AMOS Moshell Español Lastone 1

Amos / Moshell

Objetivo del Curso • Conocer el ambiente trabajo de AMOS y MOSHELL • Diferencias Diferencias entre AMOS y MOSHELL • Conocer y entender los principales comandos usados en el ambiente de MOSHELL

NOTA ¡ADVERTENCIA! Advanced Managed Object Scripting (AMOS) es una utilidad de línea de comandos extremadamente poderosa que puede causar daños sustanciales a un elemento de red. Es responsabilidad del operador asegurarse de que hayan leído y comprendido completamente todas las descripciones de los comandos de AMOS y de que tengan una capacitación competente en el uso de los comandos de AMOS antes de intentar ejecutar cualquier comando contra los elementos de red.

AMOS y MOSHELL • AMOS es una característica de OSS-RC que está disponible desde OSS-RC 5.3. Se ha desarrollado como la versión para clientes de MOSHELL. Los comandos de AMOS y MOSHELL son los mismos, excepto los comandos de laboratorio y los comandos internos de Ericsson que no están disponibles en AMOS. • Algunos comandos internos de Ericsson: fget, fset, facc No disponible en AMOS • Algunos comandos de laboratorio: pset, pcr, pdeb, pbl, pdel - No disponible en AMOS

Servicios • Servicio de alarma (AS) • Servicio de configuración (CS) Transferencia de archivos (FTP / HTTP) • Servicio de inventario (IS) • Servicio de registro (LS) • Notificación OSE Shell (COLI) • Servicio de medición de rendimiento (PM)

Acceso seguro y no seguro

NODE

OSE shell (COLI) TELNET (23) / SSH (22)

HTTP (80) AMOS

Ethernet or IPoverATM

TCP/IP

FTP (21) / SFTP (22)

File service

CS (Configuration Service) IIOP/ SSL IIOP

MIB AS (Alarm Service) PM (Performance Mgmt)

Scanners

Iniciando AMOS y MOSHELL Comando Acción AMOS

Ejecutar el comando

>amos

Ejecutar el commando:

>amos MOSHELL Ejecutar el comando

>moshell

Resultado Esto abrirá AMOS en modo offline

Esto abrirá una session de AMOS hacia un objeto de la red. Esto abrirá una session de MOSHELL hacia un objeto de la red

Saliendo de AMOS Paso

1

Acción

En una sesión de AMOS, ejecutar uno de los siguientes comandos:

> > > >

q quit exit bye

Resultado

Esto cerrará solo la sesión actual de AMOS.

Funcionamiento AMOS / MOSHELL Administración de Objetos

Conceptos • Línea de Comando AMOS • Tubería de comando • Expresión regular Objeto administrado • Modelo de objetos gestionados • Convenciones de denominación MO Tree y MO • Servicios y protocolos Configuración específica del usuario

Atajos compatibles de AMOS •

o

•

o

Avanzar un caracter Retrocede un personaje

•

Comando anterior en memoria intermedia

•

Siguiente comando en la memoria intermedia

•

Eliminar un carácter hacia atrás

•

o

Eliminar un personaje hacia adelante

•

o

, Ir al comienzo de línea

•

o

•

Borrar todos los caracteres hacia atrás

•

Borrar todos los caracteres hacia adelante

, Ir al final de la línea

•

Avanzar una palabra

•

Mover hacia atrás una palabra

•

Copiar al portapapeles

•

Pegar desde el portapapeles

Tuberias (Pipe) • El comando Pipe “|” se usa para filtrar una cadena específica en una salida de comando Ejemplos: > str | grep CBE22A Muestra el estado de la celda CBE22A > cabx | grep RAX Muestra todas las placas RAX instaladas en

NodeB

Expresiones Regulares • . Encuentra cualquier información • * Coincide con 0 o más apariciones del la información anterior. • [] Coincide con un carácter o rango de caracteres dentro de los corchetes • [^] NO INCORPORE el rango de caracteres o caracteres dentro de los corchetes • | o´ ^ Encuentra coincidencias desde el comienzo de la cadena • $ Encuentra coincidencias desde el final de la cadena • ! Negación; no coinciden • % Coincidencia en orden inverso • () Expresiones regulares del grupo

Ejemplos: a*

Encuentra a ó aa ó aaa

.*

Comodín que coincide con 0 o más apariciones de cualquier carácter

[a-z]

Coincide con todas las letras de la A a la Z

[abe]

Coincide con las letras A, B y E

[^3]

Coincide con cualquier carácter pero no con 3

3|5|6

Coincide con 3, 5 y 6.

^a.*4$

Coincide con una cadena que comienza con a y termina con 4, con cualquier carácter en el medio.

cell(11|23|45)

Agrupa expresiones regulares juntas utilizando corchetes que coinciden cell11 o cell23 o cell45

Modelo de Objetos Administrados •

El MOM es un documento que describe la versión de SW de un nodo en particular: • Todos los diferentes tipos de MO (clases de MO) • Atributos contenidos en cada clase de MO • Relaciones (padres / hijos) entre las clases MO • Acciones respaldadas por cada clase MO La MOM se puede encontrar en ALEX y en los enlaces a continuación: CPP MOM:

•

https://extinfo.uab.ericsson.se/cpp_mom/ MOM

•

RNC: http://wrn.ericsson.se/~emogroup/mom/ MOM

•

RBS: http://wrn.ericsson.se/~enrbsmom/mom/

Arbol de MOs y Convención de nombres. Local Distinguish Name (LDN) Los MOs están organizados en una estructura jerárquica. Cada instancia de MO está identificada de forma única en el nodo por su Local Distinguish Name (LDN). Ejemplo: ManagedElement=1 ManagedElement=1,Equipment=1 ManagedElement=1,Equipment=1,Subrack=MS ManagedElement=1,Equipment=1,Subrack=MS,Slot=19 ManagedElement=1,Equipment=1,Subrack=MS,Slot=19,PlugInUnit=1 ManagedElement=1,Equipment=1,Subrack=MS,Slot=19,PlugInUnit=1,Prog ram=DbmFpgaLoader

Relative Distinguish Name(RDN) La cadena ubicada en el extremo derecho de una LDN, justo después de la última coma, se llama Relative Distinguish Name(RDN). Es una forma relativa de abordar una instancia MO Ejemplo: ManagedElement=1,Equipment=1,Subrack=MS,Slot=19, PlugInUnit=1, Program=DbmFpgaLoader ManagedElement=1,Equipment=1,Subrack=MS,Slot=23, PlugInUnit=1, Program=DbmFpgaLoader

Full Distinguish Name (FDN) El Full Distinguish Name (FDN) agrega un prefijo de elemento de red delante del LDN de cada instancia de MO para especificar a qué nodo pertenece este MO. Ejemplo: SubNetwork=AUS, SubNetwork=H2RG_0201, MeContext=St_Leonards_Station_2065010, ManagedElement=1, TransportNetwork=1, AtmPort= MS-24-1

Capa de servicio • Base de informacion de Gestion (MIB) MIB

ManagedElement=1 Equipment=1 Subrack=MS

Slot=1 Slot=2

MOClass

MO Identity

RDN: Slot=2 LDN: ManagedElement=1,Equipment=1,Subrack=MS,Slot=2

Subrack=ES-1 Slot=1 Slot=2

TransportNetwork=1 AtmPort=MS-6-1

Clase de Objeto de Gestion

Ipdatabase La ipdatabase es un archivo donde puede almacenar cada nodo de la red: 1. Nombre de nodo (arbitrario) 2. Dirección ip o nombre del DNS 3.

Contraseña (opcional)

El archivo ipdatabase debe guardarse en : / home /your_user / moshell / sitefiles / ipdatabase

Funciones El usuario de O&M puede acceder a los MOs a través de varios servicios: • Servicio de configuración (CS): lee y cambia los datos de configuración; los datos de configuración se almacenan en los atributos MO • Servicio de alarma (AS): recupera la lista de alarmas actualmente activas en cada MO • Servicio de notificación (NS): suscribirse y recibir notificaciones del nodo, informando sobre cambios de parámetros / alarmas en los MO • Servicio de inventario (IS): obtenga una lista de todos los HW y SW definidos en el nodo • Servicio de registro (LS): guarda un registro de ciertos eventos como cambios en la configuración, alarmas que se levantan y cesan, reinicios de nodos y tarjetas y eventos de JVM • Medición del rendimiento (PM): configuración de escáneres estadísticos o filtros de eventos; Los contadores de estadísticas se almacenan en atributos MO pm y se envían a un archivo XML cada 15 minutos. Los eventos se envían a archivos binarios cada 15 minutos

MO Atributos (estado de atributos) • Estado de operacion – Enable – Disable

• Estado administrativo – Locked – Unlocked – Shutting_down

• Estado de disponibilidad – No_Status – In_Test – Failed – Power_Off – Off_Line

Acciones de los MOs • Algunos MO han definido acciones que se utilizan para ejecutar operaciones particulares relacionadas con el MO sobre el cual se ejecuta • Algunas acciones no requieren de ningún atributo MO • Otras acciones involucran uno o varios atributos

Comandos

mom[tc] lt/ltc[1-9] lc[1-9]/lcc

Print description of MO classes, CM/FM attributes, actions, enums and structs. Load MO tree (full or partial) and build proxy table. Load MO tree (full or partial) and build proxy table.

cvls/cvmk/cvms/cvset Configuration Version (CV) handling. inv[hr]

Complete HW/SW inventory. Includes information about RPUs, licensing, JVM, devices, XPs, etc.

cab[slxradgtm]

Display of miscellaneous COLI printouts relating to hw, sw, restarts, leds, cpu load, errors,disk

uv

Print or change moshell configuration settings (also called "user variables").

pv

Print scripting variables.

!/l

Execute a unix command on the PC/workstation.

---------------------- PM COMMANDS -------------------------------pmom[ac]/lmom[c] pget/lpget hpget[c]/lhpget[c] MO

Print description of PM counters (pmom) or log attributes. Read PM attribute(s) from MO(s). Read PM attribute(s) from MO(s), print horizontally one line per

----------------------HELP CHAPTERS --------------------------------0

Installation, security, and user settings

1

Revision History

2

Tutorial

3

Command syntax, regular expressions

Descripciones de Comandos •

RNCSM01> h pget ******************************************************************************** pget/lpget [|||all] [|all] [] *********************************************************************************

Read PM attribute(s) from MO(s).

•

USMSNE18> h inv ******************************************************* inv[hr] [] [] ******************************************************* Complete HW/SW inventory. Includes information about RPUs, licensing,JVM, devices, XPs, ISL, etc. This command performs a complete HW/SW inventory via the MO interface. All SW including JVM, RPU, and Device SW (spm,dsp,fpga) is shown. Licensing (features and capacity) as well as overview of the ISL links is also shown.

Navegando MOM desde Amos Actualmente hay dos variaciones del comando MOM:  mom muestra

todos los atributos, excepto los atributos PM  pmom se usa para ver los atributos de PM RNCSM10> h mom *************************************************************** ********* mom[tc] [|all] [|all] [|all] [|all] [] *************************************************************** *********

Navegando en el MOM desde Amos • Ver la estructura Arbol de MOM: Ejemplo: • OFFLINE_WIURNC1_KGET_20110919_175714> momt atmp -------------------------------LDNs containing AtmPort -------------------------------• ManagedElement[1],TransportNetwork[1],AtmPort[0-1000] • ManagedElement[1],TransportNetwork[1],AtmPort[0-1000],VplTp[0-] • ManagedElement[1],TransportNetwork[1],AtmPort[0-1000],VplTp[0-],VpcTp[0-1] • ManagedElement[1],TransportNetwork[1],AtmPort[0-1000],VplTp[0-],VpcTp[0-1],VclTp[05000] -------------------------------MO classes over AtmPort -------------------------------ManagedElement[1],TransportNetwork[1],AtmPort[0-1000] -------------------------------MO classes under AtmPort -------------------------------VplTp[0-] VpcTp[0-1]

Servicios MO • Servicio de Gestion de Configuracion Operacion

proposito

Comandos Moshell relacionados

Protocolo

GetChildren

Para listar los LDN de los MO act ualmente presentes en el MIB

lt, lc

corba (CM)

GetAttribute

Para leer el valor de uno mas atributos.

get, hget, pget, st, prod, inv, etc.

CallAction

Para llamar una accion sobre un MO

acc (acl)

SetAttribute

Para cambiar el valor de un atributo,(siempre que no sea restringido o de solo lectura)

set, bl, deb

CreateMO

Para crear un MO

cr

DeleteMO

Para borrar un MO

del, rdel

Servicios MO Servicios de gestion de fallas Operacion

Proposito

Comando Moshell relacionado

Protocolo

GetAlarms

Lista alarmas activas

al

corba (FM)

Acknowledge/unacknowledge

Confirmar Reconocer una alarma

No se soporta en amos o moshell

Usando Expresiones Regulares ******************************************************* pr/lpr [||] *******************************************************

Imprime el LDN del MO y el ID proxy para todo o parte del árbol MO actualmente cargado en moshell. RNCSM01> pr ms-27-4 =================================================================================== 8667 TransportNetwork=1,AtmPort=MS-27-4 =================================================================================== RNCSM01> lpr ms-27-4 =================================================================================== Proxy MO =================================================================================== 8667 TransportNetwork=1,AtmPort=MS-27-4 8668 TransportNetwork=1,AtmPort=MS-27-4,VplTp=vp1 8669 TransportNetwork=1,AtmPort=MS-27-4,VplTp=vp1,VpcTp=1 8670 TransportNetwork=1,AtmPort=MS-27-4,VplTp=vp1,VpcTp=1,VclTp=vc1444 8671 TransportNetwork=1,AtmPort=MS-27-4,VplTp=vp1,VpcTp=1,VclTp=vc1443

Usando Expresiones Regulares RNCSM02> lpr ES-1-27-1.*vc12043

090206-14:49:02 10.107.240.8 7 .1f RNC_NODE_MODEL_G_5_30 stopfile=/tmp/8944 =================================================================================== Proxy MO =================================================================================== 9178 TransportNetwork=1,AtmPort=ES-1-27-1,VplTp=vp1,VpcTp=1,VclTp=vc12043 =================================================================================== Total: 1 MOs

RNCSM02> lpr ES-1-27-1.*vc1204[1-4]

=================================================================================== Proxy MO =================================================================================== 9177 TransportNetwork=1,AtmPort=ES-1-27-1,VplTp=vp1,VpcTp=1,VclTp=vc12044 9178 TransportNetwork=1,AtmPort=ES-1-27-1,VplTp=vp1,VpcTp=1,VclTp=vc12043 9179 TransportNetwork=1,AtmPort=ES-1-27-1,VplTp=vp1,VpcTp=1,VclTp=vc12042 9180 TransportNetwork=1,AtmPort=ES-1-27-1,VplTp=vp1,VpcTp=1,VclTp=vc12041 =================================================================================== Total: 4 MOs

Usando Expresiones Regulares RNCSM02> lpr ExternalGsmCell=1PIN47 $

090206-14:58:18 10.107.240.8 7.1f RNC_NODE_MODEL_G_5_30 stopfile=/tmp/8944 =================================================================================== Proxy MO =================================================================================== 24890 RncFunction=1,ExternalGsmNetwork=40,ExternalGsmCell=1PIN47B 24891 RncFunction=1,ExternalGsmNetwork=40,ExternalGsmCell=1PIN47A 24904 RncFunction=1,ExternalGsmNetwork=40,ExternalGsmCell=1PIN47C =================================================================================== Total: 3 MOs

RNCSM02> pr ExternalGsmCell=1PIN47

090206-14:58:38 10.107.240.8 7.1f RNC_NODE_MODEL_G_5_30 stopfile=/tmp/8944 =================================================================================== Proxy MO =================================================================================== 24890 RncFunction=1,ExternalGsmNetwork=40,ExternalGsmCell=1PIN47B 24891 RncFunction=1,ExternalGsmNetwork=40,ExternalGsmCell=1PIN47A 24904 RncFunction=1,ExternalGsmNetwork=40,ExternalGsmCell=1PIN47C =================================================================================== Total: 3 MOs

Usando Expresiones Regulares RNCSM01> lpr Subrack=MS,Slot=28,PlugInUnit=1 =================================================================================== Proxy MO =================================================================================== 159 Equipment=1,Subrack=MS,Slot=28,PlugInUnit=1 160 Equipment=1,Subrack=MS,Slot=28,PlugInUnit=1,Program=CXC1321120_R51HV02 161 Equipment=1,Subrack=MS,Slot=28,PlugInUnit=1,Program=CXC1322250_R51TK01 162 Equipment=1,Subrack=MS,Slot=28,PlugInUnit=1,Program=CXC1321409_R51SZ01 163 Equipment=1,Subrack=MS,Slot=28,PlugInUnit=1,SwitchCoreUnit=1 164 Equipment=1,Subrack=MS,Slot=28,PlugInUnit=1,Program=CXC1322166/3_R51SZ01 165 Equipment=1,Subrack=MS,Slot=28,PlugInUnit=1,Program=CXC1321407_R51SZ01 166 Equipment=1,Subrack=MS,Slot=28,PlugInUnit=1,Program=CXC1321121_R51GD01 167 Equipment=1,Subrack=MS,Slot=28,PlugInUnit=1,Program=CXC1322165/12_R51SZ01 =================================================================================== RNCSM01> lpr %Subrack=MS,Slot=28,PlugInUnit=1 =================================================================================== Proxy MO =================================================================================== 167 Equipment=1,Subrack=MS,Slot=28,PlugInUnit=1,Program=CXC1322165/12_R51SZ01 166 Equipment=1,Subrack=MS,Slot=28,PlugInUnit=1,Program=CXC1321121_R51GD01 165 Equipment=1,Subrack=MS,Slot=28,PlugInUnit=1,Program=CXC1321407_R51SZ01 164 Equipment=1,Subrack=MS,Slot=28,PlugInUnit=1,Program=CXC1322166/3_R51SZ01 163 Equipment=1,Subrack=MS,Slot=28,PlugInUnit=1,SwitchCoreUnit=1 162 Equipment=1,Subrack=MS,Slot=28,PlugInUnit=1,Program=CXC1321409_R51SZ01 161 Equipment=1,Subrack=MS,Slot=28,PlugInUnit=1,Program=CXC1322250_R51TK01 160 Equipment=1,Subrack=MS,Slot=28,PlugInUnit=1,Program=CXC1321120_R51HV02 159 Equipment=1,Subrack=MS,Slot=28,PlugInUnit=1 ===================================================================================

Usando Expresiones Regulares ******************************************************* st/lst [|||all] [] ******************************************************* Imprime los estados de los MO’s (operationalState y administrativeState cuando es aplicable). Ejemplo: RNCSM01> lst Utrancell=AITU01A 090210-12:11:11 10.108.240.8 7.1d RNC_NODE_MODEL_G_5_30 stopfile=/tmp/315 =================================================================================== Proxy Adm State

Op. State

MO

=================================================================================== 492 1 (UNLOCKED) 1 (ENABLED) RncFunction=1,UtranCell=AITU01A,Rach=1 1366 1 (UNLOCKED) 1 (ENABLED) RncFunction=1,UtranCell=AITU01A 1993 1 (UNLOCKED) 1 (ENABLED) RncFunction=1,UtranCell=AITU01A,Hsdsch=1 2620 1 (UNLOCKED) 1 (ENABLED) RncFunction=1,UtranCell=AITU01A,Pch=1 3247 1 (UNLOCKED) 1 (ENABLED) RncFunction=1,UtranCell=AITU01A,Fach=1 3873 1 (UNLOCKED) 1 (ENABLED) RncFunction=1,UtranCell=AITU01A,Hsdsch=1,Eul=1 =================================================================================== Total: 6 MOs

Usando Expresiones Regulares ******************************************************* str[12ft] [] [] [ | ] ******************************************************* Imprime el estado de IubLinks/AbisLinks y sus asociadas celdas y canales(RNC/BSC only). Ejemplo: RNCSM01> str Following 183 sites are up: ---------------------------------------------------------------------------------------------------MOD IUBLINK ATMPORTS

CELLNAMES

CFRPHEM1 CFRPHEM2 CFRPHEM3 CFRPHEM4 CFRPHEM5 CFRPHEM6 ICD12

---------------------------------------------------------------------------------------------------1 Iub_USMBRE80_0147 ABRE80-A/B

111111 111111

11111

1 Iub_USMLAP10_0049 ALAP10-A/B/C

111111 111111 111111

11111


111111 111111 111111

11111


111111 111111 111111

11111


111111 111111 111111

11111

1 Iub_USMMRB01_0059 AMRB01-A/B/C 111111 111111 111111

11111


11111

Usando Expresiones Regulares > str –m 3

Muestra el estado de las celdas en el modulo 3 solamente RNCSM01> str -m 3 ---------------------------------------------------------------------------------------------------MOD IUBLINK

CELLNAMES

CFRPHEM1 CFRPHEM2 CFRPHEM3 CFRPHEM4 CFRPHEM5 CFRPHEM6 ICD12 ATMPORTS

---------------------------------------------------------------------------------------------------3 Iub_USMJAI09_0028 AJAI09-A/B/C

111111 111111 111111

11111


11111


11111


11111


11111


11111

3 Iub_USMOCO07_0093 AOCO07-A/B/C 111111 111111 111111

11111

3 Iub_USMVMN02_0146 AVMN02-A/B/C 111111 111111 111111

11111

----------------------------------------------------------------------------------------------------

Following 2 sites are totally or partially unavailable: ---------------------------------------------------------------------------------------------------MOD IUBLINK

CELLNAMES

CFRPHEM1 CFRPHEM2 CFRPHEM3 CFRPHEM4 CFRPHEM5 CFRPHEM6 ICD12 ATMPORTS

---------------------------------------------------------------------------------------------------3 Iub_USMOCO80_0152 AOCO80-A/B/C 100011 100011 100011 3 Iub_USMPINI1_0116 APINI1-A/B/C

111111 LLLLLL LLLLLL

----------------------------------------------------------------------------------------------------

11111 11111

Usando Expresiones Regulares ************************************************************ get/lget [|||all] [|all] [] *************************************************************************** Este comando obtiene uno o varios atributos de uno o varios MO. Ejemplo: RNCSM01> lget utrancell=AMRB10A primaryscramblingcode =================================================================== MO Attribute Value =================================================================== UtranCell=AMRB10A primaryScramblingCode 50 =================================================================== Total: 1 MOs

Usando Expresiones Regulares

• “KGET" es idéntico a “get", excepto que la salida tiene un formato ligeramente diferente para permitir la importación de datos en algunas herramientas externas como MCOM, Cywin. "Kget" debería usarse principalmente cuando se toman dumps MO (lt all;Kget)

Usando Expresiones Regulares ******************************************************************************** set[m][c][1][i]/lset[m][c][1][i] || [] ******************************************************************************** El comando set/lset cambia o establece un atributo en uno o varios MO(s). Ejemplo: > set cell primarycpichpower 310

Para setear atributos en cadena: > set sid sib11 sib11repperiod=128,sib11startpos=20 Set administrativestate on following MOs ? ============================================================ 159 Equipment=1,Subrack=MS,Slot=28,PlugInUnit=1 ============================================================ Are you Sure [y/n] ? n

Usando Expresiones Regulares rset El comando “rset “, cambia un attributo de un MO que es restringido (Usar el comando mom para

verificar si el atributo del MO es restringido). RNCSM01> lset utrancell=AMRB10A utrancellid 0985 Id MO UtranCellId Result ============================================================================ 5263 UtranCell=AMRB10A 0985 !!!! Processing failure :se.ericsson.cello.moframework.AttrNotSettableException TAG :"AttrNotSettable" VARIABLES :"$moType" = "UtranCell", "$attrName" = "UtranCellId" =================================================================================== Total: 1 MOs attempted, 0 MOs set RNCSM01> mom utrancell utrancellid ##################################################################################### MO Class Attribute Type Flags ##################################################################################### ExternalUtranCell ExternalUtranCellId string restricted,noNotification,mandatory -------------------------------------------------------------------------------------Naming attribute. Contains the value part of the RDN. ************************************************************************************** ************************************* UtranCell UtranCellId string restricted,noNotification,mandatory --------------------------------------------------------------------------------------

Usando Expresiones Regulares RNCSM01> rset utrancell=AMRB10A utrancellid 0985

080313-11:44:14 138.85.80.46 7.0t RNC_NODE_MODEL_G_5_24 stopfile=/tmp/1816 Set restricted attribute utrancellid on following MOs ? =================================================================================== 5263 RncFunction=1,UtranCell=AMRB10A =================================================================================== Are you Sure [y/n] ? y Logging del(get)/set/bl/deb commands to file: /home/euseeca/moshell_logfiles/logs_moshell/undo/ undo_RNC4_080313-114423.log Recursive Delete following MOs ? =================================================================================== 5263 RncFunction=1,UtranCell=AMRB10A =================================================================================== .Delete following MOs ? =================================================================================== 5267 RncFunction=1,UtranCell=AMRB10A,Fach=1 5266 RncFunction=1,UtranCell=AMRB10A,Hsdsch=1 5265 RncFunction=1,UtranCell=AMRB10A,Pch=1 5264 RncFunction=1,UtranCell=AMRB10A,Rach=1 5263 RncFunction=1,UtranCell=AMRB10A ===================================================================================

Usando Expresiones Regulares ********************************************** bl[s]/lbl[s] || ********************************************** El comando bl/lbl ejecuta el estado administrativo de un MO a 0. Ejemplos: bl aal2.*ca[246] Bloquea aal2 y los que terminen en ca2, ca4, ca6 lbl USMSNE08 Bloquea todos los Mo’s del sitio USMSNE08 ( Utrancell, Control Channels and Iub Link). bl 234 256 248 Bloquea los proxys 234, 256, and 248 bl 001500 Bloquea una tarjeta lo mismo que :

lbl subrack=ms,slot=15,pluginunit=1$

Usando Expresiones Regulares bls / lbls La opción "s" es para bloqueo suave. El estado administrativo se establece en 2 ("shutting down"), lo que significa que el recurso tendrá alrededor de 30 segundos de período de gracia para transferir el tráfico a otros recursos, antes de que se bloquee. El estado administrativo pasará automáticamente a 0 después del período de gracia de alrededor de 30 segundos. Ejemplo: RNCSM01> bls 530 =============================================================================== Id MO AdministrativeState Result =============================================================================== 530 Subrack=MS,Slot=5,PlugInUnit=1 2 >>> Set. =============================================================================== Total: 1 MOs attempted, 1 MOs set RNCSM01> st 530 =============================================================================== Proxy Adm State Op. State MO =============================================================================== 530 2 (SHUTTINGDOWN) 1 (ENABLED) Equipment=1,Subrack=MS,Slot=5,PlugInUnit=1 =============================================================================== Total: 1 MOs

Usando Expresiones Regulares deb / ldeb El comando ldeb desbloquea un attributo Ejemplo: RNCSI01> ldeb BCAS01A ================================================================================= 362 RncFunction=1,UtranCell=BCAS01A,Rach=1 980 RncFunction=1,UtranCell=BCAS01A 1438 RncFunction=1,UtranCell=BCAS01A,Hsdsch=1 1896 RncFunction=1,UtranCell=BCAS01A,Pch=1 =================================================================================== Are you Sure [y/n] ? y ================================================================================= Id MO AdministrativeState Result ================================================================================= 362 UtranCell=BCAS01A,Rach=1 1 >>> Set. 980 UtranCell=BCAS01A 1 >>> Set. 1438 UtranCell=BCAS01A,Hsdsch=1 1 >>> Set. 1896 UtranCell=BCAS01A,Pch=1 1 >>> Set. ====================================================================================== Total: 6 MOs attempted, 6 MOs set

Usando Expresiones Regulares fget Permite leer atributos que no estan descritos en el MOM ("Force" get). Ejemplo: RNCSM01> get pluginunit resourceid ============================================================================== MO Attribute Value ============================================================================== Total: 0 MOs RNCSM01> fget pluginunit resourceid =============================================================================== MO Attribute Value =============================================================================== Subrack=MS,Slot=28,PlugInUnit=1 resourceid 23 Subrack=MS,Slot=27,PlugInUnit=1 resourceid 22 Subrack=MS,Slot=26,PlugInUnit=1 resourceid 21

Usando Expresiones Regulares cr Este comando crea un MO, dado su LDN. El LDN no necesita contener ManagedElement = 1 ,al inicio. La sintaxis del comando es: cr Nota:

• Si hay atributos obligatorios, para completar, la función los solicitará. • Si hay atributos restringidos opcionales para completar, la función los solicitará. • Escriba d para usar el valor predeterminado (que a menudo está en blanco) • La razón por la que se necesita d es que al ingresar nada el comando se cancela. • Para especificar un atributo de tipo Struct, use la siguiente sintaxis: attr1 = val1, attr2 = val2, attr3 = val3 ...

Usando Expresiones Regulares Ejemplo del comando create: RNCSM01>cr rncfunction=1,Iublink=1 071119-09:19:20 138.85.80.46 7.0r RNC_NODE_MODEL_G_5_24 stopfile=/tmp/3284 Attribute 1 of 4, rbsId (long): 1 Attribute 2 of 4, preferredSubrackRef (moRef:Subrack): Enter mo LDN: Subrack=ES-1 Attribute 3 of 4, userPlaneTransportOption (structRef:TrasportOprtionDef): atm=1,ipv4=0 Attribute 4 of 4. controlPlaneTransportOption (structRef:TransportOptDef): atm=1,ipv4=0 Attribute 1 of 1, userPlaneIpResourceRef (moRef:IpAccessHostPool): d Enter mo LDN: >>> [Proxy ID = 5468] MO name :ManagedElement=1,RncFunction=1,IubLink=1

Usando Expresiones Regulares del/rdel El comando "del" borra uno o varios MO(s) El comando "rdel" elimina MO(s) junto con los children y los attributos reservados del MO.

Un MO solo puede eliminarse cuando su lista de reservados está vacía y cuando no tiene ningún elemento secundario. Si el MO tiene hijos y / o un atributo reserved By no vacío, en su lugar es posible utilizar el comando rdel / lrdel. La sintaxis del comando es: del/ldel ||

Usando Expresiones Regulares RNCSM01> del 5155 =============================================================================== 5155 RncFunction=1,IubLink=99 =============================================================================== Warning: Undo Mode is currently inactive !!!! Are you Sure [y/n] ? y Deleting ... =============================================================================== 5155 RncFunction=1,IubLink=99 >>> Mo deleted =============================================================================== Total: 1 MOs attempted, 1 MOs deleted RNCSM01> del iublink=1$ =============================================================================== 4691 RncFunction=1,IubLink=1 =============================================================================== Warning: Undo Mode is currently inactive !!!! Are you Sure [y/n] ? y Deleting ... =============================================================================== 4691 RncFunction=1,IubLink=1 !!!! Processing failure :se.ericsson.wcdma.rnc.roam.mao.commonmo.ProcessingFailureException TAG :"ProcessingFailureException" VARIABLES :"$Message" = "IubLink could not be deleted, there are still references to cell(s)" =============================================================================== Total: 1 MOs attempted, 0 MOs deleted

Usando Expresiones Regulares El comando acl/lacl lista las acciones que se pueden desempeñar en un MO La sintaxis de este comando es: acl/lacl |||all []

Usando Expresiones Regulares USMCBE21> acl retdevice ======================================================================================================== Proxy MO Action Nr of Params ======================================================================================================== 266 SectorAntenn a=3,AuxPlugInUn it=2,RetuDevic eGroup=1,RetDe viceSet=1,RetD evice=1 forceCalibrati on 0 271 SectorAntenna=2,A uxPlugInUnit=2 ,RetuDeviceGroup =1,RetDeviceSet=1 ,RetDevice=1 forceCalibratio n 0 281 SectorAntenna=1,A uxPlugInUnit=2 ,RetuDeviceGroup =1,RetDeviceSet=1 ,RetDevice=1 forceCalibratio n 0 =======================================================================================================

RNCSM01> lacl AtmPort=MS-26-1,VplTp=16,VpcTp=1,VclTp=vc44 ===================================================================================== Proxy MO Action Nr of Params ===================================================================================== 1505 AtmPort=MS- 26-1,VplTp=16,Vp cTp=1,VclTp=vc44 eteLoopBack 0 =====================================================================================

RNCSM01> lacl Mtp3bSpItu=Iu1,Mtp3bSls=Iup-2-2810-3,Mtp3bSlItu=1 ===================================================================================== Proxy MO Action Nr of Params ===================================================================================== 1722 Mtp3bSpItu=Iu1,Mt p3bSls=Iup -2-2810-3,Mtp 3bSlItu=1 activate 0 1722 Mtp3bSpItu=Iu1,Mt p3bSls=Iup -2-2810-3,Mtp 3bSlItu=1 deactivate 0 1722 Mtp3bSpItu=Iu1,Mt p3bSls=Iup -2-2810-3,Mtp 3bSlItu=1 emergencyActiv ate 0 1722 Mtp3bSpItu=Iu1,Mt p3bSls=Iup -2-2810-3,Mtp 3bSlItu=1 localInhibit 0 1722 Mtp3bSpItu=Iu1,Mt p3bSls=Iup -2-2810-3,Mtp 3bSlItu=1 localUninhibit 0

Usando Expresiones Regulares Manejo del modo deshacer (Para revocar los comandos del/rdel/set). De igual manera puede ser usado para la generacion de Scripts MO’s. u+ To start the "undo mode" u+s To start the "simulated undo mode" u- To stop the "undo mode" (or simulated undo mode) u? To check if "undo mode" is active or not u! To convert moshell command files to trun/emas format or undo logfiles to command files Mientras se ejecuta en "modo deshacer", los datos MO se guardan en un archivo de registro especial para todos los MO en los que se ejecutan los siguientes comandos corriendo el modo deshacer: - del/ldel - rdel/lrdel - bl/lbl - deb/ldeb - set

Usando Expresiones Regulares La sintaxis

al[atkc] [-a|-u ] [ | ] Imprime la lista de alarmas activas. Confirmar / No reconocer una alarma. La salida se puede canalizar a través de utilidades externas de Unix como "ordenar", "grep", "menos", "más", etc. Es posible combinar varias opciones, por ejemplo: al, ala, altk, alatk, altkc, etc. •

al: la lista de alarmas activas está impresa en formato general, solo se muestran cuatro campos por alarma.

•

ala: igual que a, pero la lista detallada completa se agrega debajo de la tabla de resumen.

•

alt: igual que a, pero el campo de tiempo se agrega a la tabla y las alarmas se ordenan cronológicamente.

•

alk: igual que a, pero la lista está separada en dos partes, una para las alarmas sin acuse de recibo y una para las alarmas reconocidas.

•

alc: igual que a, pero cada alarma se muestra en formato CSV y todos los campos se muestran para cada alarma.

Usando Expresiones Regulares USIPGE07> alt Starting to retrieve active alarms Nr of active alarms are: 2 =========================================================================================== Date & Time (Local) S Specific Problem Cause MoReference =========================================================================================== 1969-12-31 21:00:59 w Auto-Configuration of Board Not Possible unavailable Subrack=1,Slot=2 1969-12-31 21:04:33 M OpticalInterfaceLink_OpticalInterfaceLinkFailure equipment_malfunction OpticalInterfaceLink=3-UL >>> Total: 2 Alarms (0 Critical, 1 Major)

USIPGE07> alt | grep OpticalInterfaceLink=3-UL 090209-18:11:32 10.113.241.29 7.1d RBS_NODE_MODEL_J_5_17 stopfile=/tmp/4924 1969-12-31 21:04:33 M OpticalInterfaceLink_OpticalInterfaceLinkFailure equipment_malfunction OpticalInterfaceLink=3-UL

Usando Expresiones Regulares

• El comando run ejecuta un archivo de comando en formato moshell. • Esto se aplica a comandos como "lt / ltc", "lc / lcc", "del", "bl", "set", donde la confirmación se ingresa automáticamente al ejecutar un archivo de comando. • Los comentarios se pueden poner en el archivo de comando usando el signo #. El archivo de comando debe ser un comando por línea

Usando Expresiones Regulares Ejemplo: Practica 0 Actualizando el parametro primaryCpichPower para algunas celdas en la misma RNC. Crear el archivo “MyCommandFile.txt”o “.mos” y subirlo al Moshell Server lt all lset utrancell=amrb10A primaryCpichPower 300 lset utrancell=amrb10B primaryCpichPower 290 lset utrancell=amrb10C primaryCpichPower 310 lset utrancell=asee01A primaryCpichPower 320 lset utrancell=asee01B primaryCpichPower 300 lset utrancell=asee01C primaryCpichPower 315 •

run /home/U1310656/scripts/MyCommandFile.txt

Usando Expresiones Regulares Mobatch se usa para ejecutar sesiones de moshell en varios nodos en paralelo.

• La lista de nodos se debe definir en un "archivo de sitio". Cada nodo se puede enumerar por su nombre de nodo.

• No hay límite en cuántos nodos se pueden enumerar dentro de un archivo de sitio. Mobatch ejecutará una sesión de moshell por nodo enumerado en el archivo de sitio. Hasta 10 sesiones se ejecutarán en paralelo en cualquier momento. Este límite se puede cambiar con la opción "-p"

Usando Expresiones Regulares Usando : mobatch SiteFile.txt CommandFile.txt Ejemplo mobatch U1310656@rjmas1o> bash [~/moshell]$ [~/moshell]$ mobatch /home/U1310656/scripts/RNC_File.txt /home/U1310656/scripts/Get_UtranRelation.txt

/home/U1310656/scripts/Neighbour

Usando Expresiones Regulares Grupos de MOs *MP Imprime todos los grupos de MO’s

OFFLINE_WIURNC1_KGET_20110919_175714> mp ==================================================== MO-Group

Nr of MOs

==================================================== 1.

app_moclass_group

91

2.

cpp_moclass_group

70

3.

hget_group

148

4.

moclass_group

161

To view the contents of an MO group, type "pr "

Usando Expresiones Regulares Ejemplos: RNCSM01> pr ms-6-1 RNCSM01> ma test ms-6-1 RNCSM01> pr test RNCSM01> lpr ms-6-1 RNCSM01> lma test1 ms-6-1 RNCSM01> pr test1 RNCSM01> mp RNCSM01> mr test

Usando Expresiones Regulares Practica 1: Agrupar todas las celdas pertenecientes al modulo 9 en un grupo para poder bloquearlas. RNCSM01> get iublink module RNCSM01> get iublink module =9$ RNCSM01> ma iubmod9 iublink module =9$ RNCSM01> get iubmod9 module RNCSM01> get iublink reserved RNCSM01> ma cellmod9 iubmod9 reserved Get RNCSM01> bl cellmod9

Operando AMOS / Moshell Performance Management

PM Comandos PM Acesso – Los valores de contador instantáneos para MO Cello y RBS se pueden leer a través de la operación "GetAttribute" del servicio CM (comando amos "pget"). – No es posible leer contadores instantáneos para MO RNC a través del Servicio CM. – Los valores de contador para un ROP determinado (período de resultado de salida) se pueden leer de los archivos XML ROP, siempre que haya un escáner de estadísticas activo que contenga estos valores. – Los eventos que ocurrieron en un ROP dado se pueden leer de los archivos ROP binarios, siempre que haya un escáner de eventos activos que contenga estos eventos.

PM Comandos NODE

CORBA (CM) MIB

CORBA (PM)

Statistics Scanner

MoShell

FTP/SFTP

Events Scanner

XML ROP file Binary ROP file

PM Comandos Operation

Related moshell command(s)

List Scanners and Event Filters

pst

Create Statistics Scanner

pcr

Stop Scanner

pbl

Resume Scanner

pdeb

Delete Scanner

pdel

Set Event Filter

pset

View Scanner contents

pgets

Read instantaneous counter value

pget

Fetch and parse Statistics ROP files (xml)

pmr/pmx

Fetch and parse Event ROP files (binary)

pme

Protocol

corba (PM)

corba (CM)

ftp/sftp

PM Comandos RNCSM01> h pmom ******************************************************* pmom[acd]/lmom[c] [] [] [] [] ******************************************************* Print description of PM counters (pmom) or log attributes (lmom, CDMA only). RNCSM01> pmom vcltp ####################################################################### MO Class Pm Counters ####################################################################### VclTp 2 currentPmRegister pmBwUtilizationRx pmBwUtilizationTx pmReceivedAtmCells pmTransmittedAtmCells --------------------------------------------------------------------------------------------------------------------

RNCSM01> pmom vcltp rec ####################################################################### MO Class Pm Counter ####################################################################### VclTp pmReceivedAtmCells --------------------------------------------------------------------------------------------------------------------Performance monitoring counter for number of received ATM cells. *****************************************************************************************************

PM Comandos USMCBE22> pmom Carrier pmAverageRssi 090210-13:45:25 10.107.240.225 7.1d RBS_NODE_MODEL_J_5_17 stopfile=/tmp/667 ########################################################################################################## MO Class Pm Counter Type ########################################################################################################## Carrier pmAverageRssi sequence:long ---------------------------------------------------------------------------------------------------------Received Signal Strength RSSI. Measured on TR device(s) every 100 ms, and the average value is calculated at the same rate. Stored as PDF, with 0.5 dB resolution for the first 61 values and range [-110.0..-80.0], followed by a range [-80..-65] with a 5 db resolution. averageRssi[0] number of sampled values less than -110.0 averageRssi[1] number of sampled values in range [-110.0..-109.5[ averageRssi[2] number of sampled values in range [-109.5..-109.0[ averageRssi[3] number of sampled values in range [-109.0..-108.5[ . . . averageRssi[59] number of sampled values in range [-81.0..-80.5[ averageRssi[60] number of sampled values in range [-80.5..-80.0[ averageRssi[61] number of sampled values in range [-80.0..-75.0[ averageRssi[62] number of sampled values in range [-75.0..-70.0[ averageRssi[63] number of sampled values in range [-70.0..-65.0[ averageRssi[64] number of sampled values greater than or equal to -65.0 UNDEFINED VALUE=-1 USE CASES=PM_100, PM_101 REQUIREMENT=CONGESTION_CONTROL_RBS_OBS:10 MaxLength=65 **********************************************************************************************************

PM Comandos Viendo la lista de eventos: RNCSM01> h emom ******************************************************* emom [uetr|gpeh|ctr|all] [] ******************************************************* Display list of events available for each kind of event-based scanner. ...... RNCSM01> emom uetr The node's MOM version is: G_1_4_COMPLETE. Using following event files: - /var/opt/ericsson/amos/jarxml/event/EVENT_RNC_UETR_E_1_0.txt - /var/opt/ericsson/amos/jarxml/event/EVENT_RNC_CTR_E_1_0.txt - /var/opt/ericsson/amos/jarxml/event/EVENT_RNC_GPEH_G_1_0.txt ===================================================================== UETR EVENTS ===================================================================== MEASUREMENT 5 MEASUREMENT_DOWNLINK_TRANSPORT_CHANNEL_BLER MEASUREMENT_MAXIMUM_UE_TX_POWER MEASUREMENT_TRANSMITTED_CODE_POWER MEASUREMENT_UE_TRANSMITTED_POWER MEASUREMENT_UPLINK_SIR

Contador Basado en Mediciones pget Se puede usar para leer valores de contador instantáneos. Utiliza el servicio corba CM, como "get". Funciona en la mayoría de los OM excepto en RNC MO (UtranCell). RNCSM01> h pget ******************************************************************************** pget/lpget [|||all] [|all] ******************************************************************************** RNCSM01> pget atmport=ms-27-1 090317-15:58:14 10.108.240.8 7.0q RNC_NODE_MODEL_G_5_30 stopfile=/tmp/12176 ============================================================================== MO Attribute Value ============================================================================== AtmPort=MS-27-1 pmReceivedAtmCells 596521682 AtmPort=MS-27-1 pmSecondsWithUnexp 1197343 AtmPort=MS-27-1 pmTransmittedAtmCells 1684375003 ============================================================================== Total: 1 MOs ...

Contador Basado en Mediciones Para leer incrementos de contador de PM, use "PDIFF" RNCSM01> pdiff os155 pmmsses 090317-16:00:30 10.108.240.8 7.0q RNC_NODE_MODEL_G_5_30 stopfile=/tmp/12176 Logging to file: /home/U1310656/moshell_logfiles/logs_moshell/tempfiles/20090317150544_12148/boLog12176 Log close: /home/U1310656/moshell_logfiles/logs_moshell/tempfiles/20090317150544_12148/boLog12176 ====================================================================================== MO Counter DiffValue ====================================================================================== Subrack=MS,Slot=6,PlugInUnit=1,ExchangeTerminal=1,Os155SpiTtp=pp4 pmMsSes 0 Subrack=MS,Slot=6,PlugInUnit=1,ExchangeTerminal=1,Os155SpiTtp=pp3 pmMsSes 0 Subrack=MS,Slot=6,PlugInUnit=1,ExchangeTerminal=1,Os155SpiTtp=pp2 pmMsSes 0 Subrack=MS,Slot=6,PlugInUnit=1,ExchangeTerminal=1,Os155SpiTtp=pp1 pmMsSes 0 Subrack=MS,Slot=27,PlugInUnit=1,ExchangeTerminal=1,Os155SpiTtp=pp4 pmMsSes 0 Subrack=MS,Slot=27,PlugInUnit=1,ExchangeTerminal=1,Os155SpiTtp=pp3 pmMsSes 0 Subrack=MS,Slot=27,PlugInUnit=1,ExchangeTerminal=1,Os155SpiTtp=pp2 pmMsSes 0 Subrack=MS,Slot=27,PlugInUnit=1,ExchangeTerminal=1,Os155SpiTtp=pp1 pmMsSes 0 Subrack=ES-5,Slot=2,PlugInUnit=1,ExchangeTerminal=1,Os155SpiTtp=pp4 pmMsSes 0

Lectura de valores de contador individuales desde archivos ROP RNCSM01> h pmx ************************************************************ - pmx[hfdn] [|] [] [-l ] [-m ] [-p ] [-s [.]] [-e [.]] [-a|d|-h] [| ] ************************************************************

Para desplegar valores de contador, extraidos de archivos XML. Este comando llama las utilidades pmExtract/pmXtab/pmDiff. Importante: Solo los contadores que estan definido en un escaner activo, son guardados en un archivo ROP.

PM Comandos “pmx[hfdn]” Ejemplo: obtener el número de llamada perdidas (dropped) durante las últimas dos horas RNCSM01> pmxh utrancell=amrb01a pmNoNormalRabReleaseSpeech

-m 2

080805-14:55:17 10.108.240.8 7.0q RNC_NODE_MODEL_G_5_30 stopfile=/tmp/12837 ................................................. gzip -dc /home/U1310656 /moshell_logfiles /logs_moshell/pmfil es/10.108.240.8/pm _data/A20080805.1545 1600.1.xml.gz/home/U1310656/moshell_logfiles/logs_moshell/pmfiles/10.108.240.8/pm_data/A20080805.1600-1615.1.xml.gz /home/U1310656/moshell_logfiles/logs_moshell/pmfiles/10.108.240.8/pm_data/A20080805.1615-1630.1.xml.gz /home/U1310656/moshell_logfiles/logs_moshell/pmfiles/10.108.240.8/pm_data/A20080805.1630-1645.1.xml.gz /home/U1310656/moshell_logfiles/logs_moshell/pmfiles/10.108.240.8/pm_data/A20080805.1645-1700.1.xml.gz /home/U1310656/moshell_logfiles/logs_moshell/pmfiles/10.108.240.8/pm_data/A20080805.1700-1715.1.xml.gz /home/U1310656/moshell_logfiles/logs_moshell/pmfiles/10.108.240.8/pm_data/A20080805.1715-1730.1.xml.gz /home/U1310656/moshell_logfiles/logs_moshell/pmfiles/10.108.240.8/pm_data/A20080805.1730-1745.1.xml.gz | /home/U1310656/mo shell/./pmExtract -u "utrancell=amrb0 1a" "pmnonormalrabrel easespeech" | grep -v ";$" | /home/U1310656/mo shell/./pmXtab -cols ctr -fmt txt -m "(?:\w+=[^,]+,){1,2 }((\w+=[^,]+,*)+$)"

Report from 2008-08-05 15:45 UTC to 2008-08-05 17:44 UTC

Date: 2008-08-05 Time

Object

pmNoNormalRabRelease Speech

15:45 UtranCell=AMRB01A

4


2


1


3


3


4


2


3

PM Comandos “pmr[ag]” Producir informes PM KPI, basados en valores de contador en archivos ROP de estadísticas y fórmulas en la documentación de CPI. Ejemplo: USMSNE18> pmr gzip -dc /home/U1310656/moshell_logfiles/logs_moshell/pmfiles/10.107.245.49/pm_data/A20080805.17301745.1.xml.gz/home/U1310656/moshell_logfiles/logs_moshell/pmfiles/10.107.245.49/pm_data/A20080805.17451800.1.xml.gz "^(WeightedAverage|pmAckReceived|pmAverageRssi|pmCapAllocIubHsLimitingRatio|pmHsDataFramesLost|pmHsDa taFramesReceived|pmIubMacdPduRbsR64|pmSetupFailuresSf8|pmSumAckedBits|pmSumAckedBitsCellEul|pmSumNa ckedBitsCellEul|pmSumNonEmptyUserBuffers|pmSumNumHsPdschCodesAdded|pmSumOfHsScchUsedPwr|pmTarget HsRate|pmTransmittedCarrierPower|pmTransmittedCarrierPowerNonHs|pmUsedCqi)$" 1) Carrier Average Rssi and Transmitted Power 2) Downlink TXB RadioLink Setup Success Rate 3) Uplink TXB RadioLink Setup Success Rate 4) HSPA Throughput 5) HSDPA Congestion 6) HSDPA Measurements HsDschResources 7) HsDschResources AckNack 8) HSDPA Measurements IubDataStreams 9) HSDPA Test 1 10) HSDPA Test 2 Enter the report number followed by a pipi ng command if postprocessing required.

PM Comandos “pmr[ag]” Selecting option 4

1) Carrier Average Rssi and Transmitted Power 2) Donlink TXB RadioLink Setup Success Rate 3) Uplink TXB RadioLink Setup Success Rate 4) HSPA Throughput 5) HSDPA Congestion 6) HSDPA Measurements HsDschResources 7) HsDschResources AckNack 8) HSDPA Measurements IubDataStreams 9) HSDPA Test 1 10) HSDPA Test 2 Enter the report number followed by a piping command if postprocessing required. Eg "1" (no piping) or "3 | sort +2n". Type "m" to view the menu, type "x" to exit. Your Choice: 4 gzip -dc /home/U1310656/moshell_logfiles/logs_moshell/tempfiles/20080805-154459_1908/pmrbuffer1908.gz | grep -v ";$" |/home/U1310656 /moshell/./pmXt ab -fdef /home/U1310656/moshell/./commonjars/pm/FORMULA_RBS_J_5_0.txt -x "^(PSEulEfficiency|PSHsAvgTputPerCell|PSHsAvgTputPerUser|PSHsEfficiency)$" -i "PSEulEfficiency|PSHsAvgTputPerCell|PSHsAvgTputPerUser|PSHsEfficiency" -m "(Sector=\w,Carrier=\w)" -a -p 6.1 -fmt txt 4) HSPA Throughput Report from 2008-08-05 17:30 UTC to 2008-08-05 18:29 UTC Start Time: 2008-08-05 17:30:00 End Time: 2008-08-05 18:15:00 Object PSEulEfficiency PSHsAvgTputPer Cell PSHsAvgTput PerUser PSHsEfficiency Sector=1,Car rier=1 N/A 1205.9 1015.1 97.3 Sector=2,Car rier=1 N/A 1482.9 985.6 98.9 Sector=3,Car rier=1 N/A 730.8 688.2 98.6 Enter the report number followed by a piping command if postprocessing required. Eg "1" (no piping) or "3 | sort +2n". Type "m" to view the menu, type "x" to exit. Your Choice:

PM Comandos “pmr[ag]” Es posible seleccionar un periodo de tiempo, del que se quiere el reporte: Example: Generar el reporte de las ultimas 4 horas. USMSNE18> pmr -m 4 080805-15:48:36 10.107.245.49 7.0q RBS_NODE_MODEL_J_5_17 stopfile=/tmp/1965 .........................get /c/pm_data/A20080805.1430-1445:1.xml.gz /home/U1310656/moshell_logfiles/logs_moshell/pmfiles/10.107.245.49/pm_data/A20080805.1430

1445.1.xml.gz ... OK

"ManagedElement" "^( 1) Carrier Average Rssi and Transmitted Power 2) Downlink TXB RadioLink Setup Success Rate 3) Uplink TXB RadioLink Setup Success Rate 4) HSPA Throughput 5) HSDPA Congestion 6) HSDPA Measurements HsDschResources 7) HsDschResources AckNack 8) HSDPA Measurements IubDataStreams 9) HSDPA Test 1 10) HSDPA Test 2 Enter the report number followed by a piping command if postprocessing required. Eg "1" (no piping) or "3 | sort +2n". Type "m" to view the menu, type "x" to exit. Your Choice: 1 gzip -dc /home/U1310656/moshell_logfiles/logs_moshell/tempfiles/20080805-154459_1908/pmrbuffer1908.gz | grep -v ";$" | /home/U1310656/moshell/./pmXtab -fdef /home/U1310656/moshell/./commonjars/pm/FORMULA_RBS_J_5_0.txt -cols time -h -x "^(AvgRssi|AvgTxPwr)$" -i "AvgRssi|AvgTxPwr" -m "(Sector=\w+,Carrier=\w+)" -p 6.1 -fmt txt

1) Carrier Average Rssi and Transmitted Power Report from 2008-08-05 14:30 UTC to 2008-08-05 18:29 UTC

PM Comandos “pst” ******************************************************* pst [|] [] *******************************************************

Lista todo los PM scanners y su estado RNCSM01> pst 090210-14:13:38 10.108.240.8 7.1d RNC_NODE_MODEL_G_5_30 stopfile=/tmp/315 ================================================================================ PROXY SCANNER-NAME

STATE

================================================================================ 43 PREDEF.PRIMARY.STATS 87 PREDEF.SECONDARY.STATS

ACTIVE ACTIVE

651 PREDEF.10000.UETR

ACTIVE

660 PREDEF. 10009.UETR

SUSPENDED


ACTIVE

662 PREDEF.10011. UETR

ACTIVE

663 PREDEF. 10012.UETR

SUSPENDED


ACTIVE


SUSPENDED


SUSPENDED

667 PREDEF.20000.C TR

SUSPENDED

668 PREDEF.20001.C TR

SUSPENDED

669 PREDEF.30000.G PEH

SUSPENDED

670 PREDEF.30001.G PEH

SUSPENDED

687 PREDEF. 30018.GPEH

SUSPENDED

PM Comandos pst . act --> Lista solo los Escaneres activos. RNCSM01> pst . act 090210-14:17:34 10.108.240.8 7.1d RNC_NODE_MODEL_G_5_30 stopfile=/tmp/315 ================================================================================ PROXY SCANNER-NAME

STATE

================================================================================ 43 PREDEF.PRIMARY.STATS 87 PREDEF.SECONDARY.STATS

ACTIVE ACTIVE


ACTIVE


ACTIVE


ACTIVE


ACTIVE


ACTIVE


ACTIVE


ACTIVE


ACTIVE

697 USERDEF.RNC_InterCell_Counters.Profile=SP_ID_119575282d740bb3355f8433cab49.Continuous=Y.STATS ACTIVE 699 USERDEF.All_RNC_Counters.Profile=SP_ID_11952f37c693cb1ababcd941c96ee.Continuous=Y.STATS ACTIVE ================================================================================ >>> Total: 12 Scanners

PM Comandos ******************************************************* pcr[cfd]/lpcr[cfd] ||| [] [] ******************************************************* crea un Escaner de estadisticas. RNCSM01> pcrc RLSUCC utrancell pmRlAddSuccessBestCell

090210-15:18:30 10.108.240.8 7.1d RNC_NODE_MODEL_G_5_30 stopfile=/tmp/315

>>> scannerId:703

RNCSM01> pgets RLSUCC

090210-16:26:51 10.108.240.8 7.1d RNC_NODE_MODEL_G_5_30 stopfile=/tmp/315 ================================================================================ 703

USERDEF.R LSUCC.STATS

ACTIVE

900 6

================================================================================ UtranRelation

6 pmRlAddSuccessBestCellCsConvers pmRlAddSuccessBestCellPacketHigh pmRlAddSuccessBestCellPacketLow pmRlAddSuccessBestCellSpeech pmRlAddSuccessBestCellStandAlone pmRlAddSuccessBestCellStream

================================================================================ >>> Total: 1 Scanners

PM Comandos ******************************************************* pbl | ******************************************************* Suspender un Escaner RNCSM01> pbl RLSUCC Suspend following scanners? ================================================================================ 703 USERDEF.RLSUCC.STATS

ACTIVE

================================================================================ Are you Sure [y/n] ? y ================================================================================ 703 USERDEF.RLSUCC.STATS

>>> Done.

================================================================================ >>> Total: 1 Scanners RNCSM01> pgets RLSUCC ================================================================================ 703

USERDEF.RLSUCC.STATS

SUSPENDED 900 6

================================================================================ UtranRelation


================================================================================ >>> Total: 1 Scanners

THIS COMMAND IS NOT AVAILABLE IN AMOS

PM Comandos ******************************************************* pdeb | ******************************************************* Resume a scanner. RNCSM01> pdeb 703 Resume following scanners? ================================================================================ 703 USERDEF.RLSUCC.STATS

SUSPENDED

================================================================================ Are you Sure [y/n] ? Y ================================================================================ 703 USERDEF.RLSUCC.STATS

>>> Done.

================================================================================ >>> Total: 1 Scanners RNCSM01> pgets 703 ================================================================================ 703

USERDEF.RLSUCC.STATS

ACTIVE

900 6

================================================================================ UtranRelation


================================================================================ >>> Total: 1 Scanners

PM Comandos ******************************************************* pdel | ******************************************************* Borrar un Escaner RNCSM01> pdel RLSUCC

090210-17:10:30 10.108.240.8 7.1d RNC_NODE_MODEL_G_5_30 stopfile=/tmp/315 Delete following scanners? ================================================================================ 703 USERDEF.RLSUCC.STATS USERDEF.RLSUCC.STATS

ACTIVE

================================================================================ Are you Sure [y/n] ? y

================================================================================ 703 USERDEF.RLSUCC.STATS USERDEF.RLSUCC.STATS

>>> Done.

================================================================================ >>> Total: 1 Scanners

RNCSM01> pgets RLSUCC

090210-17:10:42 10.108.240.8 7.1d RNC_NODE_MODEL_G_5_30 stopfile=/tmp/315 ================================================================================ >>> Total: 0 Scanners

PM Comandos ****************************************************** pset[d] ******************************************************* Establecer el contenido de un u n escáner basado en eventos(RNC/RBS/LTE eventos(RNC/RBS/LTE only) RNCSM01> pset PREDEF.30023.GPEH handover SL ================================================================================ 692 PREDEF.30023.GPEH

>>> Done.

================================================================================

RNCSM01> pgets PREDEF.30023.GPEH 5=============================================================================== 692

PREDEF.30023.GPEH

SUSPENDED 5

================================================================================ CELL

ManagedElement=1,RncFunction=1,UtranCell=ASLO04A

CELL

ManagedElement=1,RncFunction=1,UtranCell=ASLO04B

CELL

ManagedElement=1,RncFunction=1,UtranCell=ASLO04C

CELL


CELL


CELL

ManagedElement=1,RncFunction=1,UtranCell=ASLO03A

CELL


CELL


----------------------------------------------------------------------------------------------------------------------------------------------RRC

2 RRC_HANDOVER_FROM_UTRAN_COMMAND RRC_HANDOVER_FROM_UTRAN_FAILURE

GPEH_INTERNAL 3 INTERNAL_SOFT_HANDOVER_REPORT_RECEP TION INTERNAL_SOFT_HANDOVER_EVALUATION INTERNAL_SOFT_HANDOVER_EXECUTION ================================================================================ >>> Total: 1 Scanners

THIS COMMAND IS NOT AVAILABLE IN AMOS

Operando Oper ando Amos/ Moshell HW/SW Configuracion

HW/SW Vista General Comando: “inv” Comando inv, muestra el completo inventario de HW/SW: ********************************* inv[hlxpbctrgf] [] [] ********************************* RNCSM01> inv ======================================================================================= SMN APN BOARDTYPE M SWALLOCATION ST PRODUCTNUMBER REV

MO

======================================================================================== 0

1

SCB

SCB

1

ROJ1192108/2 R6F Subrack=MS,Slot=1, PlugInUnit=1,

0

4

TUB

TUB

1

ROJ1192104/3 R4E Subrack=MS,Slot=4, PlugInUnit=1

0

5

TUB

TUB

1

ROJ1192104/3 R4E Subrack=MS,Slot=5, PlugInUnit=1

Example: RBS ======================================================================================== SMN APN BOARDTYPE SWALLOCATION ST PRODUCTNUMBER REV

MO

======================================================================================== 0 1

CBU1

Main_CBU

1 ROJ1192209/1

R4B/A

Subrack=1,Slot=1, PlugInUnit=1

0 2

ET-M4

RBS_ETM4

1 ROJ1192102/22

R1B


0 7

RAX13

RBS_RAXB

1 ROJ1192187/4

R1E

Subrack=1,Slot=7, PlugInUnit=1(128 CE)

0 8

RAX13

RBS_RAXB

1 ROJ1192187/4

R1E

Subrack=1,Slot=8, PlugInUnit=1(128CE)

0 9

RAX13

RBS_RAXB

1 ROJ1192187/4

R1E


0 11

TX6HS-04

RBS_TXB

1 ROJ1192254/4

R1E


0 12

RUIF

RBS_RUIFB

1 ROJ1192245/2

R2A


------------------------------------------------------------------------------------------------------------------------------------------------------------

HW/SW Vista General Comando: “inv” Ejemplo: ver solo la aplicacion RNC SW

RNCSM01> inv rnc

Ejemplo: ver solo HW / SW que está bloqueado o deshabilitado

RNCSM01> inv . 0|L

HW/SW Vista General Comando: “inv” Invl Nos muestra todas las características, features de licencias, y su s estados.

HW/SW Vista General Comando: “bo” ******************************************************* bo[r]/ba[swdp]/br[wd]/be[0-50]/bp ******************************************************* Administra grupos de tarjetas que se pueden usar para ejecutar comandos COLI en varias tarjetas. RNCSM02> bo ================================================================================================================================ 00 M BoardType Devs SwAllocation

01 M BoardType Devs SwAllocation

02 M BoardType Devs SwAllocation

================================================================================================================================ 00

SCB3

SCB

00

SCB3

SCB

00

SCB3

SCB

01

SCB3

SCB

01

SCB3

SCB

01

SCB3

SCB

02

SXB3

SXB

02

ET-MF4

03

SXB3

SXB

04

TUB

TUB

05

TUB

TUB

06

ET-MF4

ETMF4

06 9 SPB21

CDDDD SPB_TYPE_B

06 11 SPB21

CDDDD SPB_TYPE_B

07

ET-MFG

ETMFG

07 9 SPB21

CDDDD SPB_TYPE_B

07 11 SPB21

CDDDD SPB_TYPE_B

08

GPB53

GPB_SCCP_ITU

08 2 SPB21

CDDDD SPB_TYPE_B

08 5 SPB21

CDDDD SPB_TYPE_B

09

GPB53

GPB_SCCP_ITU

09 2 SPB21

CDDDD SPB_TYPE_B

09 5 SPB21

CDDDD SPB_TYPE_B

10

GPB53

GPB_Central_E1_ITU 10 3 SPB21

11

GPB53

GPB_Central_E1_ITU

ETMF4

02

ET-MF4

CDDDD SPB_TYPE_B

ETMF4

10 6 SPB21

CDDDD SPB_TYPE_B

HW/SW Vista General Comando: “bo” OFFLINE_WIURNC1_KGET_20110919_175714> bp 180702-19:22:15 OFFLINE_WIURNC1_Kget_20110919_175714 17.0m RNC_NODE_MODEL_L_1_123 stopfile=/tmp/5400 ==================================================== Board-Group

Nr of Boards

==================================================== aal2ap

15

aal2cpsrc

13

aal2ncc

11

aal2nccadm aal2rh

2 11

OFFLINE_WIURNC1_KGET_20110919_175714> pr aal2ap

180702-19:23:37 OFFLINE_WIURNC1_Kget_20110919_175714 17.0m RNC_NODE_MODEL_L_1_123 stopfile=/tmp/5400 =================================================================================== Proxy MO =================================================================================== 1903 SwManagement=1,ReliableProgramUniter=ans_aal2ap_12_c2 1927 SwManagement=1,ReliableProgramUniter=ans_aal2ap_12_MS-8-0 1950 SwManagement=1,ReliableProgramUniter=ans_aal2ap_12_MS-6-0 2097 SwManagement=1,ReliableProgramUniter=ans_aal2ap_12_MS-15-0 2098 SwManagement=1,ReliableProgramUniter=ans_aal2ap_12_MS-11-0 2280 SwManagement=1,ReliableProgramUniter=ans_aal2ap_12_ES-1-11-0 2348 S

HW/SW Vista General Comando: “cab” ******************************************************* cab[slxradgtme] [ | ] ******************************************************* Visualización de impresiones COLI misceláneas relacionadas con hw, sw, reinicios, leds, carga de CPU, errores, uso de disco / ram Opciones: • cab: imprime información MP / BP HW y estado del led, temperatura MP y estado de coreMgr • cabt: igual que la cabina, pero sin la temperatura • cabx: igual que cab plus, led e hw info para las placas XP (p. ej .: TMA, MCPA, Fans, etc.) • cabl: igual que la cabina pero más carga de procesador MP / BP • cabs: igual que la lista más cab de programas que se ejecutan en todos MP / BP • cabr: imprime todos los reinicios MP / BP. Los reinicios anormales se muestran en rojo. caba: imprime solo un MP / BP anormal reinicia. • cabd: imprimir el uso del disco. Los discos que superen un cierto límite aparecerán en color. El límite se puede definir en el archivo cabview • cabg: imprimir errores MP / BP HW (por ejemplo, disco defectuoso, RAM defectuosa, etc.). • cabm: imprimir el uso de la memoria RAM MP / BP. • cabe: print MP / BP agregó condiciones de seguimiento de T & E

HW/SW Vista General Comando: “cab” USMSNE18> cab SMN APN BOARD

GREEN YELLOW RED

PRODUCT NR

REV

DATE

SERIAL NR TEMP COREMGR

===================================================================================================== 0 1 CBU1 0 3 RAX

ON ON

16HZ

OFF

16HZ OF F

ROJ 119 2209/1 R5E ROJ 119 2187/14 R1C

20071107 TU8G015363 +46C Active* 20081014 TU8G527420

0 4 RAX13

ON

16HZ OFF

ROJ 119 2187/4 R1E

20080128 TM15032794

0 5 RAX13

ON

16HZ OFF

ROJ 119 2187/4 R1E

20080128 TM15032789

0 6 RAX13

ON

16HZ OFF

ROJ 119 2187/4 R1E

20071108 TU8G016168

0 8 TX6HS-06 ON 0 9 OBIF

ON

16HZ OFF 16HZ O FF

ROJ 119 2254/6 R1D ROJ 119 2238/23 R1D

20070929 AE55726938 20071123 TB39509344

-----------------------------------------------------------------------------------------------------

USMSNE18> cabl ===================================================================================================== SMN APN BOARD

GREEN YELLOW RED

PRODUCT NR

REV

DATE

SERIAL NR TEMP COREMGR

===================================================================================================== 0 1 CBU1 0 3 RAX

ON ON

16HZ

OFF

16HZ OF F

ROJ 119 2209/1 R5E ROJ 119 2187/14 R1C

20071107 TU8G015363 +46C Active* 20081014 TU8G527420

0 4 RAX13

ON

16HZ OFF

ROJ 119 2187/4 R1E

20080128 TM15032794

0 5 RAX13

ON

16HZ OFF

ROJ 119 2187/4 R1E

20080128 TM15032789

0 6 RAX13

ON

16HZ OFF

ROJ 119 2187/4 R1E

20071108 TU8G016168

0 8 TX6HS-06 ON 0 9 OBIF

ON

16HZ OFF 16HZ O FF

ROJ 119 2254/6 R1D ROJ 119 2238/23 R1D

20070929 AE55726938 20071123 TB39509344

----------------------------------------------------------------------------------------------------

Imprimir informacion de SW. RNCSM01> lhsh 001400 pglist $ lhsh 001400 pglist Program Information: Handle : 1 Status : run Resident : True Name Argv

: CXC1320787_R50HX02 (SystemManage) :

Program Information: Handle : 2 Status : run Resident : True Name Argv

: CXC1320742_R50HC03 (spas_connect) :

Program Information: ...... Handle : 14 Status : run Resident : True Name Argv

: CXC1329858_R4J09

(RncLmModOm)

:

$ RNCSM01> lhsh 001400 listloaded

Imprimir Informacion de Disco. RNCSM01> hdinfo 090317-16:07:00 10.108.240.8 7.0q RNC_NODE_MODEL_G_5_30 stopfile=/tmp/12176 $ hdinfo Hard Disk parameters: Size in MB: 2079 Sector size: 512 No of cyl.: 4029 No of heads: 16 Sectors/Track: 63 No of sectors: 4061232 HD PIO mode: 4 Model: SMART CF Serial number: 2007071200EA3C1C0000 Firmware rev: 20060811

Version de configuracion (CV). Manejo de la versión de configuración (CV). • Cvls: Lista de CV • Cvmk: hacer CV local Ejemplo: cvmk CVname identificación comentario

• Cvms: hacer CV a distancia Ejemplo: cvms CVname identificación comentario

• Cvset: establecer un CV startable Ejemplo: cvset CVname

• Cvrm: eliminar Ejemplo: cvrm CVname

Archivos de configuracion RNCSM01> ftree /d/configuration/cv

090317-16:08:14 10.108.240.8 7.0q RNC_NODE_MODEL_G_5_30 stopfile=/tmp/12176 /d/configuration/cv/

drwxrwxrwx 512

30 Jan 2009 17:22:31 /d/configuration/cv/USMMRBI8/

-r--r--r-- 341

30 Jan 2009 17:22:22 /d/configuration/cv/USMMRBI8/ipnetworkconfig.xml

-r--r--r-- 353

30 Jan 2009 17:22:22 /d/configuration/cv/USMMRBI8/nodeinformation.xml

-r--r--r-- 71264

30 Jan 2009 17:22:23 /d/configuration/cv/USMMRBI8/ARMAMENT

-r--r--r-- 40

30 Jan 2009 17:22:24 /d/configuration/cv/USMMRBI8/LLP.LMID

-r--r--r-- 75

30 Jan 2009 17:22:24 /d/configuration/cv/USMMRBI8/attribute

-rw-rw-rw- 1616763 30 Jan 2009 17:22:30 /d/configuration/cv/USMMRBI8/db.dat -r--r--r-- 273 -r--r--r-- 3

30 Jan 2009 17:22:31 /d/configuration/cv/USMMRBI8/md5checksums 30 Jan 2009 17:22:31 /d/configuration/cv/USMMRBI8/ok

CV handling RNCSM01> get configurationversion=1 090317-16:10:08 10.108.240.8 7.0q RNC_NODE_MODEL_G_5_30 stopfile=/tmp/12176 =========================================================================================== 3590

SwManagement=1,ConfigurationVersion=1

=========================================================================================== ConfigurationVersionId actionResult

1 Struct{6}

>>> 1.actionId = 161702691 >>> 2.time = Date: 2009-01-27, Time: 16:18:02.109 >>> 3.invokedAction = 3 (PUT_TO_FTP_SERVER) >>> 4.mainResult = 0 (EXECUTED) >>> 5.configurationVersionName = RNCSM01_08-11-2008 >>> 6.pathToDetailedInformation = additionalActionResultData

t[1] =

>>> Struct[0] has 2 members: >>> 1.information = 20 (CV_BACKUP_NAME) >>> 2.additionalInformation = RNCSM01_RNCSM01_08-11-2008.zip autoCreatedCVIsTurnedOn

true

corruptedUpgradePackages

t[0] =

currentDetailedActivity

0 (IDLE)

currentLoadedConfigurationVersion Au_CXP9012014_R10CJ_090215_0401 currentMainActivity currentUpgradePackage executingCv

0 (IDLE) UpgradePackage=CXP9012014_R10CJ Au_CXP9012014_R10CJ_090317_0402

CV handling RNCSM01> acl configuration 090317-16:12:27 10.108.240.8 7.0q RNC_NODE_MODEL_G_5_30 stopfile=/tmp/12176 ============================================================================== Proxy MO

Action

Nr of Params

============================================================================== 3590 ConfigurationVersion=1 cancelRestore 0 3590 ConfigurationVersion=1

changeRestoreConfirmationDeadline 1

3590 ConfigurationVersion=1

confirmRestore


create

5


delete

1


forcedRestore


getFromFtpServer


putToFtpServer


removeFromRollbackList


restore


setFirstRollbackList


setStartable

1


verifyRestore

1

0

2 4 6 1

2 1

==============================================================================

Reinicios Node

PlugInUnit (MP/BP)

Coldest

Yes

Yes

Yes

Cold

Yes

Yes

Yes

Refresh

Yes

Yes

Warm

Yes

Yes

Hot

Device (SPM/FPGA, etc.)

Yes

Program on MP

Yes Yes

Reinicios rango Rank

T&E logs

HW test

HW reset

SW reload

Data in CLI contain er

Data in own memory segment

Domain

Hot

Preserve d

No

No

Conditional

Preserved

Cleared

4

Warm

Preserve d

No

No

Conditional

Cleared

Cleared

1, 2, 3, 4

Refresh

Preserve d

No

Yes on MP/BP Not necessarily on FPGA/DSP /etc.

Yes

Cleared

Cleared

1, 2

Cold

Cleared

Limited

Yes

Yes

Cleared

Cleared

1, 2, 3

ColdWTest

Cleared

Yes

Yes

Yes

Cleared

Cleared

1, 2, 3

Comandos de Reinicio por interfaz MO RNCSM01> mom restartrank ############################################################################### Enum

Values

############################################################################### RestartRank 0:RESTART_WARM, 1:RESTART_REFRESH, 2:RESTART_COLD, 3:RESTART_COLDWTEST --------------------------------------------------------------------------------------------------------------------------------- RESTART_WARM: - RESTART_REFRESH:

- RESTART_COLD: - RESTART_COLDWTEST: *****************************************************************************************************************

RNCSM01> mom restartcause ############################################################################### Enum

Values

############################################################################### RestartCause

2:piuRestartUpgrade, 1:piuRestartError

------------------------------------------------------------------------------This attribute indicates the restart cause of plugInUnit. The defined values are: 1. piuRestartError: restart because of error. 2. piuRestartUpgrade: restart because of system upgrade. - piuRestartUpgrade: This attributes indicates that the Piu restart cause is upgrade. - piuRestartError: This attributes indicates that the Piu restart cause is error. *****************************************************************************************************************

Comandos de Reinicio por interfaz MO RNCSM01> acc 0 manualrestart Call Action manualrestart on following MOs ? =============================================================================== 0 ManagedElement=1 =============================================================================== Are you Sure [y/n] ? y =============================================================================== Proxy MO

Action

Nr of Params

=============================================================================== 0 ManagedElement=1

manualRestart

3

Parameter 1 of 3, restartRank (enumRef-RestartRank): Enter one of the following integers: 0:RESTART_WARM, 1:RESTART_REFRESH, 2:RESTART_COLD, 3:RESTART_COLDWTEST: 0 Parameter 2 of 3, restartReason (enumRef-RestartReason): Enter one of the following integers: 0:PLANNED_RECONFIGURATION, 1:UNPLANNED_NODE_EXTERNAL_PROBLEMS, 2:UNPLANNED_NODE_UPGRADE_PROBLEMS, 3:UNPLANNED_O_AND_M_ISSUE, 4:UNPLANNED_CYCLIC_RECOVERY, 5:UNPLANNED_LOCKED_RESOURCES, 6:UNPLANNED_COLD_WITH_HW_TEST, 7:UNPLANNED_CALL_PROCESSING_DEGRADATION, 8:UNPLANNED_LOW_COVERAGE: 0 Parameter 3 of 3, restartInfo (string): eanzmagn >>> Return value = null =============================================================================== Total: 1 MOs attempted, 1 MOs actioned

Comandos de Reinicio por interfaz MO Reinicio de tarjeta utilizandor el MO LDN RNCSM01> acc ms,slot=9,pluginunit=1$ manualrestart ...... Reinicio de tarjeta utilizando un grupo de tarjetas. CSM01> acc mod1 manualrestart ......

Manejo de Registros(Logs) ******************************************************* lg[aevsyuoldhmircfx] [-l ] [-m ] [-p ] [-s ] [-e ] [|] ******************************************************* •

Obtención y / o procesamiento de registros de nodo (alarma, evento, disponibilidad, sistema, etc.)

Options: ******** - a: registro de alarma de análisis (CELLO_ALARM_LOG.xml) - e: registro de eventos de análisis (CELLO_EVENT_LOG.xml) -v: registro de disponibilidad de análisis (CELLO_AVAILABILITY_LOG.xml) - s: análisis del sistema de análisis (/ c / logfiles / systemlog / xxxsyslog) -u: registro de actualización de parse (Trace.log y Trace.log_old) - o: registro de comandos de análisis (CORBA_AUDITTRAIL_LOG.xml) - y: parse securityevent log (CELLO_SECURITYEVENT_LOG.xml). - l: registro de parse coli (SHELL_AUDITTRAIL_LOG.xml). - h: análisis de parse hili (CELLO_HWINVENTORY_LOG.xml). Este archivo primero debe generarse con el comando "hili mk". - d: muestra el reinicio del nodo y el tiempo de inactividad del sistema, según l a información del registro del sistema y de l a disponibilidad. - x: muestra alarmas activas en una fecha / hora específica, según la información del registro de alarmas. - m: fusiona los diferentes registros juntos (por ejemplo: lgaevm combinará registros de alarma / evento / disponibilidad). No compatible con la opción "h". - i: orden cronológico inverso. - r: volver a buscar los registros del nodo. - c: imprime la salida en formato csv (separación de punto y coma). - f: solo busca los registros y los almacena en un directorio en la estación de trabajo

Checando información de reinicio RNCSM01> lgvsm RNCSM01> lgd Veces de reinicio RNCSM01> lhsh 001400 llog –l tarjeta! RNCSM01> cabr

!Log de reinicio de

Operando Amos / Moshell UTRAN

Acceso de shell OSE USMSNE18> lh ru fui get devstat $ lhsh 000900/port_0_dev_5 fui get devstat 0009p0d5: Board: fuHw: Hw08P1, faultStatus: 0x0, temp: 30.0, sv: on, svTmaDegrad: on, comp: on 0009p0d5: Dev1: mode: {ModeAnt}, feedPow: highPow 0009p0d5:

capability: {vswrAntSv | tma19Sv | ulGainConf | maxUlGain}

0009p0d5:

svCtrl: 0xc500, faultStatus: 0x0000

0009p0d5:

txFreq: 882800, sensitivity: 49, gainUl: 13.0, volt: 15705.1, curr: 89.1, dCycle: 0.0

0009p0d5: Dev2: mode: {ModeAnt}, feedPow: noPow 0009p0d5:

capability: {resAntSv | tma19Sv | ulGainConf | maxUlGain}

0009p0d5:

svCtrl: 0x0100, faultStatus: 0x0000

0009p0d5:


============================================================================================= $ lhsh 000900/port_2_dev_7 fui get devstat

0009p2d7: Board: fuHw: Hw08P1, faultStatus: 0x0, temp: 29.0, sv: on, svTmaDegrad: on, comp: on 0009p2d7: Dev1: mode: {ModeAnt}, feedPow: highPow 0009p2d7:

capability: {vswrAntSv | tma19Sv | ulGainConf | maxUlGain}

0009p2d7:

svCtrl: 0xc500, faultStatus: 0x0000

0009p2d7:


0009p2d7: Dev2: mode: {ModeAnt}, feedPow: noPow 0009p2d7:

capability: {resAntSv | tma19Sv | ulGainConf | maxUlGain}

0009p2d7:

svCtrl: 0x0100, faultStatus: 0x0000

0009p2d7:


Acceso de shell OSE Leyendo el VSWR de cada uno de los sectores: USMSNE18> lh ru fui get vswr 090212-16:16:18 10.107.245.49 7.1d RBS_NODE_MODEL_J_5_17 stopfile=/tmp/12123 ===================================================================== ======================== $ lhsh 000900/port_0_dev_5 fui get vswr 0009p0d5: vswr: 20.8[dB] ===================================================================== ======================== $ lhsh 000900/port_1_dev_6 fui get vswr 0009p1d6: vswr: 20.3[dB] ===================================================================== ======================== $ lhsh 000900/port_2_dev_7 fui get vswr 0009p2d7: vswr: 20.6[dB] $

Uso en Contexto de Usuario RNC10> h uer *************************************************************** uer [-m|-i|-n] [||] [|all] ****************************************************************** Este comando imprime y analiza los datos de contexto Ue para los UE activos en el RNC. Se utilizan los siguientes comandos COLI: ueregprint (en MP central) y printUeCtxt (en el módulo MP). No se utilizan comandos RRT.

Examples: >> uer

---> print UeContext data for all UEs in the node

>> uer -n 25

---> print UeContext data for 25 UEs only (randomly selected across the node and proportionately spread across all the modules)

>> uer -i 0001

---> print UeContext data for all UEs whose IMSI match 0001.

>> uer -m 8

---> print UeContext data for all UEs in module 8.

Uso en Contexto de Usuario RNC10> uer Printing all active UeContexts. Up to 124 UEs will be printed. ========================================================================================= MOD IMSI

CTXT SRNC CommCh RL1

RL2

DCdev CoreNetId UERC UERC_LABEL

========================================================================================= 1

301001700020002

130

301

9:1027 30:1090 37:1109 0020sp2 C

1 301001720000004

153

301 18:1052 25:1073

0019sp2 C

2 Speech

1 301001800000004

185

301

0020sp2 C

2 Speech

8 301001821110000 1768

301 28:1083

5:1014 33:1099 21:1061

0022sp2 C

3

64kbps CS data,fixedrate

2 Speech

========================================================================================== UeRc

Total

%

userLabel

========================================================================================== 1

6

5.2

Standalone RRC on DCH

2

54

47

Speech

3

8

7

64kbps CS data, fixed rate

4

18

15.7

Packet RACH/FACH

========================================================================================== UeRc

Mod1

Mod8

userLabel

========================================================================================== 1

2

4

Standalone RRC on DCH

2

33

21

Speech

3

5

3

64kbps CS data, fixed rate

Uso en Contexto de Usuario Maximo Numiero de RADIOLINKS por llamada. RNCSM01> get 161 maxact =============================================== MO

Attribute

Value

=============================================== Handover=1

maxActiveSet

3

=============================================== Total: 1 MOs

Uso en Contexto de Usuario Imprimiendo UeContexts cuya imagen coincide con 724051104120193 solamente. Se imprimirán hasta 1 UE. RNCSM01> uer -i 724051104120193 UECAP

090317-16:50:35 10.108.240.8 7.0q RNC_NODE_MODEL_G_5_30 stopfile=/tmp/12176 Printing active UeContexts whose imsis match 724051104120193 only. =========================================================================================== MOD

IMSI/TMSI ATTRIBUTES

=========================================================================================== 12 724051104120193 gsmComprModeUeCap=3 umtsComprModeUeCap=3 UehUeCapD=0x4F616768=0x4F616768 ueCapability.totalRlcAMBufferSize=409600 ueCapability.maxAMEntities=16 ueCapability.maxSimultTrChUl=8 ueCapability.maxSimultTrChDl=8 ueCapability.supportForTurboCodingUl=1 ueCapability.supportForTurboCodingDl=1 ueCapability.maxTransmTranspBlocksUl=32 ueCapability.maxReceivedTranspBlocksDl=32 ueCapability.maxTfcInTfcsUl=64 ueCapability.maxTfcInTfcsDl=128 ueCapability.maxReceivedBitsDl=8960 ueCapability.maxTransmBitsUl=8960 ueCapability.maxReceivedTurboCodedBitsDl=8960 ueCapability.maxTransmTurboCodedBitsUl=8960 ueCapability.maxReceivedPhysChBitsDl=9600 ueCapability.maxTransmDpdchBitsPer10msUl=9600 ueCapability.agpsCapabilityValidIndic=1 ueCapability.agpsCapability=3 ueCapability.hsPhysicalLayerCategory=8 ueCapability.maxRlcWindowSize=2047 ueCapability.hsAndEulCapabilityInfo=2 ueCapability.eulPhysicalLayerCategory=0 ===========================================================================================

Parámetros de auditoria RNCSM01> h diff ******************************************************* diff/ldiff ******************************************************* 2) Syntax 2: diff/ldiff |||||||| mpDir> [||default] []

Para comparar un volcado de MO con un archivo de referencia de parámetro o con otro volcado de MO. Desde una shell de Unix ejecutar: Si es un solo nodo : moshell ‘lt all ; diff . ‘ Si son varios nodos: mobatch ‘lt all ; diff . ‘ Para utilizar otros archivos Baseline: moshell ‘lt all ; diff . mybaseline.txt‘ Para mayor numero de nodos: mobatch ‘lt all ; diff . mybaseline.txt‘ mybaseline.txt‘

Parámetros de auditoria RNCSM01> lt all RNCSM01> diff . Getting MO data from node, please wait... Logging to file: /home/eanzmagn/moshell_log /home/eanzmagn/moshell_logfiles/logs_mo files/logs_moshell/diff/rnc37/20060708/213821_18721/RNC37.log shell/diff/rnc37/20060708/213821_18721/RNC37.log Log close: /home/eanzmagn/moshell_lo /home/eanzmagn/moshell_logfiles/logs_mo gfiles/logs_moshell/diff/rnc37/20060708/213821_18721/RNC37.log shell/diff/rnc37/20060708/213821_18721/RNC37.log Parsing file PARAM_RNC_G_1_0.txt .................... ....................Done. Done. Parsing file /home/eanzmagn/moshell_lo /home/eanzmagn/moshell_logfiles/logs_ gfiles/logs_moshell/diff/rnc37/20060708/213821_18721/RNC37.log moshell/diff/rnc37/20060708/213821_18721/RNC37.log ......................................................................Done. ======================================================================= MO

Attribute

CurrentValue ReferenceValue

======================================================================= Aal2QosProfile=ad8

profileClassA.boundOnNodeDelay profileClassA.boundOnNodeD elay

8000

Aal2QosProfile=ad8

profileClassB.boundOnNodeDelay profileClassB.boundOnNode Delay 15000

ChannelSwitching=1

downswitchTimerSp

ChannelSwitching=1

inactivityTimer

20000

60 120

10000 2

30

… …

UtranCell=cell3711,Hsdsch=1 deltaAck2

8

7

UtranCell=cell3711,Hsdsch=1 deltaCqi2

8

6

.... ======================================================================= Saved result in csv format: /hom e/eanzmagn/moshell_l e/eanzmagn/moshell_logfiles/logs ogfiles/logs_moshell/diff/rnc37/20060708/213821_18721/RNC37.csv _moshell/diff/rnc37/20060708/213821_18721/RNC37.csv ($diffcsvfile)

Parámetros de auditoria RNCSM01> l cat $diffcsvfile Comparing RNC37 (ip=172.31.98.137, momversion= RNC_NODE_MODEL_G_5_14 _COMPLETE) with baseline_rnc_p5.txt baseline_rnc_p5.txt on 060708-215630 MO;Attribute;CurrentValue;ReferenceValue Aal2QosProfile=ad8;profileClassA.b Aal2QosProfile=ad8;profileClassA.boundOnNodeDela oundOnNodeDelay;8000;1000 y;8000;10000 0

RNCSM01> l cat $diffcmdfile #Command file for RNC37 (ip=172.31.98.137, (ip=172.31.98.137, momversion=RNC_NODE_MODEL_G_5_14_COMP momversion=RNC_NODE_MODEL_G_5_14_COMPLETE) LETE) #reference file: baseline_rnc_p5.txt #Comparison done on 060708-215630 lt all gs+ confb+ lset Aal2QosProfile=ad8$ Aal2QosProfile=ad8$ profileClassA boundOnNodeDelay=10000 boundOnNodeDelay=10000 lset Aal2QosProfile=ad8$ Aal2QosProfile=ad8$ profileClassB boundOnNodeDelay=20000 lset ChannelSwitching=1$ downswitchTimerSp 2 lset ChannelSwitching=1$ inactivityTimer 30

AMOS Moshell Español Lastone 1

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