvento OBJECT-TYPE
SYNTAX INTEGER
ACCESS read-only
STATUS mandatory
DESCRIPTION
"Second variable inside the variable-bindings field of the SNMP
Trap-PDU: Event number (inside the subsystem)."
::= { telobjid 3 }
sreTrapVar1 OBJECT-TYPE
SYNTAX Opaque
ACCESS read-only
STATUS mandatory
DESCRIPTION
"Third variable inside the variable-bindings field of the SNMP
Trap-PDU: first variable of the event mask."
::= { telobjid 4 }
sreTrapVar2 OBJECT-TYPE
SYNTAX Opaque
ACCESS read-only
STATUS mandatory
DESCRIPTION
"Fourth variable inside the variable-bindings field of the SNMP
Trap-PDU: second variable of the event mask."
::= { telobjid 5 }
sreTrapVar3 OBJECT-TYPE
SYNTAX Opaque
ACCESS read-only
STATUS mandatory
DESCRIPTION
"Fifth variable inside the variable-bindings field of the SNMP
Trap-PDU: third variable of the event mask."
::= { telobjid 6 }
sreTrapVar4 OBJECT-TYPE
SYNTAX Opaque
ACCESS read-only
STATUS mandatory
DESCRIPTION
"Sixth variable inside the variable-bindings field of the SNMP
Trap-PDU: fourth variable of the event mask."
::= { telobjid 7 }
sreTrapVar5 OBJECT-TYPE
SYNTAX Opaque
ACCESS read-only
STATUS mandatory
DESCRIPTION
"Seventh variable inside the variable-bindings field of the SNMP
Trap-PDU: fifth variable of the event mask."
::= { telobjid 8 }
sreTrapVar6 OBJECT-TYPE
SYNTAX Opaque
ACCESS read-only
STATUS mandatory
DESCRIPTION
"Eighth variable inside the variable-bindings field of the SNMP
Trap-PDU: sixth variable of the event mask."
::= { telobjid 9 }
sreTrapVar7 OBJECT-TYPE
SYNTAX Opaque
ACCESS read-only
STATUS mandatory
DESCRIPTION
"Ninth variable inside the variable-bindings field of the SNMP
Trap-PDU: seventh variable of the event mask."
::= { telobjid 10 }
sreTrapVar8 OBJECT-TYPE
SYNTAX Opaque
ACCESS read-only
STATUS mandatory
DESCRIPTION
"Tenth variable inside the variable-bindings field of the SNMP
Trap-PDU: eighth variable of the event mask."
::= { telobjid 11 }
sreTrapVar9 OBJECT-TYPE
SYNTAX Opaque
ACCESS read-only
STATUS mandatory
DESCRIPTION
"Eleventh variable inside the variable-bindings field of the SNMP
Trap-PDU: ninth variable of the event mask."
::= { telobjid 12 }
-- Identificadores de los subsistemas que tienen TRAP asociada $M2.1
-- En el apartado { teldatSreTrap xyz} xyz es el valor correspondiente al
-- fichero trpparam.h
teldatSreTrap-GW OBJECT IDENTIFIER ::= { teldatSreTrap 1 }
teldatSreTrap-FLT OBJECT IDENTIFIER ::= { teldatSreTrap 2 }
teldatSreTrap-BRS OBJECT IDENTIFIER ::= { teldatSreTrap 3 }
teldatSreTrap-ARP OBJECT IDENTIFIER ::= { teldatSreTrap 5 }
teldatSreTrap-IP OBJECT IDENTIFIER ::= { teldatSreTrap 10 }
teldatSreTrap-ICMP OBJECT IDENTIFIER ::= { teldatSreTrap 11 }
teldatSreTrap-TCP OBJECT IDENTIFIER ::= { teldatSreTrap 12 }
teldatSreTrap-UDP OBJECT IDENTIFIER ::= { teldatSreTrap 13 }
teldatSreTrap-ORIP OBJECT IDENTIFIER ::= { teldatSreTrap 15 }
-- teldatSreTrap-EGP OBJECT IDENTIFIER ::= { teldatSreTrap 16 } $M3.9
teldatSreTrap-SPF OBJECT IDENTIFIER ::= { teldatSreTrap 17 }
-- teldatSreTrap-MSPF OBJECT IDENTIFIER ::= { teldatSreTrap 18 } $M2.9
teldatSreTrap-TFTP OBJECT IDENTIFIER ::= { teldatSreTrap 19 }
-- teldatSreTrap-TN OBJECT IDENTIFIER ::= { teldatSreTrap 20 } $M2.9
teldatSreTrap-SNMP OBJECT IDENTIFIER ::= { teldatSreTrap 21 }
-- teldatSreTrap-IPX OBJECT IDENTIFIER ::= { teldatSreTrap 35 } $M2.9
teldatSreTrap-SRT OBJECT IDENTIFIER ::= { teldatSreTrap 72 }
-- teldatSreTrap-STP OBJECT IDENTIFIER ::= { teldatSreTrap 73 } $M2.9
teldatSreTrap-BR OBJECT IDENTIFIER ::= { teldatSreTrap 74 }
-- teldatSreTrap-SRLY OBJECT IDENTIFIER ::= { teldatSreTrap 75 } $M2.9
teldatSreTrap-FTP OBJECT IDENTIFIER ::= { teldatSreTrap 80 } --$M2.9
teldatSreTrap-ETH OBJECT IDENTIFIER ::= { teldatSreTrap 81 }
-- teldatSreTrap-PN OBJECT IDENTIFIER ::= { teldatSreTrap 82 } $M2.9
teldatSreTrap-SL OBJECT IDENTIFIER ::= { teldatSreTrap 83 }
teldatSreTrap-TKR OBJECT IDENTIFIER ::= { teldatSreTrap 84 }
-- teldatSreTrap-X25 OBJECT IDENTIFIER ::= { teldatSreTrap 85 } $M2.9
-- teldatSreTrap-MAN OBJECT IDENTIFIER ::= { teldatSreTrap 87 } $M2.9
-- teldatSreTrap-FDDI OBJECT IDENTIFIER ::= { teldatSreTrap 88 } $M2.9
-- teldatSreTrap-ATR OBJECT IDENTIFIER ::= { teldatSreTrap 89 } $M2.9
teldatSreTrap-SDLC OBJECT IDENTIFIER ::= { teldatSreTrap 90 }
teldatSreTrap-FR OBJECT IDENTIFIER ::= { teldatSreTrap 92 }
teldatSreTrap-PPP OBJECT IDENTIFIER ::= { teldatSreTrap 95 }
-- teldatSreTrap-X251 OBJECT IDENTIFIER ::= { teldatSreTrap 96 } $M2.9
teldatSreTrap-X252 OBJECT IDENTIFIER ::= { teldatSreTrap 97 }
teldatSreTrap-X253 OBJECT IDENTIFIER ::= { teldatSreTrap 98 }
teldatSreTrap-RDSI OBJECT IDENTIFIER ::= { teldatSreTrap 99 }
-- teldatSreTrap-IPPN OBJECT IDENTIFIER ::= { teldatSreTrap 100 } $M2.9
-- teldatSreTrap-R2 OBJECT IDENTIFIER ::= { teldatSreTrap 100 } $M2.9
-- teldatSreTrap-WRS OBJECT IDENTIFIER ::= { teldatSreTrap 101 } $M2.9
-- teldatSreTrap-LNM OBJECT IDENTIFIER ::= { teldatSreTrap 102 } $M2.9
teldatSreTrap-LLC OBJECT IDENTIFIER ::= { teldatSreTrap 103 }
-- teldatSreTrap-BGP OBJECT IDENTIFIER ::= { teldatSreTrap 104 } $M2.9
-- teldatSreTrap-MCF OBJECT IDENTIFIER ::= { teldatSreTrap 105 } $M2.9
-- teldatSreTrap-DLSO OBJECT IDENTIFIER ::= { teldatSreTrap 107 } $M2.9
-- teldatSreTrap-V25B OBJECT IDENTIFIER ::= { teldatSreTrap 108 } $M2.9
teldatSreTrap-BAN OBJECT IDENTIFIER ::= { teldatSreTrap 109 }
teldatSreTrap-NBS OBJECT IDENTIFIER ::= { teldatSreTrap 110 }
teldatSreTrap-CIF OBJECT IDENTIFIER ::= { teldatSreTrap 111 }
teldatSreTrap-GSTP OBJECT IDENTIFIER ::= { teldatSreTrap 112 }
-- teldatSreTrap-NVA OBJECT IDENTIFIER ::= { teldatSreTrap 113 } $M2.9
teldatSreTrap-FRBK OBJECT IDENTIFIER ::= { teldatSreTrap 114 }
teldatSreTrap-PRI OBJECT IDENTIFIER ::= { teldatSreTrap 115 }
teldatSreTrap-DLS OBJECT IDENTIFIER ::= { teldatSreTrap 116 }
-- teldatSreTrap-IPTN OBJECT IDENTIFIER ::= { teldatSreTrap 117 } $M2.9
teldatSreTrap-PCMC OBJECT IDENTIFIER ::= { teldatSreTrap 118 }
teldatSreTrap-LAPD OBJECT IDENTIFIER ::= { teldatSreTrap 119 }
teldatSreTrap-TNIP OBJECT IDENTIFIER ::= { teldatSreTrap 120 }
-- teldatSreTrap-BIRU OBJECT IDENTIFIER ::= { teldatSreTrap 121 } Est<73> definida en biru.mib (pruebas)
-- teldatSreTrap-EBANO OBJECT IDENTIFIER ::= { teldatSreTrap 122 } Est<73> definida en ebano.mib (pruebas)
teldatSreTrap-MBBU OBJECT IDENTIFIER ::= { teldatSreTrap 123 }
teldatSreTrap-BIR64 OBJECT IDENTIFIER ::= { teldatSreTrap 124 }
teldatSreTrap-REXISMRU OBJECT IDENTIFIER ::= { teldatSreTrap 125 }
teldatSreTrap-REXISFT OBJECT IDENTIFIER ::= { teldatSreTrap 126 }
teldatSreTrap-ICUPLUS OBJECT IDENTIFIER ::= { teldatSreTrap 127 } --$M2.3
teldatSreTrap-Q933 OBJECT IDENTIFIER ::= { teldatSreTrap 128 } --$M2.9
teldatSreTrap-IPPN OBJECT IDENTIFIER ::= { teldatSreTrap 129 } --$M2.9
teldatSreTrap-RAD OBJECT IDENTIFIER ::= { teldatSreTrap 130 } --$M2.9
teldatSreTrap-H323 OBJECT IDENTIFIER ::= { teldatSreTrap 131 } --$M2.9
-- teldatSreTrap-MIT OBJECT IDENTIFIER ::= { teldatSreTrap 132 } $M2.9
teldatSreTrap-DHCP OBJECT IDENTIFIER ::= { teldatSreTrap 133 } --$M2.9
teldatSreTrap-IP6 OBJECT IDENTIFIER ::= { teldatSreTrap 134 } --$M2.9
teldatSreTrap-TVRP OBJECT IDENTIFIER ::= { teldatSreTrap 135 } --$M2.9
teldatSreTrap-ATM OBJECT IDENTIFIER ::= { teldatSreTrap 136 } --$M2.9
-- teldatSreTrap-OLD0 OBJECT IDENTIFIER ::= { teldatSreTrap 137 } $M2.9
teldatSreTrap-IPSEC OBJECT IDENTIFIER ::= { teldatSreTrap 138 } --$M2.9
teldatSreTrap-NTP OBJECT IDENTIFIER ::= { teldatSreTrap 139 } --$M2.9
teldatSreTrap-ADSL OBJECT IDENTIFIER ::= { teldatSreTrap 140 } --$M2.9
-- teldatSreTrap-CIF OBJECT IDENTIFIER ::= { teldatSreTrap 141 } $M2.9
teldatSreTrap-HTTP OBJECT IDENTIFIER ::= { teldatSreTrap 142 } --$M2.9
teldatSreTrap-DEP OBJECT IDENTIFIER ::= { teldatSreTrap 144 } --$M2.9
teldatSreTrap-ASDP OBJECT IDENTIFIER ::= { teldatSreTrap 145 } --$M2.9
teldatSreTrap-LDAP OBJECT IDENTIFIER ::= { teldatSreTrap 146 } --$M2.9
teldatSreTrap-SCEP OBJECT IDENTIFIER ::= { teldatSreTrap 147 } --$M2.9
teldatSreTrap-P3OE OBJECT IDENTIFIER ::= { teldatSreTrap 148 } --$M2.9
teldatSreTrap-AT OBJECT IDENTIFIER ::= { teldatSreTrap 149 } --$M2.9
teldatSreTrap-ASYNC OBJECT IDENTIFIER ::= { teldatSreTrap 150 } --$M2.9
teldatSreTrap-SYNC OBJECT IDENTIFIER ::= { teldatSreTrap 151 } --$M2.9
teldatSreTrap-DNS OBJECT IDENTIFIER ::= { teldatSreTrap 152 } --$M3.6
teldatSreTrap-VSN OBJECT IDENTIFIER ::= { teldatSreTrap 153 } --$M3.6
teldatSreTrap-NAPT OBJECT IDENTIFIER ::= { teldatSreTrap 154 } --$M3.6
teldatSreTrap-VID OBJECT IDENTIFIER ::= { teldatSreTrap 155 } --$M3.6
teldatSreTrap-PRL OBJECT IDENTIFIER ::= { teldatSreTrap 156 } --$M3.6
teldatSreTrap-HDSL OBJECT IDENTIFIER ::= { teldatSreTrap 157 } --$M3.6
teldatSreTrap-PGMO OBJECT IDENTIFIER ::= { teldatSreTrap 158 } --$M3.6
teldatSreTrap-RTSP OBJECT IDENTIFIER ::= { teldatSreTrap 159 } --$M3.6
teldatSreTrap-DNAT OBJECT IDENTIFIER ::= { teldatSreTrap 160 } --$M3.8
teldatSreTrap-G703 OBJECT IDENTIFIER ::= { teldatSreTrap 161 } --$M3.9
teldatSreTrap-POLR OBJECT IDENTIFIER ::= { teldatSreTrap 162 } --$M3.9
teldatSreTrap-XN OBJECT IDENTIFIER ::= { teldatSreTrap 163 } --$M3.9
teldatSreTrap-XNS OBJECT IDENTIFIER ::= { teldatSreTrap 164 } --$M3.9
teldatSreTrap-IPX OBJECT IDENTIFIER ::= { teldatSreTrap 165 } --$M3.9
teldatSreTrap-IGMP OBJECT IDENTIFIER ::= { teldatSreTrap 166 } --$M3.9
teldatSreTrap-AINST OBJECT IDENTIFIER ::= { teldatSreTrap 167 } --$M3.9
teldatSreTrap-BGP OBJECT IDENTIFIER ::= { teldatSreTrap 169 } --$M4.6
teldatSreTrap-NSM OBJECT IDENTIFIER ::= { teldatSreTrap 170 } --$M4.6
teldatSreTrap-TLNT OBJECT IDENTIFIER ::= { teldatSreTrap 171 } --$M4.9
teldatSreTrap-L2TP OBJECT IDENTIFIER ::= { teldatSreTrap 172 } --$M4.9
teldatSreTrap-NSLA OBJECT IDENTIFIER ::= { teldatSreTrap 173 } --$M5.0
teldatSreTrap-VOIP OBJECT IDENTIFIER ::= { teldatSreTrap 174 } --$M5.3
teldatSreTrap-TTTP OBJECT IDENTIFIER ::= { teldatSreTrap 175 } --$M5.4
teldatSreTrap-IKE OBJECT IDENTIFIER ::= { teldatSreTrap 176 }
teldatSreTrap-HSSI OBJECT IDENTIFIER ::= { teldatSreTrap 177 }
teldatSreTrap-SCADA OBJECT IDENTIFIER ::= { teldatSreTrap 178 }
teldatSreTrap-VRRP OBJECT IDENTIFIER ::= { teldatSreTrap 179 }
teldatSreTrap-SIP OBJECT IDENTIFIER ::= { teldatSreTrap 180 }
teldatSreTrap-IPHC OBJECT IDENTIFIER ::= { teldatSreTrap 181 }
teldatSreTrap-DHCPC OBJECT IDENTIFIER ::= { teldatSreTrap 182 }
teldatSreTrap-CNSL OBJECT IDENTIFIER ::= { teldatSreTrap 183 }
teldatSreTrap-TLPHY OBJECT IDENTIFIER ::= { teldatSreTrap 184 }
teldatSreTrap-NHRP OBJECT IDENTIFIER ::= { teldatSreTrap 185 }
teldatSreTrap-SNAT OBJECT IDENTIFIER ::= { teldatSreTrap 186 }
teldatSreTrap-STUN OBJECT IDENTIFIER ::= { teldatSreTrap 187 }
teldatSreTrap-WLAN OBJECT IDENTIFIER ::= { teldatSreTrap 188 }
teldatSreTrap-SCDFW OBJECT IDENTIFIER ::= { teldatSreTrap 189 }
teldatSreTrap-HDLC OBJECT IDENTIFIER ::= { teldatSreTrap 190 }
teldatSreTrap-EAP OBJECT IDENTIFIER ::= { teldatSreTrap 191 }
teldatSreTrap-EIBZ OBJECT IDENTIFIER ::= { teldatSreTrap 192 }
teldatSreTrap-PHYS OBJECT IDENTIFIER ::= { teldatSreTrap 193 }
teldatSreTrap-SPOOF OBJECT IDENTIFIER ::= { teldatSreTrap 194 }
teldatSreTrap-IRVOZ OBJECT IDENTIFIER ::= { teldatSreTrap 195 }
teldatSreTrap-RSTP OBJECT IDENTIFIER ::= { teldatSreTrap 196 }
teldatSreTrap-TIDP OBJECT IDENTIFIER ::= { teldatSreTrap 197 }
teldatSreTrap-NOE OBJECT IDENTIFIER ::= { teldatSreTrap 198 }
teldatSreTrap-AFS OBJECT IDENTIFIER ::= { teldatSreTrap 199 }
teldatSreTrap-X28 OBJECT IDENTIFIER ::= { teldatSreTrap 200 }
teldatSreTrap-BFD OBJECT IDENTIFIER ::= { teldatSreTrap 203 }
teldatSreTrap-DNSU OBJECT IDENTIFIER ::= { teldatSreTrap 204 }
teldatSreTrap-UDP6 OBJECT IDENTIFIER ::= { teldatSreTrap 205 }
teldatSreTrap-ICM6O OBJECT IDENTIFIER ::= { teldatSreTrap 206 }
-- teldatSreTrap-RIP6 OBJECT IDENTIFIER ::= { teldatSreTrap 207 }
teldatSreTrap-CELL OBJECT IDENTIFIER ::= { teldatSreTrap 208 }
teldatSreTrap-SSL OBJECT IDENTIFIER ::= { teldatSreTrap 209 }
teldatSreTrap-SCCP OBJECT IDENTIFIER ::= { teldatSreTrap 210 }
teldatSreTrap-WWAN OBJECT IDENTIFIER ::= { teldatSreTrap 211 }
teldatSreTrap-ISTD OBJECT IDENTIFIER ::= { teldatSreTrap 212 }
teldatSreTrap-DOT1X OBJECT IDENTIFIER ::= { teldatSreTrap 213 }
teldatSreTrap-EOAM OBJECT IDENTIFIER ::= { teldatSreTrap 214 }
teldatSreTrap-SSH OBJECT IDENTIFIER ::= { teldatSreTrap 215 }
teldatSreTrap-CDP OBJECT IDENTIFIER ::= { teldatSreTrap 216 }
teldatSreTrap-PIO OBJECT IDENTIFIER ::= { teldatSreTrap 217 }
teldatSreTrap-FLOW OBJECT IDENTIFIER ::= { teldatSreTrap 218 }
teldatSreTrap-RIP OBJECT IDENTIFIER ::= { teldatSreTrap 219 }
teldatSreTrap-MGCP OBJECT IDENTIFIER ::= { teldatSreTrap 220 }
teldatSreTrap-TIPS OBJECT IDENTIFIER ::= { teldatSreTrap 221 }
teldatSreTrap-SRVP OBJECT IDENTIFIER ::= { teldatSreTrap 222 }
teldatSreTrap-SPI OBJECT IDENTIFIER ::= { teldatSreTrap 223 }
teldatSreTrap-VLI OBJECT IDENTIFIER ::= { teldatSreTrap 224 }
teldatSreTrap-ACAT OBJECT IDENTIFIER ::= { teldatSreTrap 225 }
teldatSreTrap-AAA OBJECT IDENTIFIER ::= { teldatSreTrap 226 }
teldatSreTrap-SDEV OBJECT IDENTIFIER ::= { teldatSreTrap 227 }
teldatSreTrap-G104 OBJECT IDENTIFIER ::= { teldatSreTrap 228 }
teldatSreTrap-I101 OBJECT IDENTIFIER ::= { teldatSreTrap 229 }
teldatSreTrap-IPSF OBJECT IDENTIFIER ::= { teldatSreTrap 230 }
teldatSreTrap-DH6C OBJECT IDENTIFIER ::= { teldatSreTrap 231 }
teldatSreTrap-NEIG OBJECT IDENTIFIER ::= { teldatSreTrap 232 }
teldatSreTrap-ND OBJECT IDENTIFIER ::= { teldatSreTrap 233 }
teldatSreTrap-ICM6 OBJECT IDENTIFIER ::= { teldatSreTrap 234 }
teldatSreTrap-LLDP OBJECT IDENTIFIER ::= { teldatSreTrap 235 }
teldatSreTrap-RIP6 OBJECT IDENTIFIER ::= { teldatSreTrap 236 }
teldatSreTrap-MLD6 OBJECT IDENTIFIER ::= { teldatSreTrap 237 }
teldatSreTrap-PIM OBJECT IDENTIFIER ::= { teldatSreTrap 238 }
teldatSreTrap-MRTE OBJECT IDENTIFIER ::= { teldatSreTrap 239 }
teldatSreTrap-ACL OBJECT IDENTIFIER ::= { teldatSreTrap 240 }
teldatSreTrap-SPF6 OBJECT IDENTIFIER ::= { teldatSreTrap 241 }
teldatSreTrap-NIC OBJECT IDENTIFIER ::= { teldatSreTrap 242 }
teldatSreTrap-MSDP OBJECT IDENTIFIER ::= { teldatSreTrap 244 }
teldatSreTrap-ACT OBJECT IDENTIFIER ::= { teldatSreTrap 245 }
teldatSreTrap-TDGS OBJECT IDENTIFIER ::= { teldatSreTrap 255 }
teldatSreTrap-GPSF OBJECT IDENTIFIER ::= { teldatSreTrap 256 }
teldatSreTrap-WNMS OBJECT IDENTIFIER ::= { teldatSreTrap 257 }
teldatSreTrap-DH6S OBJECT IDENTIFIER ::= { teldatSreTrap 259 }
teldatSreTrap-CFM OBJECT IDENTIFIER ::= { teldatSreTrap 264 }
teldatSreTrap-PRIME OBJECT IDENTIFIER ::= { teldatSreTrap 265 }
teldatSreTrap-SMGT OBJECT IDENTIFIER ::= { teldatSreTrap 266 }
telstatus OBJECT IDENTIFIER ::= { teladmin 2 }
-- --------------------------
-- Grupo telAdminStatusSystem
-- --------------------------
telAdminStatusSystem OBJECT IDENTIFIER ::= { telstatus 1 }
-- $M2.7
telAdminStatusSystemCode OBJECT-TYPE
SYNTAX INTEGER{
-- rexis-ft(3),
-- bir-64(11),
rexis-mru(15),
mbbu(16),
bir-u(20),
ebano(21),
nucleox-plus(32),
cbra(33),
centrix-b(34),
centrix-p(35),
temis(36),
novacom(37),
master-router(38),
cbra2x(39),
np2xh(40),
icu-plus(41),
centrix-f(42),
cbra-tar(43),
aura(44),
kronos(45),
teldat-C(46),
remote-operator(47),
visor(48),
voxnet(49),
dusac32(50),
novacom-x25(51),
enaplan(52),
teldat-C3(53),
atlas(56),
c2B(57),
web-probe(58),
c3-1(59),
c3B-1(60),
c2BM(61),
basic-atlas(62),
c2i(63),
c3i(64),
c3B(65),
c3G(66),
-- c4-c5(67),
c4(67), --$M4.2
-- c4i-c5i(68),
c4i(68), --$M4.2
-- c4B-c5B(69),
c4B(69), --$M4.2
centrix-sec(70),
centrix-d(71),
c2-UP(72),
c6(73), --$M3.8
centrix-ng(74), --$M3.9
atlas-voxnet(75), --$M3.9
s2(76), --$M4.3
s4(77), --$M4.3
s2i(78), --$M4.3
s4i(79), --$M4.3
g2(80), --$M4.3
g3(81), --$M4.3
g4(82), --$M4.3
g2i(83), --$M4.3
g3i(84), --$M4.3
g4i(85), --$M4.3
c1(86), --$M4.3
c1B(87), --$M4.3
c1i(88), --$M4.3
s1(89), --$M4.3
s1i(90), --$M4.3
g1(91), --$M4.3
g1i(92), --$M4.3
g3-lite(93), --$M4.3
c3G-lite(94), --$M4.3
atlas-100(96), --$M4.3
atlas-300V(97), --$M4.7
c1G(98), --$M4.7
atlas-250(101),
c4G(102), --$M6.0
atlas-100B(103),
atlas-150(104),
a2(105),
a3(106),
a4(107),
a2i(108),
a3i(109),
a4i(110),
a1(111),
a1i(112),
g4-cdma(114),
g4i-cdma(115),
g3-cdma(116),
g3i-cdma(117),
g1-cdma(118),
g1i-cdma(119),
c1plus(122),
c1iplus(123),
atlas-50(126),
g4plus(127),
g3plus(128),
g1plus(129),
g4iplus(130),
g3iplus(131),
g1iplus(132),
atlas-250-web-probe(133),
atlas-150-web-probe(134),
atlas-50-web-probe(135),
vyda-1M(136),
vyda-2M(137),
vyda-3M(138),
atlas-300(139),
atlas-152(140),
vyda-compact(141),
c8plus(142),
c8iplus(143),
c9plus(144),
c9iplus(145),
atlas-360(146),
c1plus-web-probe(147),
c1a(148),
s1a(149),
g1a(150),
g1a-cdma(151),
a1a(152),
c2a(155),
s2a(156),
g2a(157),
a2a(158),
c4a(159),
s4a(160),
g4a(161),
g4a-cdma(162),
a4a(163),
cirus(165),
h1(166),
atlas-260(167),
atlas-160(168),
vyda-4M(169),
teldat-t200g(170),
teldat-h1-auto(171),
teldat-g1n(172),
teldat-v1(173),
teldat-c1plusl(174),
teldat-h4(175),
teldat-t200(176),
teldat-h1plus(177),
regesta-rp81(178),
regesta-rp82(179),
regesta-1(180),
teldat-f1plus(181),
teldat-l1plus(183),
regesta-rp61er(184),
regesta-rp62er(185),
teldat-3geplus(186),
atlas-60(187),
teldat-3geplus-cdma(188),
teldat-h1auto-plus(189),
teldat-k(190),
teldat-v(191),
connect-104(192),
teldat-h1rail(193),
teldat-kf(194),
teldat-m1(199),
teldat-m1f(200),
teldat-4Ge(201),
oa5710v(202),
oa5720(203),
oa5840(204),
oa5850(205),
oa5725r61er(206),
oa5725r62er(207),
oa5725a3g(208),
oa5725alte(209),
esrwwanenabler(210),
connect-104v(211),
connect-104kf(212),
connect-4ge(213),
bintecrsc(214),
regesta-lite(215),
bintecrvc(216),
teldat-h2auto(217),
teldat-im8(219),
teldat-im8plus(220),
teldat-h2auto-plus(221),
regesta-plc(222),
atlasi70(223),
atlasi70plus(224),
teldat-h2rail-lite(225),
teldat-h2rail-lite2(226),
teldat-h2rail(227),
regesta-compact-plc(229)
}
ACCESS read-only
STATUS mandatory
DESCRIPTION
"Product identifier determined by Teldat identifiers table."
::={ telAdminStatusSystem 1 }
-- $M2.7 $M3.9
telAdminStatusSystemSwLicLev OBJECT-TYPE
SYNTAX INTEGER{
default(0),
teldatC(1),
atlas(2),
visornet(3),
teldatS(4),
teldatG(5),
atlas2G(6),
atlas150(7),
teldatA(8),
atlas50(9),
atlas300(10),
atlas152(11),
teldatc1plus(12),
teldatc8plus(13),
teldatc9plus(14),
atlas360(15),
teldatH1(16),
atlas260(17),
atlas160(18),
teldatt200g(19),
teldath1auto(20),
teldatg1n(21),
teldatc1pluslite(22),
teldatv1(23),
teldatH4-teldatl1plus(24),
teldatt200(25),
teldath1plus-teldatf1plus-teldat3Geplus(26),
regestaPro-ER(27),
atlas60(28),
teldath1autoplus(29),
teldatv(30),
teldatconnect104(31),
teldatk(32),
teldathrail(33),
teldatm1(34),
teldat4ge(35),
teldatconnect104v(36),
teldatconnect104kf(37),
teldatconnect4ge(38),
teldath2auto(39),
teldatim8(40),
teldatim8plus(41),
atlasi70(42),
atlasi70plus(43),
teldath2autoplus(44),
teldath2rail(45)
}
ACCESS read-only
STATUS mandatory
DESCRIPTION
"Main level of software licence. This variable indicates the
specific family where the product is included. The value 0 is the
default value taken when the real value is not associated to any
licence recognized or supported. The possible values for this
variable and their meaning are:
(1) Teldat C.
(2) Atlas.
(3) Visornet.
(4) Teldat S.
(5) Teldat G.
(6) Atlas 2G.
(7) Atlas 150.
(8) Teldat A.
(9) Atlas 50.
(10) Atlas 300.
(11) Atlas 152.
(12) Teldat C1+.
(13) Teldat C8+.
(14) Teldat C9+.
(15) Atlas 360.
(16) Teldat H.
(17) Atlas 260.
(18) Atlas 160.
(19) Teldat T200G.
(20) Teldat H1 Auto.
(21) Teldat G1N.
(22) Teldat C1+L.
(23) Teldat V1.
(24) Teldat H4 or L1+.
(25) Teldat T200.
(26) Teldat H1+, Teldat F1+ or Teldat 3Ge+.
(27) RegestaPro-ER.
(28) Atlas 60.
(29) Teldat H1 Auto.+
(30) Teldat V
(31) Teldat Connect 104
(32) Teldat K
(33) Teldat H Rail Family
(34) Teldat M1
(35) Teldat 4Ge
(36) Teldat Connect 104V
(37) Teldat Connect 104KF
(38) Teldat Connect 4Ge
(39) Teldat H2 Auto.
(40) Teldat H2 Auto Plus.
(41) Teldat H2 Rail.
If the value of this variable is teldatC (1), atlas (2),
visornet (3), teldatS (4), teldatG (5), atlas2g (5), atlas150 (7),
teldatA (8) or atlas50 (9) it will be necessary to consider also the
value of the next variable to completely determine the type of the
accessed product. In any other case, different products can take the
same value for this level of software licence and second level of
software licence will be always 0, so it will be not possible to
distinguish them through their licence."
::={ telAdminStatusSystem 2 }
-- $M2.7
telAdminStatusSystemSwLicSub OBJECT-TYPE
SYNTAX INTEGER
ACCESS read-only
STATUS mandatory
DESCRIPTION
"Second level of software licence. This variable is used to know the
family funcionality group inside the family indicated with the
previous value. The value 0 is the only value taken by this variable
in 360-based routers, and also the default value taken when the
real value is not associated to any licence recognized or supported.
It is necessary to consider also the value of the previous variable
to completely determine the type of the product accessed."
::={ telAdminStatusSystem 3 }
telAdminStatusSystemNumSerie OBJECT-TYPE
SYNTAX INTEGER
ACCESS read-only
STATUS mandatory
DESCRIPTION
"Series number of the node."
::={ telAdminStatusSystem 4 }
telAdminStatusSystemPcbType OBJECT-TYPE
SYNTAX DisplayString
ACCESS read-only
STATUS mandatory
DESCRIPTION
"Board type."
::={ telAdminStatusSystem 5 }
telAdminStatusSystemAppVersion OBJECT-TYPE
SYNTAX DisplayString
ACCESS read-only
STATUS mandatory
DESCRIPTION
"Version of the application running at the moment in the system."
::={ telAdminStatusSystem 6 }
telAdminStatusSystemBootVersion OBJECT-TYPE
SYNTAX DisplayString
ACCESS read-only
STATUS mandatory
DESCRIPTION
"Version of the system eprom software."
::={ telAdminStatusSystem 7 }
telAdminStatusSystemClock OBJECT-TYPE
SYNTAX OCTET STRING(SIZE(8))
ACCESS read-write
STATUS mandatory
DESCRIPTION
"Node time and date. 8 Bytes EBCDIC show respectively
seconds, minutes, padding, day, month, week day (monday, etc)
and year."
::={ telAdminStatusSystem 8 }
--$M3.8
telAdminStatusSystemBoardType OBJECT-TYPE
SYNTAX INTEGER{
adsl-860(8),
visornet-860(16),
h1-autoplus(24),
adsl-855(32),
h1-rail(40),
cbra-univ(56),
visornet-2C(48),
atlas(64),
cbra-dual(72),
tldt-new-C3(80),
univ-tjt(88), --$M3.9
tldt-m(96), --$M4.4
hermes(112),
univ-bas(120),
zeus(128),
nike(136),
minos(144),
pnlp(152),
hades(160),
tldt-m-a(168),
univ-tjt-a(184),
at-h1(192),
tldt-t200(176),
h1-auto(200),
at-h4(208),
tldt-t200-w(216),
h1-like-h2-rail(224),
ares(272),
at-160(288),
iropro(296),
tldt-k(304),
tldt-m1(312),
anteth4g(320),
tldt-im1(328),
tldt-im2(336),
tldt-h2-auto-plus(368),
tldt-h2-rail(376),
c1plusl(520),
v1(528),
h1plus(536),
c1plusl-b(544),
c1plusl-ur2(552),
c1plusl-annexm(560),
rp61er(576),
rp62er(584),
rp61er-ac(592),
rp62er-ac(600),
vdsl2(608),
rp62er-ur2(616),
rp61er-ur2(624),
rp62er-ac-ur2(632),
rp61er-ac-ur2(640),
rp62er-bj(648),
rp61er-bj(656),
rp62er-ac-bj(664),
rp61er-ac-bj(672),
rp62er-j(680),
rp61er-j(688),
rp62er-ac-j(696),
rp61er-ac-j(704),
rp62er-b(712),
rp61er-b(720),
rp62er-ac-b(728),
rp61er-ac-b(736),
rp21er(744),
rp22er(752),
v1-bj(760),
rp-plc(872),
rp-cmp-plc(880)
}
ACCESS read-only
STATUS mandatory
DESCRIPTION
"Board type."
::={ telAdminStatusSystem 9 }
--$M3.8
telAdminStatusSystemBoardRevision OBJECT-TYPE
SYNTAX INTEGER
ACCESS read-only
STATUS mandatory
DESCRIPTION
"Board revision."
::={ telAdminStatusSystem 10 }
--$M3.8
telAdminStatusSystemSmartCard OBJECT-TYPE
SYNTAX INTEGER{
no(0),
yes(1)
}
ACCESS read-only
STATUS mandatory
DESCRIPTION
"This variable indicates whether Smart Card controler is installed.
Possible values: no(0), yes(1)."
::={ telAdminStatusSystem 11 }
-- Tabla telAdminStatusLedsTable
telAdminStatusLedsTable OBJECT-TYPE
SYNTAX SEQUENCE OF TelAdminStatusLedsEntry
ACCESS not-accessible
STATUS mandatory
DESCRIPTION
"The table telAdminStatusLedsTable contains information about
leds."
::={ telstatus 2 }
telAdminStatusLedsEntry OBJECT-TYPE
SYNTAX TelAdminStatusLedsEntry
ACCESS not-accessible
STATUS mandatory
DESCRIPTION
"Each entry contains the number and state of each led."
INDEX { telAdminStatusLedNum }
::={ telAdminStatusLedsTable 1 }
TelAdminStatusLedsEntry ::=
SEQUENCE{
telAdminStatusLedNum
INTEGER,
telAdminStatusLedStatus
INTEGER
}
telAdminStatusLedNum OBJECT-TYPE
SYNTAX INTEGER{
led-1(1),
led-2(2),
led-3(3),
led-4(4),
led-5(5),
led-6(6),
led-7(7),
led-8(8),
led-9(9),
led-10(10),
led-11(11),
led-12(12),
led-13(13),
led-14(14),
led-15(15),
led-16(16),
led-17(17),
led-18(18),
led-19(19),
led-20(20),
led-21(21),
led-22(22),
led-23(23),
led-24(24)
}
ACCESS read-only
STATUS mandatory
DESCRIPTION
"Led identifier number."
::={ telAdminStatusLedsEntry 1 }
telAdminStatusLedStatus OBJECT-TYPE
SYNTAX INTEGER{
off(0),
red(1),
green(2),
orange(3)
}
ACCESS read-write
STATUS mandatory
DESCRIPTION
"Led state."
::={ telAdminStatusLedsEntry 2 }
-- Tabla telAdminStatusBugsTable
telAdminStatusBugsTable OBJECT-TYPE
SYNTAX SEQUENCE OF TelAdminStatusBugsEntry
ACCESS not-accessible
STATUS obsolete
DESCRIPTION
"The table named telAdminStatusBugsTable gives information about
the system bug messages."
::={ telstatus 3 }
telAdminStatusBugsEntry OBJECT-TYPE
SYNTAX TelAdminStatusBugsEntry
ACCESS not-accessible
STATUS obsolete
DESCRIPTION
"Each entry contains the message number (1 is the last) and the
string of the corresponding message."
INDEX { telAdminStatusBugNum }
::={ telAdminStatusBugsTable 1 }
TelAdminStatusBugsEntry ::=
SEQUENCE{
telAdminStatusBugNum
INTEGER,
telAdminStatusBugMsg
DisplayString
}
telAdminStatusBugNum OBJECT-TYPE
SYNTAX INTEGER
ACCESS read-only
STATUS obsolete
DESCRIPTION
"Bug number."
::={ telAdminStatusBugsEntry 1 }
telAdminStatusBugMsg OBJECT-TYPE
SYNTAX DisplayString
ACCESS read-only
STATUS obsolete
DESCRIPTION
"Bug text."
::={ telAdminStatusBugsEntry 2 }
telAdminStatusBugsClear OBJECT-TYPE
SYNTAX INTEGER{
not-delete-bugs(0),
delete-bugs(1)
}
ACCESS read-write
STATUS obsolete
DESCRIPTION
"In a writing operation, 1 resets the number of bugs stored
by the system, in a reading operation it is always 0."
::={ telstatus 4 }
telAdminStatusReload OBJECT-TYPE
SYNTAX INTEGER{
undefined(0),
reset(1),
already-reset(2),
not-reset(3)
}
ACCESS read-write
STATUS mandatory
DESCRIPTION
"In a writing operation 1 resets the system (Reset Hard),
In a reading operation, 0 shows unknown output from the last
set operation, 2 shows the set operation succeded and 3 shows
the last set operation failed."
::={ telstatus 5 }
telAdminStatusRestart OBJECT-TYPE
SYNTAX INTEGER{
undefined(0),
restart(1),
restarted(2),
not-restarted(3)
}
ACCESS read-write
STATUS mandatory
DESCRIPTION
"In a writing operation 1 resets the system (Reset Soft),
In a reading operation, 0 shows the unknown output from the last
set operation, 2 shows the set operation succeded and 3 shows
the last set operation failed."
::={ telstatus 6 }
telAdminStatusSaveConfig OBJECT-TYPE
SYNTAX INTEGER{
undefined(0),
save-configuration(1),
saved-configuration(2),
not-saved-configuration(3)
}
ACCESS read-write
STATUS mandatory
DESCRIPTION
"In a writing operation 1 saves to RAM the current system
configuration. In a reading operation, 0 shows unknown output from
the last set operation, 2 shows the set operation succeded
and 3 shows the last set operation failed."
::={ telstatus 7 }
-- Grupo telAdminStatusSram
telAdminStatusSram OBJECT IDENTIFIER ::= { telstatus 8 }
-- Tabla telAdminStatusSramRecordTable
telAdminStatusSramRecordTable OBJECT-TYPE
SYNTAX SEQUENCE OF TelAdminStatusSramRecordEntry
ACCESS not-accessible
STATUS obsolete
DESCRIPTION
"The table telAdminStatusSramRecordTable contains information about
non volatil or SRAM system memory. This memory consists of records
that are instances of concrete types and subtypes."
::={ telAdminStatusSram 1 }
telAdminStatusSramRecordEntry OBJECT-TYPE
SYNTAX TelAdminStatusSramRecordEntry
ACCESS not-accessible
STATUS obsolete
DESCRIPTION
"Each entry gives information about type, subtype, instance and
specific object in SRAM."
INDEX { sramRecordType,
sramRecordSubtype,
sramRecordInstance }
::={ telAdminStatusSramRecordTable 1 }
TelAdminStatusSramRecordEntry ::=
SEQUENCE{
sramRecordType
INTEGER,
sramRecordSubtype
INTEGER,
sramRecordInstance
INTEGER,
sramRecordItem
Opaque
}
sramRecordType OBJECT-TYPE
SYNTAX INTEGER
ACCESS read-only
STATUS obsolete
DESCRIPTION
"SRAM register type."
::= { telAdminStatusSramRecordEntry 1 }
sramRecordSubtype OBJECT-TYPE
SYNTAX INTEGER
ACCESS read-only
STATUS obsolete
DESCRIPTION
"SRAM register subtype."
::= { telAdminStatusSramRecordEntry 2 }
sramRecordInstance OBJECT-TYPE
SYNTAX INTEGER
ACCESS read-only
STATUS obsolete
DESCRIPTION
"Instance of the SRAM register."
::= { telAdminStatusSramRecordEntry 3 }
sramRecordItem OBJECT-TYPE
SYNTAX Opaque
ACCESS read-write
STATUS obsolete
DESCRIPTION
"Specific SRAM register. Since registers may have different sizes
depending on the data type of the object (type and subtype), the
writing operations only must be performed if the data type of each
object (type and subtype) is known. In case data types were not
similar, the final configuration could result erroneous."
::= { telAdminStatusSramRecordEntry 4}
-- Grupo telAdminStatusSRE
telAdminStatusSRE OBJECT IDENTIFIER ::= { telstatus 9 }
-- Tabla telAdminStatusSRESubRecordTable
telAdminStatusSRESubRecordTable OBJECT-TYPE
SYNTAX SEQUENCE OF TelAdminStatusSRESubRecordEntry
ACCESS not-accessible
STATUS mandatory
DESCRIPTION
"The table telAdminStatusSRESubRecordTable contains information
about the event subsystem."
::={ telAdminStatusSRE 1 }
telAdminStatusSRESubRecordEntry OBJECT-TYPE
SYNTAX TelAdminStatusSRESubRecordEntry
ACCESS not-accessible
STATUS mandatory
DESCRIPTION
"Each entry contains information about identifier, short name,
long name, level, event number and if the concrete subsystem
is enabled or not for traces, syslog messages and/or SNMP traps."
INDEX { sreSubId }
::={ telAdminStatusSRESubRecordTable 1 }
TelAdminStatusSRESubRecordEntry ::=
SEQUENCE{
sreSubId
INTEGER,
sreSubShortName
DisplayString,
sreSubLongName
DisplayString,
sreSubNumEvent
INTEGER,
sreSubTraceLvlConf
INTEGER,
sreSubSyslogLvlConf
INTEGER,
sreSubTrapLvlConf
INTEGER,
sreSubTrap1LvlConf
INTEGER,
sreSubTrap2LvlConf
INTEGER,
sreSubTrap3LvlConf
INTEGER,
sreSubTrap4LvlConf
INTEGER
}
sreSubId OBJECT-TYPE
SYNTAX INTEGER
ACCESS read-only
STATUS mandatory
DESCRIPTION
"Subsystem identifier."
::= { telAdminStatusSRESubRecordEntry 1 }
sreSubShortName OBJECT-TYPE
SYNTAX DisplayString
ACCESS read-only
STATUS mandatory
DESCRIPTION
"Subsystem short name."
::= { telAdminStatusSRESubRecordEntry 2 }
sreSubLongName OBJECT-TYPE
SYNTAX DisplayString
ACCESS read-only
STATUS mandatory
DESCRIPTION
"Subsystem long name."
::= { telAdminStatusSRESubRecordEntry 3 }
sreSubNumEvent OBJECT-TYPE
SYNTAX INTEGER
ACCESS read-only
STATUS mandatory
DESCRIPTION
"Number of subsystem defined events."
::= { telAdminStatusSRESubRecordEntry 4}
sreSubTraceLvlConf OBJECT-TYPE
SYNTAX INTEGER(0..65535)
ACCESS read-write
STATUS mandatory
DESCRIPTION
"This mask defines the way the subsystem is enabled for traces. The
mask<73>s meaning is:
(UI-ERROR,0x0001); (CI-ERROR,0x0002); (UE-ERROR,0x0004);
(CE-ERROR,0x0008); (ERROR,0x000F); (U-INFO,0x0010); (C-INFO,0x0020);
(INFO,0x0030); (P-TRACE,0x0100); (U-TRACE,0x0200); (C-TRACE,0x0400)
(TRACE,0x0700); (STANDARD,0x001F); (ALWAYS,0x8000); (ALL,0xFFFF)"
::= { telAdminStatusSRESubRecordEntry 5}
sreSubSyslogLvlConf OBJECT-TYPE
SYNTAX INTEGER(0..65535)
ACCESS read-write
STATUS mandatory
DESCRIPTION
"This mask defines the way the subsystem is enabled for syslog
messages.
The mask<73>s meaning is:
(UI-ERROR,0x0001); (CI-ERROR,0x0002); (UE-ERROR,0x0004);
(CE-ERROR,0x0008); (ERROR,0x000F); (U-INFO,0x0010); (C-INFO,0x0020);
(INFO,0x0030); (P-TRACE,0x0100); (U-TRACE,0x0200); (C-TRACE,0x0400)
(TRACE,0x0700); (STANDARD,0x001F); (ALWAYS,0x8000); (ALL,0xFFFF)"
::= { telAdminStatusSRESubRecordEntry 6}
sreSubTrapLvlConf OBJECT-TYPE
SYNTAX INTEGER(0..65535)
ACCESS read-write
STATUS mandatory
DESCRIPTION
"This mask defines the way the subsystem is enabled for SNMP traps.
The mask<73>s meaning is:
(UI-ERROR,0x0001); (CI-ERROR,0x0002); (UE-ERROR,0x0004);
(CE-ERROR,0x0008); (ERROR,0x000F); (U-INFO,0x0010); (C-INFO,0x0020);
(INFO,0x0030); (P-TRACE,0x0100); (U-TRACE,0x0200); (C-TRACE,0x0400)
(TRACE,0x0700); (STANDARD,0x001F); (ALWAYS,0x8000); (ALL,0xFFFF)"
::= { telAdminStatusSRESubRecordEntry 7}
sreSubTrap1LvlConf OBJECT-TYPE
SYNTAX INTEGER(0..65535)
ACCESS read-write
STATUS mandatory
DESCRIPTION
"This mask defines the way the subsystem is enabled for SNMP traps
group 1.
The mask<73>s meaning is:
(UI-ERROR,0x0001); (CI-ERROR,0x0002); (UE-ERROR,0x0004);
(CE-ERROR,0x0008); (ERROR,0x000F); (U-INFO,0x0010); (C-INFO,0x0020);
(INFO,0x0030); (P-TRACE,0x0100); (U-TRACE,0x0200); (C-TRACE,0x0400)
(TRACE,0x0700); (STANDARD,0x001F); (ALWAYS,0x8000); (ALL,0xFFFF)"
::= { telAdminStatusSRESubRecordEntry 8}
sreSubTrap2LvlConf OBJECT-TYPE
SYNTAX INTEGER(0..65535)
ACCESS read-write
STATUS mandatory
DESCRIPTION
"This mask defines the way the subsystem is enabled for SNMP traps
group 2.
The mask<73>s meaning is:
(UI-ERROR,0x0001); (CI-ERROR,0x0002); (UE-ERROR,0x0004);
(CE-ERROR,0x0008); (ERROR,0x000F); (U-INFO,0x0010); (C-INFO,0x0020);
(INFO,0x0030); (P-TRACE,0x0100); (U-TRACE,0x0200); (C-TRACE,0x0400)
(TRACE,0x0700); (STANDARD,0x001F); (ALWAYS,0x8000); (ALL,0xFFFF)"
::= { telAdminStatusSRESubRecordEntry 9}
sreSubTrap3LvlConf OBJECT-TYPE
SYNTAX INTEGER(0..65535)
ACCESS read-write
STATUS mandatory
DESCRIPTION
"This mask defines the way the subsystem is enabled for SNMP traps
group 3.
The mask<73>s meaning is:
(UI-ERROR,0x0001); (CI-ERROR,0x0002); (UE-ERROR,0x0004);
(CE-ERROR,0x0008); (ERROR,0x000F); (U-INFO,0x0010); (C-INFO,0x0020);
(INFO,0x0030); (P-TRACE,0x0100); (U-TRACE,0x0200); (C-TRACE,0x0400)
(TRACE,0x0700); (STANDARD,0x001F); (ALWAYS,0x8000); (ALL,0xFFFF)"
::= { telAdminStatusSRESubRecordEntry 10}
sreSubTrap4LvlConf OBJECT-TYPE
SYNTAX INTEGER(0..65535)
ACCESS read-write
STATUS mandatory
DESCRIPTION
"This mask defines the way the subsystem is enabled for SNMP traps
group 4.
The mask<73>s meaning is:
(UI-ERROR,0x0001); (CI-ERROR,0x0002); (UE-ERROR,0x0004);
(CE-ERROR,0x0008); (ERROR,0x000F); (U-INFO,0x0010); (C-INFO,0x0020);
(INFO,0x0030); (P-TRACE,0x0100); (U-TRACE,0x0200); (C-TRACE,0x0400)
(TRACE,0x0700); (STANDARD,0x001F); (ALWAYS,0x8000); (ALL,0xFFFF)"
::= { telAdminStatusSRESubRecordEntry 11}
-- Tabla telAdminStatusSREEventRecordTable
telAdminStatusSREEventRecordTable OBJECT-TYPE
SYNTAX SEQUENCE OF TelAdminStatusSREEventRecordEntry
ACCESS not-accessible
STATUS mandatory
DESCRIPTION
"The table telAdminStatusSREEventRecordTable contains information
about the subsystem events."
::={ telAdminStatusSRE 2 }
telAdminStatusSREEventRecordEntry OBJECT-TYPE
SYNTAX TelAdminStatusSREEventRecordEntry
ACCESS not-accessible
STATUS mandatory
DESCRIPTION
"Each entry contains information about the subsystem identifier,
event identifier in the subsystem, mask of the event message,
event level, times the event occured, current enable mask and
configured enable mask."
INDEX { sreEvnSubId, sreEvnEvnId }
::={ telAdminStatusSREEventRecordTable 1 }
TelAdminStatusSREEventRecordEntry ::=
SEQUENCE{
sreEvnSubId
INTEGER,
sreEvnEvnId
INTEGER,
sreEvnMsg
DisplayString,
sreEvnLvl
INTEGER,
sreEvnMeter
Counter,
sreEvnStatusAct
INTEGER,
sreEvnStatusCon
INTEGER
}
sreEvnSubId OBJECT-TYPE
SYNTAX INTEGER
ACCESS read-only
STATUS mandatory
DESCRIPTION
"Identifier of the subsystem the event belongs to, it is similar
to the subsystem identifier that exists in the subsystem table."
::= { telAdminStatusSREEventRecordEntry 1 }
sreEvnEvnId OBJECT-TYPE
SYNTAX INTEGER
ACCESS read-only
STATUS mandatory
DESCRIPTION
"Event identifier in the subsystem."
::= { telAdminStatusSREEventRecordEntry 2 }
sreEvnMsg OBJECT-TYPE
SYNTAX DisplayString
ACCESS read-only
STATUS mandatory
DESCRIPTION
"Event message mask."
::= { telAdminStatusSREEventRecordEntry 3 }
sreEvnLvl OBJECT-TYPE
SYNTAX INTEGER(0..65535)
ACCESS read-only
STATUS mandatory
DESCRIPTION
"Message level. It is a mask with the following meaning:
(UI-ERROR,0x0001); (CI-ERROR,0x0002); (UE-ERROR,0x0004);
(CE-ERROR,0x0008); (ERROR,0x000F); (U-INFO,0x0010); (C-INFO,0x0020);
(INFO,0x0030); (P-TRACE,0x0100); (U-TRACE,0x0200); (C-TRACE,0x0400)
(TRACE,0x0700); (STANDARD,0x001F); (ALWAYS,0x8000); (ALL,0xFFFF)"
::= { telAdminStatusSREEventRecordEntry 4}
sreEvnMeter OBJECT-TYPE
SYNTAX Counter
ACCESS read-only
STATUS mandatory
DESCRIPTION
"Times the event has ocurred since the last restart/reload.
The meaning of the mask is:
(UI-ERROR,0x0001); (CI-ERROR,0x0002); (UE-ERROR,0x0004);
(CE-ERROR,0x0008); (ERROR,0x000F); (U-INFO,0x0010); (C-INFO,0x0020);
(INFO,0x0030); (P-TRACE,0x0100); (U-TRACE,0x0200); (C-TRACE,0x0400)
(TRACE,0x0700); (STANDARD,0x001F); (ALWAYS,0x8000); (ALL,0xFFFF)"
::= { telAdminStatusSREEventRecordEntry 5}
sreEvnStatusAct OBJECT-TYPE
SYNTAX INTEGER(0..255)
ACCESS read-write
STATUS mandatory
DESCRIPTION
"The mask defines the way the event is enabled at the moment.
The meaning of the mask is:
(for traces,0x01); (for syslog messages, 0x02);
(for SNMP traps, 0x04); (all, 0x07); (for specific traps with
correspondence with generic traps, 0x08); (disabled, 0x00)"
::= { telAdminStatusSREEventRecordEntry 6}
sreEvnStatusCon OBJECT-TYPE
SYNTAX INTEGER(0..255)
ACCESS read-write
STATUS mandatory
DESCRIPTION
"The mask defines the way the event is enabled in configuration at
the moment. The meaning of the mask is:
(for traces,0x01); (for syslog messages, 0x02);
(for SNMP traps, 0x04); (all, 0x07);
(disabled, 0x00)"
::= { telAdminStatusSREEventRecordEntry 7}
-- Tabla telAdminStatusSREGroupRecordTable
telAdminStatusSREGroupRecordTable OBJECT-TYPE
SYNTAX SEQUENCE OF TelAdminStatusSREGroupRecordEntry
ACCESS not-accessible
STATUS mandatory
DESCRIPTION
"The table telAdminStatusSREGroupRecordTable contains information
about defined sets of events."
::={ telAdminStatusSRE 3 }
telAdminStatusSREGroupRecordEntry OBJECT-TYPE
SYNTAX TelAdminStatusSREGroupRecordEntry
ACCESS not-accessible
STATUS mandatory
DESCRIPTION
"Each entry contains information about the group identifier,
group name, enable mask, and the event and subsystem identifier
for each of the 20 possible events of the group."
INDEX { sreGrpId }
::={ telAdminStatusSREGroupRecordTable 1 }
TelAdminStatusSREGroupRecordEntry ::=
SEQUENCE{
sreGrpId
INTEGER,
sreGrpName
DisplayString,
sreGrpStatusCon
INTEGER,
sreGrpGrpSub1Id
INTEGER,
sreGrpGrpEvn1Id
INTEGER,
sreGrpGrpSub2Id
INTEGER,
sreGrpGrpEvn2Id
INTEGER,
sreGrpGrpSub3Id
INTEGER,
sreGrpGrpEvn3Id
INTEGER,
sreGrpGrpSub4Id
INTEGER,
sreGrpGrpEvn4Id
INTEGER,
sreGrpGrpSub5Id
INTEGER,
sreGrpGrpEvn5Id
INTEGER,
sreGrpGrpSub6Id
INTEGER,
sreGrpGrpEvn6Id
INTEGER,
sreGrpGrpSub7Id
INTEGER,
sreGrpGrpEvn7Id
INTEGER,
sreGrpGrpSub8Id
INTEGER,
sreGrpGrpEvn8Id
INTEGER,
sreGrpGrpSub9Id
INTEGER,
sreGrpGrpEvn9Id
INTEGER,
sreGrpGrpSub10Id
INTEGER,
sreGrpGrpEvn10Id
INTEGER,
sreGrpGrpSub11Id
INTEGER,
sreGrpGrpEvn11Id
INTEGER,
sreGrpGrpSub12Id
INTEGER,
sreGrpGrpEvn12Id
INTEGER,
sreGrpGrpSub13Id
INTEGER,
sreGrpGrpEvn13Id
INTEGER,
sreGrpGrpSub14Id
INTEGER,
sreGrpGrpEvn14Id
INTEGER,
sreGrpGrpSub15Id
INTEGER,
sreGrpGrpEvn15Id
INTEGER,
sreGrpGrpSub16Id
INTEGER,
sreGrpGrpEvn16Id
INTEGER,
sreGrpGrpSub17Id
INTEGER,
sreGrpGrpEvn17Id
INTEGER,
sreGrpGrpSub18Id
INTEGER,
sreGrpGrpEvn18Id
INTEGER,
sreGrpGrpSub19Id
INTEGER,
sreGrpGrpEvn19Id
INTEGER,
sreGrpGrpSub20Id
INTEGER,
sreGrpGrpEvn20Id
INTEGER
}
sreGrpId OBJECT-TYPE
SYNTAX INTEGER
ACCESS read-only
STATUS mandatory
DESCRIPTION
"Group identifier."
::= { telAdminStatusSREGroupRecordEntry 1 }
sreGrpName OBJECT-TYPE
SYNTAX DisplayString
ACCESS read-only
STATUS mandatory
DESCRIPTION
"Group name."
::= { telAdminStatusSREGroupRecordEntry 2 }
sreGrpStatusCon OBJECT-TYPE
SYNTAX INTEGER(0..255)
ACCESS read-write
STATUS mandatory
DESCRIPTION
"The mask defines the way the group is enabled at the moment.
The meaning of the mask is:
(for traces,0x01); (for syslog messages, 0x02);
(for SNMP traps, 0x04); (all, 0x07);
(disabled, 0x00)"
::= { telAdminStatusSREGroupRecordEntry 3 }
sreGrpGrpSub1Id OBJECT-TYPE
SYNTAX INTEGER
ACCESS read-only
STATUS mandatory
DESCRIPTION
"Identifier of the subsystem the event belongs to, similar to the
subsystem identifier that apperars in the subsystems table."
::= { telAdminStatusSREGroupRecordEntry 4}
sreGrpGrpEvn1Id OBJECT-TYPE
SYNTAX INTEGER
ACCESS read-only
STATUS mandatory
DESCRIPTION
"Event identifier in the subsystem."
::= { telAdminStatusSREGroupRecordEntry 5}
sreGrpGrpSub2Id OBJECT-TYPE
SYNTAX INTEGER
ACCESS read-only
STATUS mandatory
DESCRIPTION
"Identifier of the subsystem the event belongs to, similar to the
subsystem identifier that appears in the subsystems table."
::= { telAdminStatusSREGroupRecordEntry 6}
sreGrpGrpEvn2Id OBJECT-TYPE
SYNTAX INTEGER
ACCESS read-only
STATUS mandatory
DESCRIPTION
"Event identifier in the subsystem."
::= { telAdminStatusSREGroupRecordEntry 7}
sreGrpGrpSub3Id OBJECT-TYPE
SYNTAX INTEGER
ACCESS read-only
STATUS mandatory
DESCRIPTION
"Identifier of the subsystem the event belongs to, similar to the
subsystem identifier that appears in the subsystems table."
::= { telAdminStatusSREGroupRecordEntry 8}
sreGrpGrpEvn3Id OBJECT-TYPE
SYNTAX INTEGER
ACCESS read-only
STATUS mandatory
DESCRIPTION
"Event identifier in the subsystem."
::= { telAdminStatusSREGroupRecordEntry 9}
sreGrpGrpSub4Id OBJECT-TYPE
SYNTAX INTEGER
ACCESS read-only
STATUS mandatory
DESCRIPTION
"Identifier of the subsystem the event belongs to, similar to the
subsystem identifier that appears in the subsystems table."
::= { telAdminStatusSREGroupRecordEntry 10}
sreGrpGrpEvn4Id OBJECT-TYPE
SYNTAX INTEGER
ACCESS read-only
STATUS mandatory
DESCRIPTION
"Event identifier in the subsystem."
::= { telAdminStatusSREGroupRecordEntry 11}
sreGrpGrpSub5Id OBJECT-TYPE
SYNTAX INTEGER
ACCESS read-only
STATUS mandatory
DESCRIPTION
"Identifier of the subsystem the event belongs to, similar to the
subsystem identifier that appears in the subsystems table."
::= { telAdminStatusSREGroupRecordEntry 12}
sreGrpGrpEvn5Id OBJECT-TYPE
SYNTAX INTEGER
ACCESS read-only
STATUS mandatory
DESCRIPTION
"Event identifier in the subsystem."
::= { telAdminStatusSREGroupRecordEntry 13}
sreGrpGrpSub6Id OBJECT-TYPE
SYNTAX INTEGER
ACCESS read-only
STATUS mandatory
DESCRIPTION
"Identifier of the subsystem the event belongs to, similar to the
subsystem identifier that appears in the subsystems table."
::= { telAdminStatusSREGroupRecordEntry 14}
sreGrpGrpEvn6Id OBJECT-TYPE
SYNTAX INTEGER
ACCESS read-only
STATUS mandatory
DESCRIPTION
"Event identifier in the subsystem."
::= { telAdminStatusSREGroupRecordEntry 15}
sreGrpGrpSub7Id OBJECT-TYPE
SYNTAX INTEGER
ACCESS read-only
STATUS mandatory
DESCRIPTION
"Identifier of the subsystem the event belongs to, similar to the
subsystem identifier that appears in the subsystems table."
::= { telAdminStatusSREGroupRecordEntry 16}
sreGrpGrpEvn7Id OBJECT-TYPE
SYNTAX INTEGER
ACCESS read-only
STATUS mandatory
DESCRIPTION
"Event identifier in the subsystem."
::= { telAdminStatusSREGroupRecordEntry 17}
sreGrpGrpSub8Id OBJECT-TYPE
SYNTAX INTEGER
ACCESS read-only
STATUS mandatory
DESCRIPTION
"Identifier of the subsystem the event belongs to, similar to the
subsystem identifier that appears in the subsystems table."
::= { telAdminStatusSREGroupRecordEntry 18}
sreGrpGrpEvn8Id OBJECT-TYPE
SYNTAX INTEGER
ACCESS read-only
STATUS mandatory
DESCRIPTION
"Event identifier in the subsystem."
::= { telAdminStatusSREGroupRecordEntry 19}
sreGrpGrpSub9Id OBJECT-TYPE
SYNTAX INTEGER
ACCESS read-only
STATUS mandatory
DESCRIPTION
"Identifier of the subsystem the event belongs to, similar to the
subsystem identifier that appears in the subsystems table."
::= { telAdminStatusSREGroupRecordEntry 20}
sreGrpGrpEvn9Id OBJECT-TYPE
SYNTAX INTEGER
ACCESS read-only
STATUS mandatory
DESCRIPTION
"Event identifier in the subsystem."
::= { telAdminStatusSREGroupRecordEntry 21}
sreGrpGrpSub10Id OBJECT-TYPE
SYNTAX INTEGER
ACCESS read-only
STATUS mandatory
DESCRIPTION
"Identifier of the subsystem the event belongs to, similar to the
subsystem identifier that appears in the subsystems table."
::= { telAdminStatusSREGroupRecordEntry 22}
sreGrpGrpEvn10Id OBJECT-TYPE
SYNTAX INTEGER
ACCESS read-only
STATUS mandatory
DESCRIPTION
"Event identifier in the subsystem."
::= { telAdminStatusSREGroupRecordEntry 23}
sreGrpGrpSub11Id OBJECT-TYPE
SYNTAX INTEGER
ACCESS read-only
STATUS mandatory
DESCRIPTION
"Identifier of the subsystem the event belongs to, similar to the
subsystem identifier that appears in the subsystems table."
::= { telAdminStatusSREGroupRecordEntry 24}
sreGrpGrpEvn11Id OBJECT-TYPE
SYNTAX INTEGER
ACCESS read-only
STATUS mandatory
DESCRIPTION
"Event identifier in the subsystem."
::= { telAdminStatusSREGroupRecordEntry 25}
sreGrpGrpSub12Id OBJECT-TYPE
SYNTAX INTEGER
ACCESS read-only
STATUS mandatory
DESCRIPTION
"Identifier of the subsystem the event belongs to, similar to the
subsystem identifier that appears in the subsystems table."
::= { telAdminStatusSREGroupRecordEntry 26}
sreGrpGrpEvn12Id OBJECT-TYPE
SYNTAX INTEGER
ACCESS read-only
STATUS mandatory
DESCRIPTION
"Event identifier in the subsystem."
::= { telAdminStatusSREGroupRecordEntry 27}
sreGrpGrpSub13Id OBJECT-TYPE
SYNTAX INTEGER
ACCESS read-only
STATUS mandatory
DESCRIPTION
"Identifier of the subsystem the event belongs to, similar to the
subsystem identifier that appears in the subsystems table."
::= { telAdminStatusSREGroupRecordEntry 28}
sreGrpGrpEvn13Id OBJECT-TYPE
SYNTAX INTEGER
ACCESS read-only
STATUS mandatory
DESCRIPTION
"Event identifier in the subsystem."
::= { telAdminStatusSREGroupRecordEntry 29}
sreGrpGrpSub14Id OBJECT-TYPE
SYNTAX INTEGER
ACCESS read-only
STATUS mandatory
DESCRIPTION
"Identifier of the subsystem the event belongs to, similar to the
subsystem identifier that appears in the subsystems table."
::= { telAdminStatusSREGroupRecordEntry 30}
sreGrpGrpEvn14Id OBJECT-TYPE
SYNTAX INTEGER
ACCESS read-only
STATUS mandatory
DESCRIPTION
"Event identifier in the subsystem."
::= { telAdminStatusSREGroupRecordEntry 31}
sreGrpGrpSub15Id OBJECT-TYPE
SYNTAX INTEGER
ACCESS read-only
STATUS mandatory
DESCRIPTION
"Identifier of the subsystem the event belongs to, similar to the
subsystem identifier that appears in the subsystems table."
::= { telAdminStatusSREGroupRecordEntry 32}
sreGrpGrpEvn15Id OBJECT-TYPE
SYNTAX INTEGER
ACCESS read-only
STATUS mandatory
DESCRIPTION
"Event identifier in the subsystem."
::= { telAdminStatusSREGroupRecordEntry 33}
sreGrpGrpSub16Id OBJECT-TYPE
SYNTAX INTEGER
ACCESS read-only
STATUS mandatory
DESCRIPTION
"Identifier of the subsystem the event belongs to, similar to the
subsystem identifier that appears in the subsystems table."
::= { telAdminStatusSREGroupRecordEntry 34}
sreGrpGrpEvn16Id OBJECT-TYPE
SYNTAX INTEGER
ACCESS read-only
STATUS mandatory
DESCRIPTION
"Event identifier in the subsystem."
::= { telAdminStatusSREGroupRecordEntry 35}
sreGrpGrpSub17Id OBJECT-TYPE
SYNTAX INTEGER
ACCESS read-only
STATUS mandatory
DESCRIPTION
"Identifier of the subsystem the event belongs to, similar to the
subsystem identifier that appears in the subsystems table."
::= { telAdminStatusSREGroupRecordEntry 36}
sreGrpGrpEvn17Id OBJECT-TYPE
SYNTAX INTEGER
ACCESS read-only
STATUS mandatory
DESCRIPTION
"Event identifier in the subsystem."
::= { telAdminStatusSREGroupRecordEntry 37}
sreGrpGrpSub18Id OBJECT-TYPE
SYNTAX INTEGER
ACCESS read-only
STATUS mandatory
DESCRIPTION
"Identifier of the subsystem the event belongs to, similar to the
subsystem identifier that appears in the subsystems table."
::= { telAdminStatusSREGroupRecordEntry 38}
sreGrpGrpEvn18Id OBJECT-TYPE
SYNTAX INTEGER
ACCESS read-only
STATUS mandatory
DESCRIPTION
"Event identifier in the subsystem."
::= { telAdminStatusSREGroupRecordEntry 39}
sreGrpGrpSub19Id OBJECT-TYPE
SYNTAX INTEGER
ACCESS read-only
STATUS mandatory
DESCRIPTION
"Identifier of the subsystem the event belongs to, similar to the
subsystem identifier that appears in the subsystems table."
::= { telAdminStatusSREGroupRecordEntry 40}
sreGrpGrpEvn19Id OBJECT-TYPE
SYNTAX INTEGER
ACCESS read-only
STATUS mandatory
DESCRIPTION
"Event identifier in the subsystem."
::= { telAdminStatusSREGroupRecordEntry 41}
sreGrpGrpSub20Id OBJECT-TYPE
SYNTAX INTEGER
ACCESS read-only
STATUS mandatory
DESCRIPTION
"Identifier of the subsystem the event belongs to, similar to the
subsystem identifier that appears in the subsystems table."
::= { telAdminStatusSREGroupRecordEntry 42}
sreGrpGrpEvn20Id OBJECT-TYPE
SYNTAX INTEGER
ACCESS read-only
STATUS mandatory
DESCRIPTION
"Event identifier in the subsystem."
::= { telAdminStatusSREGroupRecordEntry 43}
-- Variable de limpieza de configuracion de eventos
telAdminStatusSREClearConf OBJECT-TYPE
SYNTAX INTEGER{
with-configuration(0),
without-configuration(1)
}
ACCESS read-write
STATUS mandatory
DESCRIPTION
"This variable deletes the events configuration of the router.
If a set operation is performed we can select without-configuration
(1) to delete the events configuration. The configuration
takes effect after reseting the router."
::= { telAdminStatusSRE 4}
-- Tabla telAdminStatusIfTable
telAdminStatusIfTable OBJECT-TYPE
SYNTAX SEQUENCE OF TelAdminStatusIfEntry
ACCESS not-accessible
STATUS mandatory
DESCRIPTION
"The table telAdminStatusifTable contains specific information about
Teldat interfaces."
::={ telstatus 10 }
telAdminStatusIfEntry OBJECT-TYPE
SYNTAX TelAdminStatusIfEntry
ACCESS not-accessible
STATUS mandatory
DESCRIPTION
"Each entry gives information about the interface type, connector
type, and a description of the hardware type for each interface."
INDEX { telAdminStatusIfIndex }
::={ telAdminStatusIfTable 1 }
TelAdminStatusIfEntry ::=
SEQUENCE{
telAdminStatusIfIndex
INTEGER,
telAdminStatusIfType
INTEGER,
telAdminStatusIfCon
INTEGER,
telAdminStatusIfHdw
DisplayString
}
telAdminStatusIfIndex OBJECT-TYPE
SYNTAX INTEGER
ACCESS read-only
STATUS mandatory
DESCRIPTION
"Interface index."
::={ telAdminStatusIfEntry 1 }
-- $M2.5 $M3.2
telAdminStatusIfType OBJECT-TYPE
SYNTAX INTEGER{
--sr-PRO10(1), Pronet-10 interface
--sr-PRO80(2), Pronet-80 interface
--sr-ETHER(3), Interlan Ethernet interface
--sr-1822(4), M/1822 ARPAnet interface
--sr-COM2(5), SBE COM-2 serial interface
sr-MICRO-NODE-X25-NET(1), --Net ficticia de X25
--sr-MICRO-NODE-RDSI-B-NET(2), Net ficticia de RDSI
sr-PCI-WAN-PQ2-SDLC(2), --SDLC sobre WAN PCI
sr-MICRO-NODE-ISAC-NET(3), --Net ficticia canal D RDSI
sr-MICRO-NODE-XOT-NET(4),
sr-MICRO-NODE-270-NET(5),
sr-COM4(6), --SBE COM-4 serial interface
sr-PRO4(7), --Pronet-4 interface
sr-IBD(8), --Self-boot hardware type
--sr-PETH(9), Tldtnet Ethernet interface
sr-PCI-AMDETH(9), --AMD79C973 Ethernet Interface
--sr-WDETH(10), Western Digital Ethernet interface (LER)
sr-AMDETH(10), --AMD79C960 Ethernet Interface
--sr-GWSL(11), GW Serial Line interface (LER)
sr-QUIC-SL-X28(11), --Serial Line interface - X.28
sr-QUIC-SL-ASTM(12), --SBE Com-4 X.25interface
--sr-XCOM4(12), SBE Com-4 X.25interface
--sr-FDDI(13), Fiber Distributed Data Interface
sr-QUIC-SL-UDAFO(13), --Interfaz UDAFO
--sr-VLANE(14), SBE VLAN-E Ethernet interface
sr-FASTETH(14), --860T Fast Ethernet
sr-VCOM4(15), --SBE VCOM-4 serial interface
--sr-ATR(16), Apollo Token Ring
sr-dummy-voip(16), --VOIP dummy
sr-PCI-CELLULAR-VOIP(17), --VOIP cellular
sr-ATC2(18), --AT COM-2
--sr-XATC2(19), AT COM-2 X.25
--sr-I5ETH(20), Intel 82596 Ethernet interface
--sr-GENSL(21), Dual Serial Line for CNX (Louie)
sr-DIAL-G-HDLC(19), --HDLC encapsulation dial circuit
sr-DIAL-G-FR(20), --FR encapsulation dial circuit
sr-DIAL-G-PPP(21), --PPP encapsulation dial circuit
sr-DIAL-G-X25(22), --X25 encapsulation dial circuit
--sr-NP600(22), Racal InterLan NP600 smart Ethernet
sr-SRLY-GWSL(23), --SDLC relay interface for gateway SL
sr-SRLY-ATC2(24), --SDLC relay interface for ATComm2 SL
sr-SRLY-G1SL(25), --SDLC relay interface for Louie SL
sr-FRGENSL(26), --Frame Relay on Genesis serial line
sr-NSETH(27), --National Semiconductor Ethernet
sr-TELDAT-BVI-SUBIFC(28), --Subinterfaz BVI
--sr-FRATC2(29), Frame Relay on ATComm2 T1
sr-TELDAT-FR-SUBIFC(29), --Subinterfaz FR
sr-PPPGENSL(30), --PPP on Genesis serial line
sr-PPPATC2(31), --PPP on ATComm2 T1
sr-PPPCOM2(32), --PPP on P4200 COM2
sr-QSL(33), --Quad Serial Line for CNX (Weasel)
sr-PPPQSL(34), --PPP Quad Serial Line for CNX
sr-FRQSL(35), --Frame Relay Quad Serial Line for CNX
sr-SRLY-QSL(36), --SDLC Relay Quad Serial Line for CNX
sr-XQSL(37), --X.25 Quad Serial Line for CNX
sr-NULL-DEV(38), --NULL DEVICE
sr-YDC-ISDN(39), --ISDN port on CNX 500
--sr-DIAL-SLC(40), Tldtnet encapsulation dial circuit
sr-DIAL-FR(40), --FR encapsulation dial circuit
sr-DIAL-PPP(41), --PPP encapsulation dial circuit
sr-QUIC-PRI-SIG(42), --Channel 16 signalling
--sr-DNX-YDC-ISDN(42), ISDN port on DNX 300
sr-SDLC-QSL(43), --SDLC protocol over QSL
sr-QSLCH(44), --QSL for DNX
sr-SDLC-QSLCH(45), --SDLC protocol over QSL
sr-PPP-QSLCH(46), --PPP over QSL
sr-FR-QSLCH(47), --Frame Relay over QSL
sr-XQSLCH(48), --X.25 Quad Serial Line for DNX
sr-SRLY-QSLCH(49), --SRLY Quad Serial Line for DNX
sr-PCI-PRI-ACODES(50), --PCI E1/T1 sobre Acodes 490x
sr-PCI-BRI-ACODES(51), --PCI soporte VoIP isdn BRI-TE
sr-ISDN-VOIP(52), --Soporte ISDN VoIP como dial
sr-SL-HSSI(53), --SLC for High Speed Serial Interface
sr-FR-HSSI(54), --Frame-Relay for HSSI
sr-PPP-HSSI(55), --PPP for HSSI
sr-QUIC-ETH(56), --Quicksilver Ethernet
sr-QUIC-TKR(57), --Quicksilver 802.5 Token-Ring
sr-QUIC-SL-PSL(58), --Quicksilver Serial - Tldtnet Serial
sr-QUIC-SL-PPP(59), --Quicksilver Serial - PPP
sr-QUIC-SL-X25(60), --Quicksilver Serial - X.25
sr-QUIC-SL-FR(61), --Quicksilver Serial - Frame Relay
sr-QUIC-SL-SRLY(62), --Quicksilver Serial - SDLC Relay
sr-QUIC-SL-SDLC(63), --Quicksilver Serial - Real SDLC
sr-QUIC-SL-V25B(64), --Quicksilver Serial - V.25bis
sr-QUIC-ISDNH(65), --Quicksilver ISDN - Host based
sr-TEL-PRU(66), --Teldat test
sr-TEL-PRU-FAST(67), --Teldat test !!!! FAST !!!!
sr-TEL-MOTOROLA(68), --Teldat Router->Node
sr-TELDAT-TKR(69), --Teldat Token Ring
sr-TELDAT-ETH(70), --Teldat Ethernet
sr-TELDAT-ISAC(71), --Controller ISAC de RDSI
sr-TELDAT-XOT(72), --Port XOT
sr-TELDAT-270(73), --Port 270
sr-TELDAT-TNIP(74), --IP Tunnel
sr-TELDAT-MPPP(75), --Multilink PPP
sr-FR-ISDN(76), --FR over RDSI
sr-TELDAT-ATM(77), --ATM interface
sr-TELDAT-ATM-SUBIFC(78), --ATM subinterface
sr-TELDAT-ASDP(79), --Interfaz ASDP
sr-QMC-BRI(80), --BRI
sr-TELDAT-SYNC-SL(81), --Interfaz serie sincrono $M2.8
sr-TELDAT-ASYNC-SL(82), --Interfaz serie asincrono $M2.8
sr-QUIC-SL-APTB(83), --Async Port Bridge $M3.9
sr-TELDAT-ATM-FS(84), --Generic ATM with FireStream $M3.9
sr-TELDAT-LPBK(85), --Interfaz de Loopback (real) $M3.9
sr-TELDAT-PCI-PRI-M32X(86), --PCI/PRI with Munich32X $M3.9
sr-TELDAT-DIALROUT(87), --Interfaz DIAL ROUTE $M3.9
--sr-DSCC4-ASYNC(88), ASYNC sobre PCI DSCC4 $M3.9
sr-PCI-WAN-PQ2-ASYNC(88), --ASYNC sobre PCI 8272
sr-DSCC4-ATC2(89), --AT sobre PCI DSCC4 $M3.9
--sr-DSCC4-SYNC(90), SYNC sobre PCI DSCC4 $M3.9
sr-PCI-WAN-PQ2-SYN(90), --SYNC sobre PCI 8272
sr-PCI-AMD-MICREL-ETH(91), --AMD79C973 Ethernet con Switch KS8995M $M3.9
sr-MOT-MICREL-ETH(92), --Motorola FEC con Switch KS8995M $M4.1
sr-ALARM-RELY(93), --Reenvia alarmas recibidas a Sw alarmas $M4.2
sr-PCI-MEMORY-CARD(94), --Tarjeta de memoria PCI $4.2
sr-TELDAT-ETH-SUBIFC(95), --Subinterfaz ethernet para vlan $M4.6
sr-PCI-POTS-VOIP-CARD(96), --PCI soporte VoIP analogico $M4.7
sr-PCI-BRI-VOIP-CARD(97), --PCI soporte VoIP isdn bri $M4.7
sr-PCI-PRI-VOIP-CARD(98), --PCI soporte VoIP isdn pri $M4.7
sr-PCI-E-M-VOIP-CARD(99), --PCI soporte VoIP anal<61>gico $M4.9
sr-TELDAT-LOOPBACK(100), --Loopback interface
sr-TELDAT-L2TP(101), --Interfaz virtual L2TP $M4.9
sr-FCC-ETH(102), --FCC Fast Ethernet Interface
sr-PCMCIA-SERIAL(103), --PCMCIA Serial (Modem o UMTS)
sr-DSCC4-HSSI(104), --HSSI sobre PCI DSCC4
sr-TELDAT-BVI(105), --Bridge Virtual Interface
sr-QUIC-SL-SCADA(106), --SCADA Serial Interface
sr-TELDAT-ATM-PQ2SAR(107), --Tarjeta PCI ATM con PQ2SAR
sr-PCI-QMC-BRI(108), --Tarjeta PCI PQ2BRI
sr-PCI-POTS-3S10VOIP-CARD(109), --PCI soporte VoIP anal<61>gico 3DXS, 1FXO con bypass
sr-PCI-POTS-2S2OVOIP-CARD(110), --PCI soporte VoIP anal<61>gico 2FXS, 2FXO con bypass
sr-PCI-INTEL-GIGABIT-ETH(111), --Tarjeta PCI GIGABIT Ethernet Intel 8254x
sr-ATHEROS-WLAN-BASE(112), --WLAN
sr-FCC-MARVELL(113), --Ethernet Switch 8 o 16 puertas
sr-TELDAT-SEPI(114), --Interfaz SEPI
sr-FCC-MICREL(115), --Ethernet Switch 4
sr-ETSEC-ETH(116), --Enhanced Three Speed Ethernet Controller Power Quicc III
sr-EIB-ZENNIO(117), --Interfaz EIB zennio
sr-GPIO-12(118),
sr-QUIC-AUTO-INST-SL(119),
sr-PCI-PRI-PQ2(120),
sr-ETSEC-MARVELL-ETH(121), --ETSEC + SWITCH
sr-QUIC-SL-MODEMEMU(122), --Interfaz de emulaci<63>n de modem AT
sr-PCI-VALARM-SL-MDMEMU(123), --AT Modem Emulati<74>n sobre PCI VisorAlarm UL
sr-PCI-VALARM-SL-SEPI(124), --Interfaz SEPI sobre PCI VisorAlarm UL
sr-PCI-CELLULAR(125), --Interfaz PCI HSDPA
sr-REMOTE-CELLULAR(126), --Interfaz Remote Cellular
sr-PCI-WAN-PQ2-SCADA(127), --Interfaz SCADA sobre PMC de 3 WAN
sr-TELDAT-ETH-SOFTETH(128),
sr-TELDAT-ATM-SOFTSAR(129), -- SOFTSAR
sr-PCI-PQII-FCC-MARVELL-ETH(130), -- PQII + PCI + MARVELL
sr-TELDAT-ETH-SOFTPTM(131), -- SOFTPTM
sr-TELDAT-SERIAL-SOFTUSB(132), -- SOFTUSB
sr-PCI-PQII-WDMPON(133), -- PQII + PCI + INTEL + WDMPON(NORTEL)
sr-TELDAT-SOFTWLAN-BASE(134), -- SOFTWLAN
sr-PCI-WAN-PQ2-ASTM(135),
sr-PCI-WAN-PQ2-X28(136),
sr-PCI-WAN-PQ2-ASDP(137),
sr-TELDAT-SOFTNIC(138),
sr-DIAL-G-DIP(139), -- Direct IP Encapsulation dial circuit
sr-TELDAT-USBNIC(140),
sr-ATHEROS-WLAN-VAP(141), --Subinterfaz WLAN
sr-TELDAT-SOFTWAN(142),
sr-TELDAT-SWETH(143), --Interfaz Ethernet segregado de switch
sr-QUIC-SL-IEC101GW(144),
sr-PCI-WAN-PQ2-IEC101GW(145),
sr-TELDAT-SOFTUART(146),
sr-TELDAT-SOFTSCADA(147),
sr-TELDAT-SOFTIEC101GW(148),
sr-TELDAT-SOFTASDP(149),
sr-STANDALONE-GPS(150),
sr-SL-GPSDATA(151),
sr-SOFTWLAN-VAP(152),
sr-FSL-CELLULAR(153), --Freescale EHCI-USB on-chip controller
sr-SOFTETH-SWITCH(154),
sr-TELDAT-USBETH(155),
sr-TELDAT-SOFTUSBETH(156),
sr-TELDAT-ETH-FMAN(157),
sr-TELDAT-ETH-FMAN-SWITCH(158),
sr-TELDAT-SOFTPRIME(159),
sr-FSL-GPSUSB(160),
sr-TELDAT-ETH-FMAN-MII(161),
sr-XHCI-CELLULAR(162), --Renesas XHCI-USB controller
sr-MICRO-NODE-ROUTER(61441), --Teldat Node->Router
sr-MICRO-NODE-RDSI-B(61442), --Teldat Channel B: X.25
sr-MICRO-NODE-ISAC(61443), --Teldat Channel D:X.25
sr-MICRO-NODE-X25(61444), --Teldat X.25
sr-MICRO-NODE-XOT(61445), --Teldat XOT
sr-MICRO-NODE-270(61446) --Teldat 270
}
ACCESS read-only
STATUS mandatory
DESCRIPTION
"Teldat Specific Interface Type."
::={ telAdminStatusIfEntry 2 }
telAdminStatusIfCon OBJECT-TYPE
SYNTAX INTEGER{
no-conn(0), -- Los valores se extraen del fichero comu.ha
lan-conn(1),
wan1-conn(2),
wan2-conn(3),
wan3-conn(4),
wan4-conn(5),
wan5-conn(6),
wan6-conn(7),
wan7-conn(8),
wan8-conn(9),
rdsi1-conn(10),
rdsi2-conn(11),
adsl1-conn(12),
adsl2-conn(13),
adsl3-conn(14),
adsl4-conn(15),
lan-conn-exp(16),
uart1-conn(17),
uart2-conn(18),
uart3-conn(19),
uart4-conn(20),
rs232-conn(21),
rs485-conn(22),
slot1-conn(23),
slot2-conn(24),
slot3-conn(25),
rf-conn(26),
lan1-conn(27),
lan2-conn(28),
lan3-conn(29),
lan4-conn(30),
pots-conn(31),
slot4-conn(32),
slot5-conn(33),
exp-switch1(34),
usb-conn(35),
ethwan-conn(36),
config-conn(37),
lan1-switch-conn(38),
irp-slot3-conn(39),
usb-uart-conn-1(40),
usb-uart-conn-2(41),
gps-conn(42),
rf-conn-1(43),
rf-conn-2(44),
usb-conn-1(45),
usb-conn-2(46),
irp-slot2-conn(47),
wifi1-conn(48),
wifi2-conn(49),
im-slot1-conn(50),
im-slot2-conn(51),
prime-pw-conn(52),
slot1-switch-0-conn(53),
slot1-switch-1-conn(54)
}
ACCESS read-only
STATUS mandatory
DESCRIPTION
"Connector related to the interface."
::={ telAdminStatusIfEntry 3 }
telAdminStatusIfHdw OBJECT-TYPE
SYNTAX DisplayString
ACCESS read-only
STATUS mandatory
DESCRIPTION
"Description of the hardware related to the interface."
::={ telAdminStatusIfEntry 4 }
telAdminStatusEthTime OBJECT-TYPE
SYNTAX DisplayString
ACCESS read-only
STATUS mandatory
DESCRIPTION
"Date and time Ethernet statistics were updated for last time."
::={ telstatus 11 }
telAdminConfActDev OBJECT-TYPE
SYNTAX INTEGER
{
smartcard-flash(1),
smartcard(2),
flash(3)
}
ACCESS read-write
STATUS mandatory
DESCRIPTION
"Active Device. Device used to read and write configuration files."
::={ telstatus 12 }
telAdminConfConfSavedDev OBJECT-TYPE
SYNTAX INTEGER
{
smartcard(1),
flash(2),
smartcard-flash(3)
}
ACCESS read-only
STATUS mandatory
DESCRIPTION
"Device where the last configuration has been saved."
::={ telstatus 13 }
telAdminStatusConfirmConfig OBJECT-TYPE
SYNTAX INTEGER{
confirmed(0),
test-cnfg-inactive(1),
test-cnfg-active(2),
configuration-recovered(3),
undefined(4)
}
ACCESS read-write
STATUS mandatory
DESCRIPTION
"In a writing operation 1 confirms the current configuration.
In a writing operation 0 rejects the current test configuration
restarting the device with the previous configuration.
In a reading operation, 0 shows that the current configuration has
been confirmed, 1 shows that the current configuration has not been
confirmed yet (therefore it is a testing configuration) and it is
active the old ones, 2 shows that the current configuration
has not been confirmed yet (therefore it is a testing configuration)
and it is active the new ones, 3 shows that the old configuration
has been recovered and it is confirmed and active, 4 shows unknown
state"
::={ telstatus 14 }
telAdminStatusConfirmEnabled OBJECT-TYPE
SYNTAX INTEGER{
disable(0),
enable(1)
}
ACCESS read-write
STATUS mandatory
DESCRIPTION
"In a writing operation 1 enables the need to confirm the
saved configuration. In a writing operation 0 disables the
need to confirm the newly saved configurations.
In a reading operation, 0 shows that the need to confirm the saved
configurations is disabled. In a reading operation, 1 shows that
the need to confirm the saved configurations is enabled."
::={ telstatus 15 }
telAdminStatusTimeoutConfirm OBJECT-TYPE
SYNTAX INTEGER(60..3024000)
ACCESS read-write
STATUS mandatory
DESCRIPTION
"In a writing operation values between 60 to 3024000 configures
the new configuration test time which the device will wait before
restarting the previous configuration if confirmation is not carried out.
The minimum is one minute and the maximum is 5 weeks.
In a reading operation, values between 60 to 3024000 shows the test
time which the device will wait before restarting the previous
configuration if confirmation is not carried out."
::={ telstatus 16 }
telAdminStatusSaveRunningConfig OBJECT-TYPE
SYNTAX INTEGER{
undefined(0),
save-configuration(1),
saved-configuration(2),
not-saved-configuration(3)
}
ACCESS read-write
STATUS mandatory
DESCRIPTION
"In a writing operation 1 saves to flash the current running
configuration. In a reading operation, 0 shows unknown output from
the last set operation, 2 shows the set operation succeeded
and 3 shows the last set operation failed."
::={ telstatus 17 }
-- $M4.0 $M4.5
-- -----------------
-- Grupo telMciTraps
-- -----------------
-- En este grupo se recogen las traps que se generan en para el proceso
-- de sondeo de los estados de los TE-Circuits encargado por MCI
telMciTraps OBJECT IDENTIFIER ::= { teladmin 3 }
-- Datos del TE-Circuit
-- telTrapVarIPAddr OBJECT IDENTIFIER ::= { telMciTraps 1 }
-- telTrapVarVelCir OBJECT IDENTIFIER ::= { telMciTraps 2 }
-- telTrapVarVelBckp OBJECT IDENTIFIER ::= { telMciTraps 3 }
-- telTrapVarPrioBackp OBJECT IDENTIFIER ::= { telMciTraps 4 }
-- telTrapVarTipoBackp OBJECT IDENTIFIER ::= { telMciTraps 5 }
-- telTrapVarTipoEquip OBJECT IDENTIFIER ::= { telMciTraps 6 }
-- Datos de la WildCard
-- telTrapVarCustomerName OBJECT IDENTIFIER ::= { telMciTraps 7 }
-- telTrapVarRouterName OBJECT IDENTIFIER ::= { telMciTraps 8 }
-- telTrapVarRouterPort OBJECT IDENTIFIER ::= { telMciTraps 9 }
-- telTrapVarCircuitID OBJECT IDENTIFIER ::= { telMciTraps 10 }
-- Secuencia del trap
-- telTrapVarSequenceNum OBJECT IDENTIFIER ::= { telMciTraps 11 }
-- Datos del TE-Circuit
telTrapVarIPAddr OBJECT-TYPE
SYNTAX IpAddress
ACCESS read-only
STATUS mandatory
DESCRIPTION
"IP address of the circuit."
::= { telMciTraps 1 }
telTrapVarVelCir OBJECT-TYPE
SYNTAX INTEGER
ACCESS read-only
STATUS mandatory
DESCRIPTION
"Speed of the circuit."
::= { telMciTraps 2 }
telTrapVarVelBckp OBJECT-TYPE
SYNTAX INTEGER
ACCESS read-only
STATUS mandatory
DESCRIPTION
"Speed of the backup line."
::= { telMciTraps 3 }
telTrapVarPrioBackp OBJECT-TYPE
SYNTAX INTEGER
ACCESS read-only
STATUS mandatory
DESCRIPTION
"Backup priority."
::= { telMciTraps 4 }
telTrapVarTipoBackp OBJECT-TYPE
SYNTAX INTEGER
ACCESS read-only
STATUS mandatory
DESCRIPTION
"Backup type."
::= { telMciTraps 5 }
telTrapVarTipoEquip OBJECT-TYPE
SYNTAX INTEGER
ACCESS read-only
STATUS mandatory
DESCRIPTION
"Device model."
::= { telMciTraps 6 }
-- Datos de la WildCard
telTrapVarCustomerName OBJECT-TYPE
SYNTAX DisplayString
ACCESS read-only
STATUS mandatory
DESCRIPTION
"Customer Name."
::= { telMciTraps 7 }
telTrapVarRouterName OBJECT-TYPE
SYNTAX DisplayString
ACCESS read-only
STATUS mandatory
DESCRIPTION
"Router name. Format: ShortCustomerName+LocationName+ESP+aXXX."
::= { telMciTraps 8 }
telTrapVarRouterPort OBJECT-TYPE
SYNTAX INTEGER
ACCESS read-only
STATUS mandatory
DESCRIPTION
"Port or the router."
::= { telMciTraps 9 }
telTrapVarCircuitID OBJECT-TYPE
SYNTAX INTEGER
ACCESS read-only
STATUS mandatory
DESCRIPTION
"Circuit identifier."
::= { telMciTraps 10 }
-- Secuencia del trap
telTrapVarSequenceNum OBJECT-TYPE
SYNTAX INTEGER
ACCESS read-only
STATUS mandatory
DESCRIPTION
"Number of the sequence."
::= { telMciTraps 11 }
-- Traps generadas
-- Circuito pasa a estado UP
telTECircuitTrapUp TRAP-TYPE
ENTERPRISE telMciTraps
VARIABLES { telTrapVarIPAddr, telTrapVarVelCir, telTrapVarVelBckp,
telTrapVarPrioBackp, telTrapVarTipoBackp,
telTrapVarTipoEquip, telTrapVarCustomerName,
telTrapVarRouterName, telTrapVarRouterPort,
telTrapVarCircuitID, telTrapVarSequenceNum }
DESCRIPTION
"The TE-Circuit is UP."
::= 1
-- Circuito pasa a estado BACKUP
telTECircuitTrapBackup TRAP-TYPE
ENTERPRISE telMciTraps
VARIABLES { telTrapVarIPAddr, telTrapVarVelCir, telTrapVarVelBckp,
telTrapVarPrioBackp, telTrapVarTipoBackp,
telTrapVarTipoEquip, telTrapVarCustomerName,
telTrapVarRouterName, telTrapVarRouterPort,
telTrapVarCircuitID, telTrapVarSequenceNum }
DESCRIPTION
"The TE-Circuit is BACKUP."
::= 2
-- Circuito pasa a estado DOWN
telTECircuitTrapDown TRAP-TYPE
ENTERPRISE telMciTraps
VARIABLES { telTrapVarIPAddr, telTrapVarVelCir, telTrapVarVelBckp,
telTrapVarPrioBackp, telTrapVarTipoBackp,
telTrapVarTipoEquip, telTrapVarCustomerName,
telTrapVarRouterName, telTrapVarRouterPort,
telTrapVarCircuitID, telTrapVarSequenceNum }
DESCRIPTION
"The TE-Circuit is DOWN."
::= 3
-- --------------
-- Grupo telproto
-- --------------
-- Grupo del Protocolo IP
telproip OBJECT IDENTIFIER ::= { telproto 2 }
-- Router por defecto
teldefgw OBJECT IDENTIFIER ::= { telproip 1 }
telProtoIpDefGwAddress OBJECT-TYPE
SYNTAX IpAddress
ACCESS read-only
STATUS optional
DESCRIPTION
"IP address of the default router of the system."
::= { teldefgw 1 }
telProtoIpDefGwCost OBJECT-TYPE
SYNTAX INTEGER
ACCESS read-only
STATUS optional
DESCRIPTION
"Cost of the default router of the system."
::= { teldefgw 2 }
telProtoIpDefGwAge OBJECT-TYPE
SYNTAX INTEGER
ACCESS read-only
STATUS optional
DESCRIPTION
"Age of the default router of the system."
::= { teldefgw 3 }
-- Grupo de frame-relay
telprofr OBJECT IDENTIFIER ::= { telproto 3 }
-- Tabla telfrLmiTable
telfrLmiTable OBJECT-TYPE
SYNTAX SEQUENCE OF TelfrLmiEntry
ACCESS not-accessible
STATUS mandatory
DESCRIPTION
"The table telfrLmiTable contains LMI information about each
frame-relay interface of the system."
::={ telprofr 1 }
telfrLmiEntry OBJECT-TYPE
SYNTAX TelfrLmiEntry
ACCESS not-accessible
STATUS mandatory
DESCRIPTION
"Each entry contains LMI information of the interface."
INDEX { telfrLmiifIndex }
::={ telfrLmiTable 1 }
TelfrLmiEntry ::=
SEQUENCE{
telfrLmiifIndex
INTEGER,
telfrLmiBroadcas
INTEGER,
telfrLmiMonitConges
INTEGER,
telfrLmiMonitCIR
INTEGER,
telfrLmiOrphans
INTEGER,
telfrLmiIRIncrement
INTEGER,
telfrLmiIRDecrement
INTEGER,
telfrLmiMIRCIR
INTEGER
}
telfrLmiifIndex OBJECT-TYPE
SYNTAX INTEGER
ACCESS read-only
STATUS mandatory
DESCRIPTION
"Frame-relay interface (ifIndex)."
::={ telfrLmiEntry 1 }
telfrLmiBroadcas OBJECT-TYPE
SYNTAX INTEGER{
false(0),
true(1)
}
ACCESS read-write
STATUS mandatory
DESCRIPTION
"It points out if there is a broadcast service in the interface."
::={ telfrLmiEntry 2 }
telfrLmiMonitConges OBJECT-TYPE
SYNTAX INTEGER{
false(0),
true(1)
}
ACCESS read-write
STATUS mandatory
DESCRIPTION
"It points out if the interface performs congestion monitoring."
::={ telfrLmiEntry 3 }
telfrLmiMonitCIR OBJECT-TYPE
SYNTAX INTEGER{
false(0),
true(1)
}
ACCESS read-write
STATUS mandatory
DESCRIPTION
"It points out if the interface performs CIR monitoring."
::={ telfrLmiEntry 4 }
telfrLmiOrphans OBJECT-TYPE
SYNTAX INTEGER{
false(0),
true(1)
}
ACCESS read-write
STATUS mandatory
DESCRIPTION
"It points out if orphan circuits exit."
::={ telfrLmiEntry 5 }
telfrLmiIRIncrement OBJECT-TYPE
SYNTAX INTEGER(1..100)
ACCESS read-write
STATUS mandatory
DESCRIPTION
"Percentage of IR increase."
::={ telfrLmiEntry 6 }
telfrLmiIRDecrement OBJECT-TYPE
SYNTAX INTEGER(1..100)
ACCESS read-write
STATUS mandatory
DESCRIPTION
"Percentage of IR decrease."
::={ telfrLmiEntry 7 }
telfrLmiMIRCIR OBJECT-TYPE
SYNTAX INTEGER(1..100)
ACCESS read-write
STATUS mandatory
DESCRIPTION
"MIR as CIR percentage."
::={ telfrLmiEntry 8 }
-- Tabla telfrCircuitTable
telfrCircuitTable OBJECT-TYPE
SYNTAX SEQUENCE OF TelfrCircuitEntry
ACCESS not-accessible
STATUS mandatory
DESCRIPTION
"The table telfrCircuitTable contains information about every
configured PVC circuit in the different frame-relay interfaces
of the system. This information does no appear in the frCircuitTable
table."
::={ telprofr 2 }
telfrCircuitEntry OBJECT-TYPE
SYNTAX TelfrCircuitEntry
ACCESS not-accessible
STATUS mandatory
DESCRIPTION
"Each entry contains information about every PVC of the interface."
INDEX { telfrCircuitifIndex, telfrCircuitDlci }
::={ telfrCircuitTable 1 }
TelfrCircuitEntry ::=
SEQUENCE{
telfrCircuitifIndex
INTEGER,
telfrCircuitDlci
INTEGER,
telfrCircuitCifrar
INTEGER,
telfrCircuitBack-Up-FR
INTEGER,
telfrCircuitBack-Up-RDSI
INTEGER,
telfrCircuitBack-Up-RDSI-siempre
INTEGER,
telfrCircuitName
DisplayString
}
telfrCircuitifIndex OBJECT-TYPE
SYNTAX INTEGER
ACCESS read-only
STATUS mandatory
DESCRIPTION
"Frame-relay interface (ifIndex)."
::={ telfrCircuitEntry 1 }
telfrCircuitDlci OBJECT-TYPE
SYNTAX INTEGER
ACCESS read-only
STATUS mandatory
DESCRIPTION
"DLCI number of the PVC."
::={ telfrCircuitEntry 2 }
telfrCircuitCifrar OBJECT-TYPE
SYNTAX INTEGER{
false(0),
true(1)
}
ACCESS read-write
STATUS mandatory
DESCRIPTION
"Coding or not data."
::={ telfrCircuitEntry 3 }
telfrCircuitBack-Up-FR OBJECT-TYPE
SYNTAX INTEGER(16..1007)
ACCESS read-write
STATUS mandatory
DESCRIPTION
"Back Up circuit through frame-relay."
::={ telfrCircuitEntry 4 }
telfrCircuitBack-Up-RDSI OBJECT-TYPE
SYNTAX INTEGER(16..1007)
ACCESS read-write
STATUS mandatory
DESCRIPTION
"Back Up circuit through RDSI."
::={ telfrCircuitEntry 5 }
telfrCircuitBack-Up-RDSI-siempre OBJECT-TYPE
SYNTAX INTEGER{
false(0),
true(1)
}
ACCESS read-write
STATUS mandatory
DESCRIPTION
"Back Up to RDSI when this is possible through FR, regardless of the
reasons."
::={ telfrCircuitEntry 6 }
telfrCircuitName OBJECT-TYPE
SYNTAX DisplayString(SIZE(0..23))
ACCESS read-write
STATUS mandatory
DESCRIPTION
"Circuit name assigned."
::={ telfrCircuitEntry 7 }
-- Grupo de isdn
telproisdn OBJECT IDENTIFIER ::= { telproto 4 }
-- Tabla telproisdncallTable
telproisdncallTable OBJECT-TYPE
SYNTAX SEQUENCE OF TelproisdncallEntry
ACCESS not-accessible
STATUS obsolete
DESCRIPTION
"The table telproisdncallTable contains information about the rdsi
active calls of the system."
::={ telproisdn 1 }
telproisdncallEntry OBJECT-TYPE
SYNTAX TelproisdncallEntry
ACCESS not-accessible
STATUS obsolete
DESCRIPTION
"Each entry contains information about a rdsi line."
INDEX { telproisdncallid }
::={ telproisdncallTable 1 }
TelproisdncallEntry ::=
SEQUENCE{
telproisdncallstatus
INTEGER,
telproisdncalltype
INTEGER,
telproisdncallref
INTEGER,
telproisdncallchannel
INTEGER,
telproisdncallid
INTEGER,
telproisdncallcallednum
DisplayString,
telproisdncallcallingnum
DisplayString,
telproisdncallchargedunits
INTEGER,
telproisdncallinittime
OCTET STRING,
telproisdncallinitdate
OCTET STRING
}
telproisdncallstatus OBJECT-TYPE
SYNTAX INTEGER{
inactive(0),
active(1)
}
ACCESS read-only
STATUS obsolete
DESCRIPTION
"Call state. It shows if there is really an active call
in this line."
::={ telproisdncallEntry 1 }
telproisdncalltype OBJECT-TYPE
SYNTAX INTEGER{
incoming(0),
outgoing(1)
}
ACCESS read-only
STATUS obsolete
DESCRIPTION
"Call type."
::={ telproisdncallEntry 2 }
telproisdncallref OBJECT-TYPE
SYNTAX INTEGER
ACCESS read-only
STATUS obsolete
DESCRIPTION
"Call reference."
::={ telproisdncallEntry 3 }
telproisdncallchannel OBJECT-TYPE
SYNTAX INTEGER
ACCESS read-only
STATUS obsolete
DESCRIPTION
"Channel B used to perform the call."
::={ telproisdncallEntry 4 }
telproisdncallid OBJECT-TYPE
SYNTAX INTEGER
ACCESS read-only
STATUS obsolete
DESCRIPTION
"RDSI line used to perform the call."
::={ telproisdncallEntry 5 }
telproisdncallcallednum OBJECT-TYPE
SYNTAX DisplayString
ACCESS read-only
STATUS obsolete
DESCRIPTION
"Called number."
::={ telproisdncallEntry 6 }
telproisdncallcallingnum OBJECT-TYPE
SYNTAX DisplayString
ACCESS read-only
STATUS obsolete
DESCRIPTION
"Calling number."
::={ telproisdncallEntry 7 }
telproisdncallchargedunits OBJECT-TYPE
SYNTAX INTEGER
ACCESS read-only
STATUS obsolete
DESCRIPTION
"Cost of the call."
::={ telproisdncallEntry 8 }
telproisdncallinittime OBJECT-TYPE
SYNTAX OCTET STRING
ACCESS read-only
STATUS obsolete
DESCRIPTION
"Byte string that shows hours, minutes and seconds since
the call was initiated."
::={ telproisdncallEntry 9 }
telproisdncallinitdate OBJECT-TYPE
SYNTAX OCTET STRING
ACCESS read-only
STATUS obsolete
DESCRIPTION
"Byte string that shows the date the call was initiated."
::={ telproisdncallEntry 10 }
-- Tabla telproisdncallhistoryTable
telproisdncallhistoryTable OBJECT-TYPE
SYNTAX SEQUENCE OF TelproisdncallhistoryEntry
ACCESS not-accessible
STATUS obsolete
DESCRIPTION
"The table telproisdncallhistoryTable contains information about
the rdsi calls released of the system."
::={ telproisdn 2 }
telproisdncallhistoryEntry OBJECT-TYPE
SYNTAX TelproisdncallhistoryEntry
ACCESS not-accessible
STATUS obsolete
DESCRIPTION
"Each entry contains information about a released rdsi call."
INDEX { telproisdncallhistoryindex }
::={ telproisdncallhistoryTable 1 }
TelproisdncallhistoryEntry ::=
SEQUENCE{
telproisdncallhistoryindex
INTEGER,
telproisdncallhistorytype
INTEGER,
telproisdncallhistoryref
INTEGER,
telproisdncallhistorychannel
INTEGER,
telproisdncallhistoryid
INTEGER,
telproisdncallhistorycallednum
DisplayString,
telproisdncallhistorycallingnum
DisplayString,
telproisdncallhistorychargedunits
INTEGER,
telproisdncallhistorycause
INTEGER,
telproisdncallhistorydiagnostic
INTEGER,
telproisdncallhistoryinittime
OCTET STRING,
telproisdncallhistoryendtime
OCTET STRING,
telproisdncallhistoryinitdate
OCTET STRING,
telproisdncallhistoryenddate
OCTET STRING
}
telproisdncallhistoryindex OBJECT-TYPE
SYNTAX INTEGER
ACCESS read-only
STATUS obsolete
DESCRIPTION
"The index identifies each table entry. The smallest indexes fit
the calls released more time ago."
::={ telproisdncallhistoryEntry 1 }
telproisdncallhistorytype OBJECT-TYPE
SYNTAX INTEGER{
incoming(0),
outgoing(1)
}
ACCESS read-only
STATUS obsolete
DESCRIPTION
"Call type."
::={ telproisdncallhistoryEntry 2 }
telproisdncallhistoryref OBJECT-TYPE
SYNTAX INTEGER
ACCESS read-only
STATUS obsolete
DESCRIPTION
"Call reference."
::={ telproisdncallhistoryEntry 3 }
telproisdncallhistorychannel OBJECT-TYPE
SYNTAX INTEGER
ACCESS read-only
STATUS obsolete
DESCRIPTION
"Channel B used to perform the call."
::={ telproisdncallhistoryEntry 4 }
telproisdncallhistoryid OBJECT-TYPE
SYNTAX INTEGER
ACCESS read-only
STATUS obsolete
DESCRIPTION
"RDSI line used to perform the call."
::={ telproisdncallhistoryEntry 5 }
telproisdncallhistorycallednum OBJECT-TYPE
SYNTAX DisplayString
ACCESS read-only
STATUS obsolete
DESCRIPTION
"Called number."
::={ telproisdncallhistoryEntry 6 }
telproisdncallhistorycallingnum OBJECT-TYPE
SYNTAX DisplayString
ACCESS read-only
STATUS obsolete
DESCRIPTION
"Calling number."
::={ telproisdncallhistoryEntry 7 }
telproisdncallhistorychargedunits OBJECT-TYPE
SYNTAX INTEGER
ACCESS read-only
STATUS obsolete
DESCRIPTION
"Cost of the call."
::={ telproisdncallhistoryEntry 8 }
telproisdncallhistorycause OBJECT-TYPE
SYNTAX INTEGER{
non-attributed-number(1),
no-route-to-destination(3),
unacceptable-channel(6),
normal-call-release(16),
user-busy(17),
user-do-not-answer(18),
notified-user-no-answer-from-user(19),
rejected-call(21),
changed-number(22),
destination-out-of-service(27),
non-valid-number-format(28),
normal(31),
no-circuit-or-available-channel(34),
network-out-of-service(38),
temporal-failure(41),
congestion-in-switching-node(42),
demanded-circuit-or-non-available-channel(44),
non-available-resources(47),
non-available-quality-of-service(49),
not-authorized-carrier-capacity(57),
not-authorized-carrier-capacity-at-the-moment(58),
service-class-or-non-available-option(63),
not-performed-carrier-capacity(65),
not-performed-channel-type(66),
not-performed-option-or-service(79),
non-valid-call-reference-value(81),
non-existent-identified-channel(82),
incompatible-destination(88),
non-valid-message(95),
mandatory-information-element-absent(96),
message-type-non-existent-or-non-performed(97),
message-non-existent-or-non-performed(98),
information-element-non-existent-or-non-performed(99),
information-element-content-non-valid(100),
incompatible-message-with-call-status(101),
recovering-at-timer-expiration(102),
protocol-error(111),
interworking(127)
}
ACCESS read-only
STATUS obsolete
DESCRIPTION
"Release reasons."
::={ telproisdncallhistoryEntry 9 }
telproisdncallhistorydiagnostic OBJECT-TYPE
SYNTAX INTEGER
ACCESS read-only
STATUS obsolete
DESCRIPTION
"Release diagnostic."
::={ telproisdncallhistoryEntry 10 }
telproisdncallhistoryinittime OBJECT-TYPE
SYNTAX OCTET STRING
ACCESS read-only
STATUS obsolete
DESCRIPTION
"String of bytes that shows the hours, minutes and seconds since
the call was initiated."
::={ telproisdncallhistoryEntry 11 }
telproisdncallhistoryendtime OBJECT-TYPE
SYNTAX OCTET STRING
ACCESS read-only
STATUS obsolete
DESCRIPTION
"String of bytes that shows the hours, minutes and seconds since
the call was finished."
::={ telproisdncallhistoryEntry 12 }
telproisdncallhistoryinitdate OBJECT-TYPE
SYNTAX OCTET STRING
ACCESS read-only
STATUS obsolete
DESCRIPTION
"Byte string that shows the date the call was initiated."
::={ telproisdncallhistoryEntry 13 }
telproisdncallhistoryenddate OBJECT-TYPE
SYNTAX OCTET STRING
ACCESS read-only
STATUS obsolete
DESCRIPTION
"Byte string that shows the date the call was finished."
::={ telproisdncallhistoryEntry 14 }
-- Traps relacionadas con la mib de teldat
telSistemaEventos TRAP-TYPE
ENTERPRISE teldat
VARIABLES { sreTrapSubSist, sreTrapEvento, sreTrapVar1, sreTrapVar2,
sreTrapVar3, sreTrapVar4, sreTrapVar5, sreTrapVar6,
sreTrapVar7, sreTrapVar8, sreTrapVar9 }
DESCRIPTION
"This trap shows the event happened in the system. In order to
identify the event, the trap has the mask of the event and
its parameters, moreover, the subsystem and the event number
in the subsystem. Furthermore it has the sequence number of
the traps of the same type."
::= 1
-- Identifier for new event traps
telEventTraps OBJECT IDENTIFIER ::= { teladmin 4 }
END
Reference in a new issue View git blame Copy permalink