FAQ técnico extensible del sistema operativo de FirePOWER (FXOS)
Contenido
Introducción
Este documento describe lo más frecuentemente las preguntas hechas (FAQ) relacionadas con las Plataformas FXOS (e.g. FirePOWER 9300, FirePOWER 41xx, etc) también conocidas como Plataformas de los procesadores de SecurityServices (SSP). El FXOS es el sistema operativo (OS) que maneja el chasis.
Q. ¿Cómo generar la tecnología de la demostración del sistema FXOS?
Según lo de la versión 2.8.x el fprm desaprobado. Así los chasis y la cuchilla de las ayudas FXOS 2.8.x solamente muestran las tecnologías.
KSEC-FPR4115-2-1(local-mgmt)# show tech-support fprm detail WARNING: show tech-support fprm detail command is deprecated. Please use show tech-support chassis 1 detail command instead.
- chasis: Contiene los archivos del registro para el chasis, la cuchilla, el adaptador, el regulador de la Administración del rodapié (BMC) y el regulador de la administración integrada de Cisco (CIMC))
- módulo: Contiene los archivos del registro para la cuchilla/el módulo donde el dispositivo de seguridad adaptante del dispositivo lógico (ASA) o la defensa de la amenaza de FirePOWER (FTD) reside. Esto incluye los registros para los componentes como appAgent)
En pre-2.8.x release/versión el FXOS proporciona a 3 diversas salidas de la tecnología de la demostración. El manojo FPRM contiene los archivos del registro para la entrada-salida de la Administración (MIO) - el motor del supervisor - y el service manager)
Generalmente, usted genera los 3 manojos. Utilice el detalle del <option> de la tecnología-ayuda de la demostración para generar los 3 diversos manojos del registro para el análisis de TAC:
FPR4140-A# connect local-mgmt FPR4140-A(local-mgmt)# show tech-support fprm detail FPR4140-A(local-mgmt)# show tech-support chassis 1 detail FPR4140-A(local-mgmt)# show tech-support module 1 detail
- Si usted no especifica la opción del detalle, usted consigue la salida en la pantalla
- La opción del detalle crea un archivo TAR
Para controlar los nombres de fichero generados:
FPR4140-A(local-mgmt)# dir techsupport/ 1 15595520 Apr 09 17:29:10 2017 20170409172722_FPR4140_FPRM.tar 1 962560 Apr 09 17:32:20 2017 20170409172916_FPR4140_BC1_all.tar 1 7014400 Apr 09 18:06:25 2017 Firepower-Module1_04_09_2017_18_05_59.tar
Para exportar un manojo del CLI:
FPR4140-A(local-mgmt)# copy workspace:///techsupport/20170409172722_FPR4140_FPRM.tar ftp|tftp|scp|sftp://username@192.168.0.1/
Comenzando con FXOS 2.6, la generación del Soporte técnico FXOS y la transferencia directa se hace disponible del encargado del chasis de FirePOWER (FCM) UI bajo las herramientas > los registros del troubleshooting
En FP9300:
En FP41xx:
Q. ¿Cómo verificar y cambiar la dirección IP, la máscara de red y el gateway de la Administración del chasis?
Hay algunas maneras de verificar la configuración de la interfaz de administración:
FPR4115-2-1# show fabric-interconnect
Fabric Interconnect:
ID OOB IP Addr OOB Gateway OOB Netmask OOB IPv6 Address OOB IPv6 Gateway Prefix Operability Ingress VLAN Group Entry Count (Current/Max) Switch Forwarding Path Entry Count (Current/Max)
---- --------------- --------------- --------------- ---------------- ---------------- ------ ----------- -------------------------------------------- ------------------------------------------------
A 10.62.184.19 10.62.184.1 255.255.255.0 :: :: 64 Operable 0/500 14/1021
or
FPR4115-2-1# scope fabric-interconnect a
FPR4115-2-1 /fabric-interconnect # show
Fabric Interconnect:
ID OOB IP Addr OOB Gateway OOB Netmask OOB IPv6 Address OOB IPv6 Gateway Prefix Operability Ingress VLAN Group Entry Count (Current/Max) Switch Forwarding Path Entry Count (Current/Max)
---- --------------- --------------- --------------- ---------------- ---------------- ------ ----------- -------------------------------------------- ------------------------------------------------
A 10.62.184.19 10.62.184.1 255.255.255.0 :: :: 64 Operable 0/500 14/1021
FPR4115-2-1 /fabric-interconnect # show detail
Fabric Interconnect:
ID: A
Product Name: Cisco FPR-4115-SUP
PID: FPR-4115-SUP
VID: V01
Vendor: Cisco Systems, Inc.
Serial (SN): JAD12345NY6
HW Revision: 0
Total Memory (MB): 8074
OOB IP Addr: 10.62.184.19
OOB Gateway: 10.62.184.1
OOB Netmask: 255.255.255.0
OOB IPv6 Address: ::
OOB IPv6 Gateway: ::
Prefix: 64
Operability: Operable
Thermal Status: Ok
Ingress VLAN Group Entry Count (Current/Max): 0/500
Switch Forwarding Path Entry Count (Current/Max): 14/1021
Current Task 1:
Current Task 2:
Current Task 3:
Para cambiar las configuraciones IP:
FPR4115-2-1# scope fabric-interconnect a FPR4115-2-1 /fabric-interconnect # set out-of-band gw Gw ip Ip netmask Netmask KSEC-FPR4115-2-1 /fabric-interconnect # set out-of-band ip 10.62.184.19 netmask 255.255.255.0 gw 10.62.184.1 KSEC-FPR4115-2-1 /fabric-interconnect* # commit-buffer
FPR4115-2-1 /fabric-interconnect # commit-buffer verify-only ! verify the change for error FPR4115-2-1 /fabric-interconnect # commit-buffer ! commit the change FPR4115-2-1 /fabric-interconnect # discard-buffer ! cancel the change
Para más control de los detalles:
Cisco FirePOWER 4100/9300 referencia del comando FXOS
Q. ¿Cómo funcionar con una prueba de ping FXOS?
Navegue al alcance local-mgmt CLI y utilice el comando ping:
FPR4115-2-1# connect local-mgmt FPR4115-2-1(local-mgmt)# ping 10.62.184.1 PING 10.62.184.1 (10.62.184.1) from 10.62.184.19 eth0: 56(84) bytes of data. 64 bytes from 10.62.184.1: icmp_seq=1 ttl=255 time=0.602 ms 64 bytes from 10.62.184.1: icmp_seq=2 ttl=255 time=0.591 ms 64 bytes from 10.62.184.1: icmp_seq=3 ttl=255 time=0.545 ms 64 bytes from 10.62.184.1: icmp_seq=4 ttl=255 time=0.552 ms
Q. ¿Cómo verificar el MAC address del interfaz de la administración fuera de banda?
Navegue al alcance local-mgmt CLI y utilice este comando:
FPR4115-2-1# connect local-mgmt
FPR4115-2-1(local-mgmt)# show mgmt-ip-debug | begin eth0
eth0 Link encap:Ethernet HWaddr 78:bc:1a:e7:a4:11
inet addr:10.62.184.19 Bcast:10.62.184.255 Mask:255.255.255.0
inet6 addr: fe80::7abc:1aff:fee7:a411/64 Scope:Link
UP BROADCAST RUNNING MULTICAST MTU:1500 Metric:1
RX packets:3420589 errors:0 dropped:0 overruns:0 frame:0
TX packets:2551231 errors:0 dropped:0 overruns:0 carrier:0
collisions:0 txqueuelen:1000
RX bytes:419362704 (399.9 MiB) TX bytes:1530147643 (1.4 GiB)
Q. ¿Cómo verificar si el interfaz de la administración fuera de banda está para arriba?
Además de la tela-interconexión inferior operable del alcance a > demostración, usted puede utilizar este comando:
FPR4115-2-1# connect local-mgmt
FPR4115-2-1(local-mgmt)# show mgmt-port
eth0 Link encap:Ethernet HWaddr 78:bc:1a:e7:a4:11
inet addr:10.62.184.19 Bcast:10.62.184.255 Mask:255.255.255.0
inet6 addr: fe80::7abc:1aff:fee7:a411/64 Scope:Link
UP BROADCAST RUNNING MULTICAST MTU:1500 Metric:1
RX packets:3422158 errors:0 dropped:0 overruns:0 frame:0
TX packets:2552019 errors:0 dropped:0 overruns:0 carrier:0
collisions:0 txqueuelen:1000
RX bytes:419611452 (400.1 MiB) TX bytes:1530247862 (1.4 GiB)
Alternativamente, usted puede utilizar este comando. Las demostraciones de la pieza del alcance se unen. Observe que el ASCENDENTE está mostrado en la línea siguiente:
FPR4115-2-1# connect local-mgmt
FPR4115-2-1(local-mgmt)# show mgmt-ip-debug | begin eth0
eth0 Link encap:Ethernet HWaddr 78:bc:1a:e7:a4:11
inet addr:10.62.184.19 Bcast:10.62.184.255 Mask:255.255.255.0
inet6 addr: fe80::7abc:1aff:fee7:a411/64 Scope:Link
UP BROADCAST RUNNING MULTICAST MTU:1500 Metric:1
RX packets:3420589 errors:0 dropped:0 overruns:0 frame:0
TX packets:2551231 errors:0 dropped:0 overruns:0 carrier:0
collisions:0 txqueuelen:1000
RX bytes:419362704 (399.9 MiB) TX bytes:1530147643 (1.4 GiB)
Para derribar el estatus lógico del interfaz:
FPR4100-3-A(local-mgmt)# mgmt-port shut
FPR4100-3-A(local-mgmt)# show mgmt-ip-debug ifconfig | b eth0
eth0 Link encap:Ethernet HWaddr 58:97:BD:B9:76:EB
inet addr:10.62.148.88 Bcast:10.62.148.127 Mask:255.255.255.128
BROADCAST MULTICAST MTU:1500 Metric:1
RX packets:3685870 errors:0 dropped:0 overruns:0 frame:0
TX packets:7068372 errors:0 dropped:0 overruns:0 carrier:0
collisions:0 txqueuelen:1000
RX bytes:295216623 (281.5 MiB) TX bytes:1049391193 (1000.7 MiB)
Para traerlo PARA ARRIBA otra vez:
FPR4100-3-A(local-mgmt)# mgmt-port no-shut
FPR4100-3-A(local-mgmt)# show mgmt-ip-debug ifconfig | b eth0
eth0 Link encap:Ethernet HWaddr 58:97:BD:B9:76:EB
inet addr:10.62.148.88 Bcast:10.62.148.127 Mask:255.255.255.128
inet6 addr: fe80::5a97:bdff:feb9:76eb/64 Scope:Link
UP BROADCAST RUNNING MULTICAST MTU:1500 Metric:1
RX packets:3685885 errors:0 dropped:0 overruns:0 frame:0
TX packets:7068374 errors:0 dropped:0 overruns:0 carrier:0
collisions:0 txqueuelen:1000
RX bytes:295218130 (281.5 MiB) TX bytes:1049391353 (1000.7 MiB)
FPR-4110-A# connect fxos
FPR-4110-A(fxos)# shpw interface brief | include mgmt0
mgmt0 -- down 172.16.171.83 -- 1500
FPR-4110-A(fxos)# show interface mgmt 0
mgmt0 is down (Administratively down)
Hardware: GigabitEthernet, address: 5897.bdb9.212d (bia 5897.bdb9.212d)
Internet Address is 172.16.171.83/24
MTU 1500 bytes, BW 1000000 Kbit, DLY 10 usec
reliability 255/255, txload 1/255, rxload 1/255
Encapsulation ARPA
auto-duplex, auto-speed
EtherType is 0x0000
1 minute input rate 3080 bits/sec 2 packets/sec
1 minute output rate 0 bits/sec 0 packets/sec
Rx
977 unicast packets 12571 multicast packets 5229 broadcast packets
18777 input packets 2333662 bytes
Tx
0 unicast packets 0 multicast packets 0 broadcast packets
0 output packets 0 bytes
Si usted hace una demostración funcione con el interfaz mgmt0 bajo los fxos modo, usted notará que la fuerza de la parada normal es debajo ese interfaz. Una vez más no utilice esto como referencia que está abajo:
FPR4115-2-1(fxos)# show run interface mgmt0 !Command: show running-config interface mgmt0 !Time: Tue May 5 14:19:42 2020 version 5.0(3)N2(4.81) interface mgmt0 shutdown force ip address 10.62.184.19/24
Q. ¿Cómo controlar la tabla de encaminamiento FXOS?
La administración fuera de banda es dependiente solamente en el conjunto de gateway predeterminado. Por lo tanto, asegure la conexión elegida de los permisos del gateway de valor por defecto a los clientes que requiere el acceso al sistema.
Hay un vrf de la ruta IP de la demostración que todo debajo conecta los fxos, pero esto no se utiliza para la administración fuera de banda.
Q. ¿Cómo controlar la tabla FXOS ARP?
La tabla ARP es visible del FXOS CLI. Usted puede también utilizar a la captura de paquetes bajo modo de los fxos (ethanalyzer) para capturar el ARP y/o para controlar el tráfico a/desde la Administración.
Esto es un ejemplo para capturar los paquetes ARP. Usted puede cambiar el captura-filtro cualquier cosa. Ese filtro es similar al filtro del tcpdump:
fp9300-A# connect fxos
fp9300-A(fxos)# ethanalyzer local interface mgmt capture-filter arp
Capturing on eth0
2016-10-14 18:04:57.551221 00:50:56:85:be:44 -> ff:ff:ff:ff:ff:ff ARP Who has 172.16.171.240? Tell 172.16.171.101
2016-10-14 18:04:57.935562 00:12:80:85:a5:49 -> ff:ff:ff:ff:ff:ff ARP Who has 172.16.171.112? Tell 172.16.171.1
2016-10-14 18:04:58.167029 00:50:56:85:78:4e -> ff:ff:ff:ff:ff:ff ARP Who has 172.16.171.205? Tell 172.16.171.100
2016-10-14 18:04:59.156000 00:50:56:9f:b1:43 -> ff:ff:ff:ff:ff:ff ARP Who has 172.16.171.1? Tell 172.16.171.151
2016-10-14 18:04:59.165701 00:50:56:9f:b1:43 -> ff:ff:ff:ff:ff:ff ARP Who has 172.16.171.1? Tell 172.16.171.151
2016-10-14 18:04:59.166925 00:50:56:85:78:4e -> ff:ff:ff:ff:ff:ff ARP Who has 172.16.171.205? Tell 172.16.171.100
2016-10-14 18:04:59.268168 00:50:56:9f:b1:43 -> ff:ff:ff:ff:ff:ff ARP Who has 172.16.171.151? Tell 0.0.0.0
2016-10-14 18:05:00.150217 00:50:56:85:78:4e -> ff:ff:ff:ff:ff:ff ARP Who has 172.16.171.204? Tell 172.16.171.100
2016-10-14 18:05:00.268369 00:50:56:9f:b1:43 -> ff:ff:ff:ff:ff:ff ARP Who has 172.16.171.151? Tell 0.0.0.0
2016-10-14 18:05:01.150243 00:50:56:85:78:4e -> ff:ff:ff:ff:ff:ff ARP Who has 172.16.171.204? Tell 172.16.171.100
10 packets captured
Program exited with status 0.
fp9300-A(fxos)#
Además, usted puede salvar la captura a un fichero y después exportarla a un servidor remoto:
FPR4140-A# connect fxos FPR4140-A(fxos)# ethanalyzer local interface mgmt capture-filter arp limit-captured-frames 0 write workspace:///ARP.pcap FPR4140-A# connect local-mgmt FPR4140-A(local-mgmt)# dir 1 23075 Jan 12 13:13:18 2020 ARP.pcap FPR4140-A(local-mgmt)# copy workspace:///ARP.pcap ftp://anonymous@10.48.40.70/ARP.pcap
Q. ¿Cómo controlar los eventos del incidente FXOS?
Utilice el comando del incidente de la demostración:
FPR4115-2-1# show fault Severity Code Last Transition Time ID Description --------- -------- ------------------------ -------- ----------- Major F0909 2020-04-26T21:19:37.520 554924 default Keyring's certificate is invalid, reason: expired. Major F1769 2012-01-19T00:30:02.733 323268 The password encryption key has not been set. Minor F1437 2012-01-19T00:30:02.732 32358 Config backup may be outdated
Usted puede también filtrar los incidentes basados en la gravedad:
FPR4115-2-1# show fault ? 0-18446744073709551615 ID <CR> > Redirect it to a file >> Redirect it to a file in append mode cause Cause detail Detail severity Severity suppressed Fault Suppressed | Pipe command output to filter FPR4115-2-1# show fault severity major Severity Code Last Transition Time ID Description --------- -------- ------------------------ -------- ----------- Major F0909 2020-04-26T21:19:37.520 554924 default Keyring's certificate is invalid, reason: expired. Major F1769 2012-01-19T00:30:02.733 323268 The password encryption key has not been set.
Los mismos incidentes son también visibles del panel de la descripción > de los INCIDENTES FXOS UI:
Q. ¿Cómo cambiar el hostname del sistema?
Usted utiliza el comando del nombre del conjunto bajo alcance de sistema:
KSEC-FPR4115-2-1# scope system KSEC-FPR4115-2-1 /system # set name new-name Warning: System name modification changes FC zone name and redeploys them non-disruptively KSEC-FPR4115-2-1 /system* # commit-buffer KSEC-FPR4115-2-1 /system # exit new-name#
Q. ¿Cuál es la “discordancía del cálculo” bajo resultado del estado de la show server?
Un módulo nuevo-instalado de la Seguridad debe ser reconocido y ser reinicializado antes de que pueda ser utilizado. Esto es verdad incluso cuando usted substituye una unidad vía el RMA.
FPR9300# show server status
Server Slot Status Overall Status Discovery
------- --------------------------------- --------------------- ---------
1/1 Mismatch Compute Mismatch Complete
1/2 Equipped Ok Complete
1/3 Empty
FPR9300#
La discordancía del cálculo puede causar este evento del incidente:
Service profile ssp-sprof-1 configuration failed due to compute-unavailable,insufficient-resources
Los se muestra el estados del servicio-perfil de la demostración nos afiliado como si el módulo no esté allí.
Pasos a reconocer del CLI:
scope chassis 1
acknowledge slot <slot#>
commit-buffer
Alternativamente, usted utiliza al encargado UI del chasis para reconocer el módulo:
Q. ¿Cuál es el significado de la “discordancía simbólica” en la salida de la ranura de la demostración?
Esto indica que el módulo de la Seguridad no ha estado reinicializado todavía después de ser reconocido:
FPR9300# scope ssa FPR9300 /ssa # show slot Slot: Slot ID Log Level Admin State Operational State ---------- --------- ------------ ----------------- 1 Info Ok Token Mismatch 2 Info Ok Online 3 Info Ok Not Available FPR9300 /ssa #
Pasos a reinicializar vía el CLI:
scope ssa scope slot <#> reinitialize commit-buffer
En FirePOWER 41xx, esto puede también significar que el SSD falta o es defectuoso. Controle si el SSD todavía existe vía el almacenamiento del inventario de la demostración bajo el servidor 1/1 del alcance:
FPR4140-A# scope ssa
FPR4140-A /ssa # show slot 1
Slot:
Slot ID Log Level Admin State Oper State
---------- --------- ------------ ----------
1 Info Ok Token Mismatch
FPR4140-A /ssa # show fault severity critical
Severity Code Last Transition Time ID Description
--------- -------- ------------------------ -------- -----------
Critical F1548 2018-03-11T01:22:59.916 38768 Blade swap detected on slot 1
FPR4140-A /ssa # scope server 1/1
FPR4140-A /chassis/server # show inventory storage
Server 1/1:
Name:
User Label:
Equipped PID: FPR4K-SM-36
Equipped VID: V01
Equipped Serial (SN): FLM12345KL6
Slot Status: Equipped
Acknowledged Product Name: Cisco Firepower 4100 Series Extreme Performance Security Engine
Acknowledged PID: FPR4K-SM-36
Acknowledged VID: V00
Acknowledged Serial (SN): FLM12345KL6
Acknowledged Memory (MB): 262144
Acknowledged Effective Memory (MB): 262144
Acknowledged Cores: 36
Acknowledged Adapters: 2
Motherboard:
Product Name: Cisco Firepower 4100 Series Extreme Performance Security Engine
PID: FPR4K-SM-36
VID: V01
Vendor: Cisco Systems Inc
Serial (SN): FLM12345KL6
HW Revision: 0
RAID Controller 1:
Type: SATA
Vendor: Cisco Systems Inc
Model: CHORLEYWOOD
Serial: FLM12345KL6
HW Revision:
PCI Addr: 00:31.2
Raid Support:
OOB Interface Supported: No
Rebuild Rate: N/A
Controller Status: Unknown
Local Disk 1:
Vendor:
Model:
Serial:
HW Rev: 0
Operability: N/A
Presence: Missing
Size (MB): Unknown
Drive State: Unknown
Power State: Unknown
Link Speed: Unknown
Device Type: Unspecified
Local Disk Config Definition:
Mode: No RAID
Description:
Protect Configuration: No
Q. ¿Cómo fijar el Timezone, el NTP, y el DNS vía el CLI?
Esto se configura bajo configuraciones de la plataforma FXOS. Siga las instrucciones de este documento: Configuraciones de la plataforma FXOS
Para verificar las configuraciones horarias del chasis:
KSEC-FPR4115-2-1# show clock
Tue May 5 21:30:55 CEST 2020
KSEC-FPR4115-2-1# show ntp
NTP Overall Time-Sync Status: Time Synchronized
A la verdad el tiempo del módulo/de la cuchilla del arranque del módulo CLI utiliza estos comandos 3:
Firepower-module1>show ntp peerstatus
remote local st poll reach delay offset disp
=======================================================================
*203.0.113.126 203.0.113.1 2 64 377 0.00006 0.000018 0.02789
remote 203.0.113.126, local 203.0.113.1
hmode client, pmode mode#255, stratum 2, precision -20
leap 00, refid [171.68.38.65], rootdistance 0.19519, rootdispersion 0.17641
ppoll 6, hpoll 6, keyid 0, version 4, association 43834
reach 377, unreach 0, flash 0x0000, boffset 0.00006, ttl/mode 0
timer 0s, flags system_peer, config, bclient, prefer, burst
reference time: dbef8823.8066c43a Mon, Dec 5 2016 8:30:59.501
originate timestamp: 00000000.00000000 Mon, Jan 1 1900 2:00:00.000
receive timestamp: dbefb27d.f914589d Mon, Dec 5 2016 11:31:41.972
transmit timestamp: dbefb27d.f914589d Mon, Dec 5 2016 11:31:41.972
filter delay: 0.00008 0.00006 0.00008 0.00009
0.00008 0.00008 0.00008 0.00009
filter offset: 0.000028 0.000018 0.000034 0.000036
0.000033 0.000036 0.000034 0.000041
filter order: 1 2 6 0
4 5 3 7
offset 0.000018, delay 0.00006, error bound 0.02789, filter error 0.00412
Firepower-module1>show ntp association
remote refid st t when poll reach delay offset jitter
==============================================================================
*203.0.113.126 171.68.38.65 2 u 37 64 377 0.062 0.018 0.017
ind assid status conf reach auth condition last_event cnt
===========================================================
1 43834 961d yes yes none sys.peer 1
associd=43834 status=961d conf, reach, sel_sys.peer, 1 event, popcorn,
srcadr=203.0.113.126, srcport=123, dstadr=203.0.113.1, dstport=123,
leap=00, stratum=2, precision=-20, rootdelay=195.190, rootdisp=176.407,
refid=171.68.38.65,
reftime=dbef8823.8066c43a Mon, Dec 5 2016 8:30:59.501,
rec=dbefb27d.f91541fc Mon, Dec 5 2016 11:31:41.972, reach=377,
unreach=0, hmode=3, pmode=4, hpoll=6, ppoll=6, headway=22, flash=00 ok,
keyid=0, offset=0.018, delay=0.062, dispersion=0.778, jitter=0.017,
xleave=0.011,
filtdelay= 0.08 0.06 0.08 0.10 0.08 0.09 0.08 0.10,
filtoffset= 0.03 0.02 0.03 0.04 0.03 0.04 0.03 0.04,
filtdisp= 0.00 0.03 1.04 1.07 2.06 2.09 3.09 3.12
Firepower-module1>show ntp sysinfo
associd=0 status=0618 leap_none, sync_ntp, 1 event, no_sys_peer,
version="ntpd 4.2.6p5@1.2349-o Fri Oct 7 17:08:03 UTC 2016 (2)",
processor="x86_64", system="Linux/3.10.62-ltsi-WR6.0.0.27_standard",
leap=00, stratum=3, precision=-23, rootdelay=195.271, rootdisp=276.641,
refid=203.0.113.126,
reftime=dbefb238.f914779b Mon, Dec 5 2016 11:30:32.972,
clock=dbefb2a7.575931d7 Mon, Dec 5 2016 11:32:23.341, peer=43834, tc=6,
mintc=3, offset=0.035, frequency=25.476, sys_jitter=0.003,
clk_jitter=0.015, clk_wander=0.011
system peer: 203.0.113.126
system peer mode: client
leap indicator: 00
stratum: 3
precision: -23
root distance: 0.19527 s
root dispersion: 0.27663 s
reference ID: [203.0.113.126]
reference time: dbefb238.f914779b Mon, Dec 5 2016 11:30:32.972
system flags: auth monitor ntp kernel stats
jitter: 0.000000 s
stability: 0.000 ppm
broadcastdelay: 0.000000 s
authdelay: 0.000000 s
time since restart: 1630112
time since reset: 1630112
packets received: 157339
packets processed: 48340
current version: 48346
previous version: 0
declined: 0
access denied: 0
bad length or format: 0
bad authentication: 0
rate exceeded: 0
Firepower-module1>
Para más detalles sobre la verificación y el Troubleshooting NTP controle este documento: Configure, verifique y resuelva problemas las configuraciones del Network Time Protocol (NTP) en los dispositivos de FirePOWER FXOS
Q. ¿Cómo poner la autorización y el proxy de HTTP elegantes?
La autorización de Smart se necesita en el chasis FXOS en el caso del dispositivo lógico ASA. Controle este documento para saber si hay más detalles: Autorice la Administración para el ASA
Aquí está una salida de muestra del estatus de la licencia
FPR4115-2-1# scope license FPR4115-2-1 /license # show license all Smart Licensing Status ====================== Smart Licensing is ENABLED Registration: Status: REGISTERED Smart Account: BU Production Test Virtual Account: TAC-BETA Export-Controlled Functionality: Not Allowed Initial Registration: SUCCEEDED on Dec 15 14:41:55 2015 PST Last Renewal Attempt: SUCCEEDED on Dec 23 09:26:05 2015 PST Next Renewal Attempt: Jun 21 07:00:21 2016 PST Registration Expires: Dec 23 06:54:19 2016 PST License Authorization: Status: AUTHORIZED on Apr 07 15:44:26 2016 PST Last Communication Attempt: SUCCEEDED on Apr 07 15:44:26 2016 PST Next Communication Attempt: May 07 15:44:25 2016 PST Communication Deadline: Jul 06 15:38:24 2016 PST License Usage ============== No licenses in use Product Information =================== UDI: PID:FPR9K-SUP,SN:JAD123456AB Agent Version ============= Smart Agent for Licensing: 1.4.1_rel/31
o, alternativamente:
fp9300-A# conn local-mgmt
fp9300-A(local-mgmt)# show license all
Smart Licensing Status
======================
Smart Licensing is ENABLED
Registration:
Status: REGISTERED
Smart Account: Cisco Internal
Virtual Account: Escalations
Export-Controlled Functionality: Allowed
Initial Registration: SUCCEEDED on Feb 10 18:55:08 2016 CST
Last Renewal Attempt: SUCCEEDED on Oct 09 15:07:25 2016 CST
Next Renewal Attempt: Apr 07 15:16:32 2017 CST
Registration Expires: Oct 09 15:10:31 2017 CST
License Authorization:
Status: AUTHORIZED on Sep 20 07:29:06 2016 CST
Last Communication Attempt: SUCCESS on Sep 20 07:29:06 2016 CST
Next Communication Attempt: None Communication Deadline: None
Licensing HA configuration error:
No Reservation Ha config error
License Usage
==============
No licenses in use
Product Information
===================
UDI: PID:FPR9K-SUP,SN:JAD190800VU
Agent Version
=============
Smart Agent for Licensing: 1.6.7_rel/95
Q. ¿Cómo configurar el Syslog vía el CLI?
Controle estos documentos:
- Configure el Syslog en los dispositivos de FirePOWER FXOS
- Guía de los Config FXOS: Syslog de las configuraciones de la plataforma
Q. ¿Cómo configurar el SNMP en los dispositivos de FirePOWER?
Controle este documento: Configure el SNMP en los dispositivos de FirePOWER NGFW
Q. ¿Cómo instalar/substituya un certificado SSL usado por el encargado del chasis?
Siga este documento: Instale un certificado confiable para el encargado del chasis FXOS
Q. ¿Cómo resolver problemas el tráfico atraviese el chasis FPR9300?
Controle estos documentos:
- Fase 1 del troubleshooting de la trayectoria de datos de FirePOWER: Ingreso del paquete
- Troubleshooting de la trayectoria de datos de FirePOWER: Overview
- Analice las capturas del Firewall de FirePOWER para resolver problemas con eficacia los problemas de red
Q. ¿Cómo ver la tabla del MAC address del chasis?
Para las Plataformas FP41xx y FP93xx utilice ninguno de estos comandos:
FPR4115-2-1# connect fxos FPR4115-2-1(fxos)# show l2-table Ingress MAC Vlan Class VlanGrp Status Dst Eth1/1 78bc.1ae7.a45e 101 1 0 present 1 Veth776 78bc.1ae7.a45e 101 1 0 present 1 Po1 0100.5e00.0005 1001 1 0 present 1 Po1 0100.5e00.0006 1001 1 0 present 1 Po1 78bc.1ae7.a44e 1001 1 0 present 1 Po1 ffff.ffff.ffff 1001 63 0 present 1
FPR4115-2-1(fxos)# show mac address-table Legend: * - primary entry, G - Gateway MAC, (R) - Routed MAC, O - Overlay MAC age - seconds since first seen,+ - primary entry using vPC Peer-Link VLAN MAC Address Type age Secure NTFY Ports/SWID.SSID.LID ---------+-----------------+--------+---------+------+----+------------------ * 1001 0100.5e00.0005 static 0 F F Eth1/1 * 1001 0100.5e00.0006 static 0 F F Eth1/1 * 1001 78bc.1ae7.a44e static 0 F F Eth1/1 * 1001 ffff.ffff.ffff static 0 F F Eth1/1 * 101 78bc.1ae7.a45e static 0 F F Eth1/1 * 101 78bc.1ae7.a46f static 0 F F Veth776 * 4047 0015.a501.0100 static 0 F F Veth864 * 4047 0015.a501.0101 static 0 F F Veth1015 * 4043 78bc.1ae7.b000 static 0 F F Eth1/10 * 4043 78bc.1ae7.b00c static 0 F F Eth1/9 * 1 0015.a500.001f static 0 F F Veth887 * 1 0015.a500.002f static 0 F F Veth1018 * 1 0015.a500.01bf static 0 F F Veth905 * 1 0015.a500.01ef static 0 F F Veth1019
Q. ¿Cómo ver los direccionamientos del mac del chasis interconecta?
Utilice este comando:
FPR4115-2-1# connect fxos FPR4115-2-1(fxos)# show interface mac-address -------------------------------------------------------------------------------- Interface Mac-Address Burn-in Mac-Address -------------------------------------------------------------------------------- Ethernet1/1 78bc.1ae7.a417 78bc.1ae7.a418 Ethernet1/2 78bc.1ae7.a417 78bc.1ae7.a419 Ethernet1/3 78bc.1ae7.a417 78bc.1ae7.a41a Ethernet1/4 78bc.1ae7.a417 78bc.1ae7.a41b Ethernet1/5 78bc.1ae7.a417 78bc.1ae7.a41c Ethernet1/6 78bc.1ae7.a417 78bc.1ae7.a41d Ethernet1/7 78bc.1ae7.a417 78bc.1ae7.a41e Ethernet1/8 78bc.1ae7.a417 78bc.1ae7.a41f Ethernet1/9 78bc.1ae7.a417 78bc.1ae7.a420 Ethernet1/10 78bc.1ae7.a417 78bc.1ae7.a421 Ethernet1/11 78bc.1ae7.a417 78bc.1ae7.a422 Ethernet1/12 78bc.1ae7.a417 78bc.1ae7.a423 port-channel1 78bc.1ae7.a417 78bc.1ae7.a41a port-channel48 78bc.1ae7.a417 0000.0000.0000 mgmt0 78bc.1ae7.a411 78bc.1ae7.a411 Vethernet690 78bc.1ae7.a417 78bc.1ae7.a417 Vethernet691 78bc.1ae7.a417 78bc.1ae7.a417 Vethernet692 78bc.1ae7.a417 78bc.1ae7.a417 Vethernet693 78bc.1ae7.a417 78bc.1ae7.a417 Vethernet694 78bc.1ae7.a417 78bc.1ae7.a417 Vethernet695 78bc.1ae7.a417 78bc.1ae7.a417 Vethernet696 78bc.1ae7.a417 78bc.1ae7.a417 Vethernet697 78bc.1ae7.a417 78bc.1ae7.a417 Vethernet698 78bc.1ae7.a417 78bc.1ae7.a417 Vethernet699 78bc.1ae7.a417 78bc.1ae7.a417 Vethernet700 78bc.1ae7.a417 78bc.1ae7.a417 Vethernet774 78bc.1ae7.a417 78bc.1ae7.a417 Vethernet775 78bc.1ae7.a417 78bc.1ae7.a417 Vethernet776 78bc.1ae7.a417 78bc.1ae7.a417 Vethernet777 78bc.1ae7.a417 78bc.1ae7.a417 Vethernet778 78bc.1ae7.a417 78bc.1ae7.a417 Vethernet779 78bc.1ae7.a417 78bc.1ae7.a417 Vethernet861 78bc.1ae7.a417 78bc.1ae7.a417 Vethernet862 78bc.1ae7.a417 78bc.1ae7.a417 Vethernet863 78bc.1ae7.a417 78bc.1ae7.a417 Vethernet864 78bc.1ae7.a417 78bc.1ae7.a417 Vethernet887 78bc.1ae7.a417 78bc.1ae7.a417 Vethernet905 78bc.1ae7.a417 78bc.1ae7.a417 Vethernet906 78bc.1ae7.a417 78bc.1ae7.a417 Vethernet1015 78bc.1ae7.a417 78bc.1ae7.a417 Vethernet1018 78bc.1ae7.a417 78bc.1ae7.a417 Vethernet1019 78bc.1ae7.a417 78bc.1ae7.a417 Vethernet1020 78bc.1ae7.a417 78bc.1ae7.a417 Vethernet1021 78bc.1ae7.a417 78bc.1ae7.a417
Q. ¿Cómo hacer la recuperación de contraseña en el supervisor FXOS (MIO)?
Para los procedimientos para recuperación de contraseña en FP41xx y FP9300 siga este documento: Procedimiento para recuperación de contraseña para los dispositivos de las 9300/4100 Series de FirePOWER
Q. ¿Cómo hacer la recuperación de contraseña en el dispositivo lógico ASA o FTD?
Para reajustar la contraseña del dispositivo lógico que usted necesita atar otra vez el dispositivo con correa. Con el proceso de Recuperación tras desastres de la carga inicial usted puede cambiar ninguno de estos items:
- IP de administración ASA/FTD - IP, máscara de red, gateway, IPv6, longitud del prefijo
- La contraseña ASA
- Clave del registro FTD, contraseña, IP FMC, dominios de la búsqueda, modo firewall, servidores DNS, FQDN
- Grupo de direcciones IP del racimo ASA, máscara de red, gateway, longitud del prefijo, IP virtual.
Ejemplo 1
Usted puede utilizar el FXOS UI para corregir las configuraciones de la carga inicial de un dispositivo lógico. Navegue a los dispositivos lógicos tabulación, corrija un dispositivo
Fije la contraseña:
Una vez que usted salva este mensaje aparece:
Ejemplo 2
Éste es un ejemplo del cambio/de la recuperación de la contraseña del permiso ASA:
FP4110-A# scope ssa
FP4110-A /ssa # show logical-device
Logical Device:
Name Description Slot ID Mode Oper State Templa te Name
---------- ----------- ---------- ---------- ------------------------ ------ -------
asa 1 Standalone Ok asa
FP4110-A /ssa # scope logical-device asa
FP4110-A /ssa/logical-device # scope mgmt-bootstrap asa
FP4110-A /ssa/logical-device/mgmt-bootstrap # show config
enter mgmt-bootstrap asa
create bootstrap-key-secret PASSWORD
! set value
exit
enter ipv4 1 default
set gateway 172.16.171.1
set ip 172.16.171.226 mask 255.255.255.0
exit
exit
FP4110-A /ssa/logical-device/mgmt-bootstrap # enter bootstrap-key-secret PASSWORD
FP4110-A /ssa/logical-device/mgmt-bootstrap/bootstrap-key-secret # set value
Value: <enter new enable password in here>
Warning: Bootstrap changes are not automatically applied to app-instances. To apply the changes, please do clear-mgmt-bootstrap, and restart each app-instance.
FP4110-A /ssa/logical-device/mgmt-bootstrap/bootstrap-key-secret* # commit-buffer
FP4110-A /ssa/logical-device/mgmt-bootstrap/bootstrap-key-secret # top
FP4110-A# scope ssa
FP4110-A /ssa # scope slot 1
FP4110-A /ssa/slot # scope app-instance asa
FP4110-A /ssa/slot/app-instance # clear-mgmt-bootstrap
Warning: Clears the application management bootstrap. Application needs to be restarted for this action to be effective.
FP4110-A /ssa/slot/app-instance* # commit-buffer
FP4110-A /ssa/slot/app-instance # restart
FP4110-A /ssa/slot/app-instance* # commit-buffer
Controle si el ASA está en línea antes de conectar con él y utilice la nueva contraseña del permiso.
FP4110-A /ssa/slot/app-instance # show
Application Instance:
App Name Admin State Oper State Running Version Startup Version Profile Name Cluster State Cluster Role
---------- ----------- ---------------- --------------- --------------- ------------ --------------- ------------
asa Enabled Online 9.9.1.76 9.9.1.76 Not Applicable None
FP4110-A /ssa/slot/app-instance #
Q. ¿Cómo cambiar la contraseña actual de un usuario FXOS (e.g admin)?
Siga este procedimiento:
FP4110-1-A# scope security FP4110-1-A /security # show local-user User Name First Name Last name --------------- --------------- --------- admin FP4110-1-A /security # enter local-user admin FP4110-1-A /security/local-user # set password Enter a password: Confirm the password: FP4110-1-A /security/local-user* # commit-buffer FP4110-1-A /security/local-user #
Q. ¿Cómo retroceder FXOS?
El downgrade de las imágenes FXOS no se utiliza oficialmente. El único método soportado por Cisco de retroceder una versión de imagen de FXOS es realizar una re-imagen completa del dispositivo. Esto se documenta en FirePOWER 4100/9300 trayecto de actualización
Q. ¿Cómo retroceder/mejora un dispositivo lógico ASA?
Para retroceder/actualice la versión ASA vía el encargado del chasis: Puesta al día de la versión de imagen para un dispositivo lógico
Para cambiar vía el CLI, siga esta sección de la guía de los config: Puesta al día de la versión de imagen para un dispositivo lógico
Q. ¿Cómo controlar el estatus de la mejora FXOS vía el CLI?
Se completa la mejora una vez que todos los componentes consiguen en el estatus listo:
FP9300# scope system
FP9300 /system # show firmware monitor
FPRM:
Package-Vers: 2.0(1.37)
Upgrade-Status: Ready
Fabric Interconnect A:
Package-Vers: 2.0(1.23)
Upgrade-Status: Upgrading
Chassis 1:
Server 1:
Package-Vers: 2.0(1.23)
Upgrade-Status: Ready
Server 2:
Package-Vers: 2.0(1.23)
Upgrade-Status: Upgrading
Otros comandos útiles
FP9300 /firmware/auto-install # show fsm status FP9300 /firmware/auto-install # show fsm status expand
Q. ¿Cómo controlar la razón de la recarga del Uptime y del último del chasis FXOS?
El control del uptime FXOS es útil en caso de que haya un traceback FXOS. Usted puede ver el FXOS del UI (FCM) o del CLI:
FPR9K-1-A# connect fxos FPR9K-1-A(fxos)# show system uptime System start time: Sun Sep 25 09:57:19 2016 System uptime: 28 days, 9 hours, 38 minutes, 14 seconds Kernel uptime: 28 days, 9 hours, 38 minutes, 41 seconds Active supervisor uptime: 28 days, 9 hours, 38 minutes, 14 seconds
Además, para determinar la razón pasada de la recarga utilice este comando:
FPR9K-1-A(fxos)# show system reset-reason
----- reset reason for Supervisor-module 1 (from Supervisor in slot 1) ---
1) At 212883 usecs after Fri Oct 21 22:34:35 2016
Reason: Kernel Panic
Service:
Version: 5.0(3)N2(3.02)
2) At 106690 usecs after Thu May 26 16:07:38 2016
Reason: Reset Requested by CLI command reload
Service:
Version: 5.0(3)N2(3.02)
Para el uptime FPR2100 haga esto:
1. Consiga “el manojo del detalle del fprm de la tecnología-ayuda de la demostración”
2. Extraiga el contenido del manojo
3. Controle el fichero tmp/inventory_manager.xml
Hay una entrada que muestra el uptime en los segundos:
tmp/inventory_manager.xml:
<uptime>151</uptime>
Q. ¿Cómo controlar la espacio de disco disponible en FXOS?
“Espacio de trabajo también llamado”:
FPR9K-1-A# connect local-mgmt FPR9K-1-A(local-mgmt)# dir 1 29 Sep 25 09:56:22 2016 blade_debug_plugin 1 19 Sep 25 09:56:22 2016 bladelog 1 16 Aug 05 15:41:05 2015 cores 1 2841476 Apr 26 14:13:12 2016 d 2 4096 Dec 01 10:09:11 2015 debug_plugin/ 1 31 Aug 05 15:41:05 2015 diagnostics 1 2842049 Feb 23 03:26:38 2016 dp 1 18053120 Feb 23 11:10:19 2016 fpr9k-1-0-sam_logs_all.tar 1 18176000 Feb 23 11:10:43 2016 fpr9k-1-1-sam_logs_all.tar 1 19302400 Feb 23 11:11:07 2016 fpr9k-1-2-sam_logs_all.tar 1 16312320 Feb 23 11:06:53 2016 fpr9k-1-3-sam_logs_all.tar 1 2841476 Feb 22 18:47:00 2016 fxos-dplug.5.0.3.N2.3.13.67g.gSSA 2 4096 Aug 05 15:38:58 2015 lost+found/ 1 25 Dec 01 11:11:50 2015 packet-capture 1 18493440 Feb 23 10:44:51 2016 sam_logs_all.tar 2 4096 Sep 14 11:23:11 2016 techsupport/ Usage for workspace:// 4032679936 bytes total 324337664 bytes used 3503489024 bytes free
FPR9K-1-A(local-mgmt)# dir volatile:/ 1 66 Oct 27 08:17:48 2016 xmlout_5816 Usage for volatile:// 251658240 bytes total 4096 bytes used 251654144 bytes free
Para controlar el espacio libre del flash del cargador del programa inicial. Observe que esta salida también muestra el tamaño y el uso del espacio de trabajo:
FPR9K-1-A# scope fabric-interconnect a
FPR9K-1-A /fabric-interconnect # show storage
Storage on local flash drive of fabric interconnect:
Partition Size (MBytes) Used Percentage
---------------- ---------------- ---------------
bootflash 106490 9
opt 3870 2
spare 5767 1
usbdrive Nothing Empty
workspace 3845 9
Q. ¿Cómo reajustar la configuración de FXOS a los valores por defecto de la fábrica?
Utilice este comando:
FPR9K-1-A# connect local-mgmt FPR9K-1-A(local-mgmt)# erase configuration
Ejemplo:
FPR9K-1# connect local-mgmt
FPR9K-1(local-mgmt)# erase configuration
All configurations will be erased and system will reboot. Are you sure? (yes/no): yes
Removing all the configuration. Please wait....
/bin/rm: cannot remove directory `/bootflash/sysdebug//tftpd_logs': Device or resource busy
sudo: cannot get working directory
sudo: cannot get working directory
Configurations are cleaned up. Rebooting....
...
System is coming up ... Please wait ...
System is coming up ... Please wait ...
2016 Oct 28 06:31:00 %$ VDC-1 %$ %USER-0-SYSTEM_MSG: Starting bcm_attach - bcm_usd
System is coming up ... Please wait ...
2016 Oct 28 06:31:06 %$ VDC-1 %$ %USER-0-SYSTEM_MSG: Finished bcm_attach... - bcm_usd
2016 Oct 28 06:31:07 %$ VDC-1 %$ %USER-0-SYSTEM_MSG: Enabling Filter on CPU port - bcm_usd
System is coming up ... Please wait ...
2016 Oct 28 06:31:11 switch %$ VDC-1 %$ %VDC_MGR-2-VDC_ONLINE: vdc 1 has come online
System is coming up ... Please wait ...
nohup: appending output to `nohup.out'
---- Basic System Configuration Dialog ----
This setup utility will guide you through the basic configuration of
the system. Only minimal configuration including IP connectivity to
the Fabric interconnect and its clustering mode is performed through these steps.
Type Ctrl-C at any time to abort configuration and reboot system.
To back track or make modifications to already entered values,
complete input till end of section and answer no when prompted
to apply configuration.
You have chosen to setup a new Security Appliance. Continue? (y/n):
Q. ¿Cómo controlar la configuración de la carga inicial (asignada los interfaces, la versión, el etc) de un dispositivo lógico del FXOS CLI?
FPR4100-3-A# scope ssa
FPR4100-3-A /ssa # show configuration
scope ssa
enter logical-device FTD4150-3 ftd 1 standalone
enter external-port-link Ethernet16_ftd Ethernet1/6 ftd
set decorator ""
set description ""
set port-name Ethernet1/6
exit
enter external-port-link Ethernet17_ftd Ethernet1/7 ftd
set decorator ""
set description ""
set port-name Ethernet1/7
exit
enter external-port-link Ethernet18_ftd Ethernet1/8 ftd
set decorator ""
set description ""
set port-name Ethernet1/8
exit
enter mgmt-bootstrap ftd
enter bootstrap-key DNS_SERVERS
set value 173.38.200.100
exit
enter bootstrap-key FIREPOWER_MANAGER_IP
set value 10.62.148.57
exit
enter bootstrap-key FIREWALL_MODE
set value routed
exit
enter bootstrap-key FQDN
set value FTD4150-3.lab.com
exit
enter bootstrap-key SEARCH_DOMAINS
set value lab.com
exit
enter bootstrap-key-secret PASSWORD
! set value
exit
enter bootstrap-key-secret REGISTRATION_KEY
! set value
exit
enter ipv4 1 firepower
set gateway 10.62.148.1
set ip 10.62.148.89 mask 255.255.255.128
exit
exit
set description ""
set res-profile-name ""
exit
scope slot 1
enter app-instance ftd
enable
set startup-version 6.0.1.1213
exit
set log-level info
exit
scope app asa 100.15.17.33
set-default
exit
scope app ftd 6.0.1.1213
accept-license-agreement
set-default
exit
exit
Esto es equivalente a:
FPR4100-3-A /ssa # show configuration all
Q. ¿Cómo controlar el estatus (tipo, estado del puerto) del FXOS interconecta?
FPR4100-3-A# scope eth-uplink
FPR4100-3-A /eth-uplink # scope fabric a
FPR4100-3-A /eth-uplink/fabric # show interface Interface: Port Name Port Type Admin State Oper State State Reason --------------- ------------------ ----------- ---------------- ------------ Ethernet1/1 Data Disabled Admin Down Administratively down Ethernet1/2 Data Disabled Admin Down Administratively down Ethernet1/3 Data Disabled Admin Down Administratively down Ethernet1/4 Data Disabled Sfp Not Present Unknown Ethernet1/5 Data Disabled Admin Down Administratively down Ethernet1/6 Data Enabled Up Ethernet1/7 Mgmt Enabled Up Ethernet1/8 Data Enabled Up FPR4100-3-A /eth-uplink/fabric #
El antedicho es equivalente a:
Q. ¿Cómo controlar la CPU y la utilización de la memoria en el chasis?
FPR9K-2-A# connect fxos FPR9K-2-A(fxos)# show system resources Load average: 1 minute: 1.60 5 minutes: 1.30 15 minutes: 1.15 Processes : 967 total, 1 running CPU states : 1.8% user, 1.1% kernel, 97.1% idle Memory usage: 16326336K total, 4359740K used, 11966596K free
Para controlar la memoria:
FPR4100-8-A /fabric-interconnect # show detail
Fabric Interconnect:
ID: A
Product Name: Cisco FPR-4140-SUP
PID: FPR-4140-SUP
VID: V02
Vendor: Cisco Systems, Inc.
Serial (SN): FLM12345KL6
HW Revision: 0
Total Memory (MB): 8074
OOB IP Addr: 10.62.148.196
OOB Gateway: 10.62.148.129
OOB Netmask: 255.255.255.128
OOB IPv6 Address: ::
OOB IPv6 Gateway: ::
Prefix: 64
Operability: Operable
Thermal Status: Ok
Current Task 1:
Current Task 2:
Current Task 3:
Para verificar el control de la utilización de la memoria del por-proceso (RES = memoria física):
FPR4100-2-A-A# connect local-mgmt FPR4100-2-A-A(local-mgmt)# show processes Cpu(s): 8.0%us, 4.2%sy, 3.9%ni, 83.8%id, 0.0%wa, 0.0%hi, 0.1%si, 0.0%st Mem: 8267648k total, 3866552k used, 4401096k free, 288k buffers Swap: 0k total, 0k used, 0k free, 1870528k cached PID USER PR NI VIRT RES SHR S %CPU %MEM TIME+ COMMAND 5024 root -2 0 354m 114m 34m R 43 1.4 7976:51 /isan/bin/bcm_usd 1096 root 20 0 10352 3992 3332 S 0 0.0 0:00.28 sshd: admin@pts/1 1140 root 20 0 117m 78m 53m S 0 1.0 0:00.42 /isan/bin/ucssh --ucs-mgmt -p admin 1856 root 20 0 2404 632 512 S 0 0.0 2:29.32 /nuova/bin/cmcmon -f /etc/cmcmon.conf 1859 root 20 0 23804 1932 1532 S 0 0.0 1427:47 dmserver -F 1860 root 20 0 2244 472 404 S 0 0.0 0:00.01 /sbin/hotplug2 --persistent --set-rules-file /etc/automount.rules --set-worker /lib/worker_single.so 1861 root 20 0 57116 10m 6552 S 0 0.1 7:28.76 /isan/sbin/sysmgr -V 1864 root 20 0 14044 4136 1072 S 0 0.1 1:06.19 rsyslogd -c3 -i/var/run/rsyslogd.pid 4909 root 20 0 3568 1100 876 S 0 0.0 0:00.48 /isan/sbin/xinetd -syslog local7 -loop 250 -stayalive -reuse -dontfork 4911 root 20 0 58232 12m 6152 S 0 0.2 18:39.24 /isan/sbin/syslogd -d -n -m 0 -r 4912 root 20 0 20076 3532 2368 S 0 0.0 0:00.02 /isan/bin/sdwrapd 4913 root 21 1 2756 300 192 S 0 0.0 0:00.04 /usr/sbin/in.tftpd -l -c -s /bootflash 4914 root 20 0 58312 17m 8724 S 0 0.2 13:45.34 /isan/bin/pfm 4937 root 20 0 2208 332 272 S 0 0.0 0:00.01 /sbin/klogd -2 -x -c 1 4939 root 20 0 26692 4656 3620 S 0 0.1 0:24.01 /isan/bin/vshd
...
Esto le muestra los GBytes, sobre los MBYTEs, el etc.
mzafeiro@MZAFEIRO-JA2YS:$ cat top.log | sort -V -k 6 1954 root 20 0 1645m 1.6g 1372 S 0.0 20.7 793:32.99 dmserver 7556 root 20 0 207m 9.8m 6184 S 0.0 0.1 73:52.25 udld 5563 root 20 0 333m 9.8m 7032 S 0.0 0.1 5:08.65 cdpd 5523 root 20 0 327m 103m 28m S 0.0 1.3 0:12.38 afm 24040 daemon 23 3 592m 115m 33m S 0.0 1.5 74:56.57 httpd 5329 root -2 0 384m 132m 29m S 9.4 1.7 27130:09 bcm_usd 5317 root 20 0 401m 150m 35m S 0.0 1.9 33:19.05 fwm 5625 root 24 4 450m 179m 35m S 0.0 2.3 275:38.25 svc_sam_statsAG 5614 root 23 3 495m 247m 54m S 0.0 3.2 355:59.95 svc_sam_dme 21688 root 20 0 2672 1080 880 S 0.0 0.0 3:15.29 ntpd 8819 root 35 15 2408 1084 748 R 5.6 0.0 0:00.06 top
Q. ¿Cómo controlar un chasis interconecta el tipo del transmisor-receptor?
Utilice este comando:
FPR9K-2-A# connect fxos
FPR9K-2-A(fxos)# show interface e1/3 transceiver details
Ethernet1/3
transceiver is present
type is 1000base-T
name is CISCO-METHODE
part number is SP7041-R
revision is
serial number is FLM12345KL6
nominal bitrate is 1300 MBit/sec
Link length supported for copper is 100 m
cisco id is --
cisco extended id number is 4
DOM is not supported
FPR9K-2-A(fxos)#
En el caso de la fibra, la salida es:
FPR4100-1-A(fxos)# show interface e1/1 transceiver details
Ethernet1/1
transceiver is present
type is 10Gbase-SR
name is CISCO-JDSU
part number is PLRXPL-SC-S43-CS
revision is 1
serial number is FLM12345KL6
nominal bitrate is 10300 MBit/sec
Link length supported for 50/125um OM2 fiber is 82 m
Link length supported for 62.5/125um fiber is 26 m
Link length supported for 50/125um OM3 fiber is 300 m
cisco id is --
cisco extended id number is 4
Calibration info not available
Q. ¿Cómo controlar el módulo/la cuchilla/el servidor/la información de Netmod (HW type/PID/SN/Memory/Cores etc)?
Este comando muestra el ID del producto (PID) y el número de serie (SN) del chasis y de los módulos (los netmods)
FP4110-7-A# connect fxos
FP4110-7-A(fxos)# show inventory NAME: "Chassis", DESCR: "Firepower 41xx Security Appliance" PID: FPR-4110-SUP , VID: V02 , SN: FLM12345KL6 <--- Chassis SN NAME: "Module 1", DESCR: "Firepower 41xx Supervisor" PID: FPR-4110-SUP , VID: V02 , SN: FLM12345KL6 <--- Embedded module on FPR4100 NAME: "Module 3", DESCR: "Firepower 6x10G FTW SFP+ SR NM" PID: FPR-NM-6X10SR-F , VID: V00 , SN: FLM12345KL6 <--- FTW Netmode SN
FPR4110 tiene 2 ranuras para los módulos de red (2 y 3) y el dispositivo en el ejemplo tiene un netmod FTW instalado en la ranura 3.
FPR9K-1-A# scope chassis 1
FPR9K-1-A /chassis # show inventory server
Chassis 1:
Servers:
Server 1/1:
Equipped Product Name: Cisco Firepower 9000 Series High Performance Security Module
Equipped PID: FPR9K-SM-36
Equipped VID: V01
Equipped Serial (SN): FLM12345KL6
Slot Status: Equipped
Acknowledged Product Name: Cisco Firepower 9000 Series High Performance Security Module
Acknowledged PID: FPR9K-SM-36
Acknowledged VID: V01
Acknowledged Serial (SN): FLM12345KL6
Acknowledged Memory (MB): 262144
Acknowledged Effective Memory (MB): 262144
Acknowledged Cores: 36
Acknowledged Adapters: 2
Server 1/2:
Equipped Product Name: Cisco Firepower 9000 Series High Performance Security Module
Equipped PID: FPR9K-SM-36
Equipped VID: V01
Equipped Serial (SN): FLM12345KL6
Slot Status: Equipped
Acknowledged Product Name: Cisco Firepower 9000 Series High Performance Security Module
Acknowledged PID: FPR9K-SM-36
Acknowledged VID: V01
Acknowledged Serial (SN): FLM12345KL6
Acknowledged Memory (MB): 262144
Acknowledged Effective Memory (MB): 262144
Acknowledged Cores: 36
Acknowledged Adapters: 2
Server 1/3:
Equipped Product Name: Cisco Firepower 9000 Series High Performance Security Module
Equipped PID: FPR9K-SM-36
Equipped VID: V01
Equipped Serial (SN): FLM12345KL6
Slot Status: Equipped
Acknowledged Product Name: Cisco Firepower 9000 Series High Performance Security Module
Acknowledged PID: FPR9K-SM-36
Acknowledged VID: V01
Acknowledged Serial (SN): FLM12345KL6
Acknowledged Memory (MB): 262144
Acknowledged Effective Memory (MB): 262144
Acknowledged Cores: 36
Acknowledged Adapters: 2
Server1/1 = módulo/cuchilla 1
Server1/2 = módulo/cuchilla 2
Server1/3 = módulo/cuchilla 3
Modelo PIDs FPR41xx:
- FPR4K-SM-12 = FPR4110
- FPR4K-SM-24 = FPR4120
- FPR4K-SM-36 = FPR4140
- FPR4K-SM-44 = FPR4150
- FPR4K-SM-24S = FPR4115
- FPR4K-SM-32S = FPR4125
- FPR4K-SM-44S = FPR4145
Usted puede también conseguir la otra información bajo el servidor <chassis-id/blade-id> del alcance:
FP9300-A# scope server 1/1
FP9300-A /chassis/server # show inventory
<CR>
> Redirect it to a file
>> Redirect it to a file in append mode
adapter Adapter
bios Bios
board Board
cpu Cpu
detail Detail
expand Expand
memory Memory
mgmt Mgmt
storage Storage
| Pipe command output to filter
FP9300-A /chassis/server # show inventory storage
Server 1/1:
Name:
User Label:
Equipped PID: FPR9K-SM-36
Equipped VID: V01
Equipped Serial (SN): FLM12345PBD
Slot Status: Equipped
Acknowledged Product Name: Cisco Firepower 9000 Series High Performance Security Module
Acknowledged PID: FPR9K-SM-36
Acknowledged VID: 01
Acknowledged Serial (SN): FLM67890PBD
Acknowledged Memory (MB): 262144
Acknowledged Effective Memory (MB): 262144
Acknowledged Cores: 36
Acknowledged Adapters: 2
Motherboard:
Product Name: Cisco Firepower 9000 Series High Performance Security Module
PID: FPR9K-SM-36
VID: V01
Vendor: Cisco Systems Inc
Serial (SN): FLM12345KL6
HW Revision: 0
RAID Controller 1:
Type: SAS
Vendor: Cisco Systems Inc
Model: UCSB-MRAID12G
Serial: FLM12345KL6
HW Revision: C0
PCI Addr: 01:00.0
Raid Support: RAID0, RAID1
OOB Interface Supported: Yes
Rebuild Rate: 30
Controller Status: Optimal
Local Disk 1:
Product Name:
PID:
VID:
Vendor: TOSHIBA
Model: PX02SMF080
Vendor Description:
Serial: FLM12345KL6
HW Rev: 0
Block Size: 512
Blocks: 1560545280
Operability: Operable
Oper Qualifier Reason: N/A
Presence: Equipped
Size (MB): 761985
Drive State: Online
Power State: Active
Link Speed: 12 Gbps
Device Type: SSD
Local Disk 2:
Product Name:
PID:
VID:
Vendor: TOSHIBA
Model: PX02SMF080
Vendor Description:
Serial: FLM12345KL6
HW Rev: 0
Block Size: 512
Blocks: 1560545280
Operability: Operable
Oper Qualifier Reason: N/A
Presence: Equipped
Size (MB): 761985
Drive State: Online
Power State: Active
Link Speed: 12 Gbps
Device Type: SSD
Local Disk Config Definition:
Mode: RAID 1 Mirrored
Description:
Protect Configuration: Yes
Virtual Drive 0:
Type: RAID 1 Mirrored
Block Size: 512
Blocks: 1560545280
Operability: Operable
Presence: Equipped
Size (MB): 761985
Lifecycle: Allocated
Drive State: Optimal
Strip Size (KB): 64
Access Policy: Read Write
Read Policy: Normal
Configured Write Cache Policy: Write Through
Actual Write Cache Policy: Write Through
IO Policy: Direct
Drive Cache: No Change
Bootable: True
FP9300-A /chassis/server #
Observe que en las Plataformas FP41xx, puesto que no están utilizando el RAID, el almacenamiento del inventario de la demostración visualiza el estatus del regulador como desconocido. La razón principal que no son RAID es que el segundo SSD está utilizado para otras funciones como MSP (paquete del almacenamiento de Malware) en un dispositivo lógico FTD.
Q. ¿Cómo suprimir una imagen ASA o FTD del GUI y del CLI FXOS?
Del GUI FCM
Para suprimir del GUI navegue al sistema > a las actualizaciones y suprima la imagen:
De FXOS CLI
FPR4100# scope ssa
FPR4100 /ssa # show app
Application:
Name Version Description Author Deploy Type CSP Type Is Default App
------ ---------- ----------- ---------- ----------- ----------- --------------
asa 9.6.1 N/A cisco Native Application Yes
ftd 6.0.1.1213 N/A cisco Native Application No
ftd 6.1.0.330 N/A cisco Native Application Yes
FPR4100 /ssa # delete app asa 9.6.1
FPR4100 /ssa* # commit
FPR4100 /ssa # show app
Application:
Name Version Description Author Deploy Type CSP Type Is Default App
---------- ---------- ----------- ---------- ----------- ----------- --------------
ftd 6.0.1.1213 N/A cisco Native Application No
ftd 6.1.0.330 N/A cisco Native Application Yes
Q. ¿Cómo controlar la versión FXOS del CLI?
Hay algunas maneras de hacer esto.
Manera 1
FPR4100# show fabric-interconnect firmware
Fabric Interconnect A:
Running-Kern-Vers: 5.0(3)N2(4.01.65)
Running-Sys-Vers: 5.0(3)N2(4.01.65)
Package-Vers: 2.0(1.86)
Startup-Kern-Vers: 5.0(3)N2(4.01.65)
Startup-Sys-Vers: 5.0(3)N2(4.01.65)
Act-Kern-Status: Ready
Act-Sys-Status: Ready
Bootloader-Vers:
Éste es lo mismo que puede ser visto del GUI FCM:
Manera 2
FP4145-1# show version
Version: 2.6(1.192)
Startup-Vers: 2.6(1.192)
Q. ¿Cómo verificar el MTU en los interfaces FXOS?
FirePOWER 4100/9300 chasis tiene ayuda para las Tramas gigantes activadas por abandono. Usted puede controlar el MTU de interfaz con este comando:
FPR9K-1-A# connect fxos
FPR9K-1-A(fxos)# show hardware internal bcm-usd info phy-info all +-----------------+------------------------------------------------------------+ | port phy info | +-----------------+------------------------------------------------------------+ front-port : 1 asic-port : 125 sfp installed : yes enable : ena speed : 1G autoneg : on interface : (10)XFI duplex: half linkscan : sw pause_tx : 0x0 pause_rx : 0x0 max frame : 9216 local_advert : 0x20 remote_advert : 0x420 port_40g_enable : 0 local_fault : 0x1 remote_fault : 0x0 xcvr sfp type : (1)PHY_SFP_1G_COPPER TSC4 registers: txfir(0xc252):0x0000 txdrv(0xc017):0x0000 lane(0x9003):0x1b1b Asic 56846 Registers signal_detect(1.0x81d0):0x0000 link_status(1.0x81d1):0x0000 rx_link_state(1.0x0):0x0000 pcs_rx_tx_fault(1.0x0008):0x0000 pcs_block_status_0x20(1.0x20) :0x0000 pcs_block_status_0x21(1.0x021) : 0x0000 transmitter_reg(1.0x8000):0x0000 micro_ver(1.0x81f0):0x0000
Q. ¿Cómo controlar qué aplicación está instalado en las cuchillas de la Seguridad/del servidor del chasis?
Del chasis CLI utilice el ssa del alcance del comando y después muestre que la ranura amplía el detalle
La misma información se puede encontrar en el sam_techsupportinfo del fichero dentro del manojo de la tecnología de la demostración del chasis.
`scope ssa`
`show slot expand detail`
Slot:
Slot ID: 1
Log Level: Info
Admin State: Ok
Operational State: Online
Disk State: Ok
Clear Log Data: Available
Application Instance:
Application Name: asa
Admin State: Enabled
Operational State: Online
Running Version: 9.6.2
Startup Version: 9.6.2
Hotfixes:
Externally Upgraded: No
Cluster Oper State: Not Applicable
Current Job Type: Start
Current Job Progress: 100
Current Job State: Succeeded
Clear Log Data: Available
Error Msg:
Current Task:
App Attribute:
App Attribute Key: mgmt-ip
Value: 0.0.0.0
App Attribute Key: mgmt-url
Value: https://0.0.0.0/
Heartbeat:
Last Received Time: 2017-03-15T10:25:02.220
Heartbeat Interval: 1
Max Number of Missed heartbeats Permitted: 3
Resource:
Allocated Core NR: 46
Allocated RAM (KB): 233968896
Allocated Data Disk (KB): 20971528
Allocated Binary Disk (KB): 174964
Allocated Secondary Disk (KB): 0
Heartbeat:
Last Received Time: 2017-03-15T10:25:00.447
Heartbeat Interval: 5
Max Number of Missed heartbeats Permitted: 3
Monitor:
OS Version: 9.6(1.150)
CPU Total Load 1 min Avg: 48.110001
CPU Total Load 5 min Avg: 48.110001
CPU Total Load 15 min Avg: 48.110001
Memory Total (KB): 264377600
Memory Free (KB): 236835112
Memory Used (KB): 27542488
Memory App Total (KB): 233968896
Disk File System Count: 5
Blade Uptime: up 1 day, 6:56
Last Updated Timestamp: 2017-03-15T10:24:10.306
Disk File System:
File System: /dev/sda1
Mount Point: /mnt/boot
Disk Total (KB): 7796848
Disk Free (KB): 7694456
Disk Used (KB): 102392
File System: /dev/sda2
Mount Point: /opt/cisco/config
Disk Total (KB): 1923084
Disk Free (KB): 1734420
Disk Used (KB): 90976
File System: /dev/sda3
Mount Point: /opt/cisco/platform/logs
Disk Total (KB): 4805760
Disk Free (KB): 4412604
Disk Used (KB): 149036
File System: /dev/sda5
Mount Point: /var/data/cores
Disk Total (KB): 48061320
Disk Free (KB): 43713008
Disk Used (KB): 1906892
File System: /dev/sda6
Mount Point: /opt/cisco/csp
Disk Total (KB): 716442836
Disk Free (KB): 714947696
Disk Used (KB): 1495140
Q. ¿Cómo verificar la configuración de canal de puerto de FXOS CLI?
Comandos de verificación del Canal de puerto
Control 1
Para verificar qué Canales de puerto se configuran actualmente en el chasis:
FPR9K-1-A# connect fxos
FPR9K-1-A(fxos)# show port-channel summary Flags: D - Down P - Up in port-channel (members) I - Individual H - Hot-standby (LACP only) s - Suspended r - Module-removed S - Switched R - Routed U - Up (port-channel) M - Not in use. Min-links not met -------------------------------------------------------------------------------- Group Port- Type Protocol Member Ports Channel -------------------------------------------------------------------------------- 11 Po11(SU) Eth LACP Eth1/4(P) Eth1/5(P) 15 Po15(SD) Eth LACP Eth1/6(D) 48 Po48(SU) Eth LACP Eth1/2(P) Eth1/3(P)
Control 2
Para verificar los Canales de puerto afectados un aparato a un dispositivo lógico:
FPR9K-1-A# scope ssa
FPR9K-1-A /ssa # show configuration
scope ssa
enter logical-device ftd_682021968 ftd "1,2,3" clustered
enter cluster-bootstrap
set chassis-id 1
set ipv4 gateway 0.0.0.0
set ipv4 pool 0.0.0.0 0.0.0.0
set ipv6 gateway ::
set ipv6 pool :: ::
set virtual ipv4 0.0.0.0 mask 0.0.0.0
set virtual ipv6 :: prefix-length ""
! set key
set mode spanned-etherchannel
set name 682021968
set site-id 0
exit
enter external-port-link Ethernet11_ftd Ethernet1/1 ftd
set decorator ""
set description ""
set port-name Ethernet1/1
exit
enter external-port-link PC11_ftd Port-channel11 ftd
set decorator ""
set description ""
set port-name Port-channel11
exit
enter external-port-link PC48_ftd Port-channel48 ftd
set decorator ""
set description ""
set port-name Port-channel48
exit
Control 3
Para controlar las estadísticas del tráfico del Canal de puerto por el puerto:
FPR9K-1-A(fxos)# show port-channel traffic interface port-channel 11
ChanId Port Rx-Ucst Tx-Ucst Rx-Mcst Tx-Mcst Rx-Bcst Tx-Bcst
------ --------- ------- ------- ------- ------- ------- -------
11 Eth1/4 62.91% 0.0% 58.90% 49.99% 100.00% 0.0%
11 Eth1/5 37.08% 0.0% 41.09% 50.00% 0.0% 0.0%
Control 4
Para controlar los detalles de un Canal de puerto específico:
FPR9K-1-A(fxos)# show port-channel database interface port-channel 11
port-channel11
Last membership update is successful
2 ports in total, 2 ports up
First operational port is Ethernet1/4
Age of the port-channel is 0d:20h:26m:27s
Time since last bundle is 0d:18h:29m:07s
Last bundled member is Ethernet1/5
Ports: Ethernet1/4 [active ] [up] * Ethernet1/5 [active ] [up]
Control 5
Para controlar el ID del sistema local LACP:
FPR9K-1-A(fxos)# show lacp system-identifier 32768,b0-aa-77-2f-81-bb
Control 6
Para controlar el ID del sistema LACP de los dispositivos ascendentes junto con los indicadores del estatus LACP:
FPR9K-1-A(fxos)# show lacp neighbor
Flags: S - Device is sending Slow LACPDUs F - Device is sending Fast LACPDUs
A - Device is in Active mode P - Device is in Passive mode
port-channel11 neighbors
Partner's information
Partner Partner Partner
Port System ID Port Number Age Flags
Eth1/4 32768,4-62-73-d2-65-0 0x118 66828 FA
LACP Partner Partner Partner
Port Priority Oper Key Port State
32768 0xb 0x3d
Partner's information
Partner Partner Partner
Port System ID Port Number Age Flags
Eth1/5 32768,4-62-73-d2-65-0 0x119 66826 FA
LACP Partner Partner Partner
Port Priority Oper Key Port State
32768 0xb 0x3d
Control 7
Para controlar el historial de eventos del Canal de puerto:
FPR9K-1-A(fxos)# show port-channel internal event-history all
Low Priority Pending queue: len(0), max len(1) [Thu Apr 6 11:07:48 2017]
High Priority Pending queue: len(0), max len(16) [Thu Apr 6 11:07:48 2017]
PCM Control Block info:
pcm_max_channels : 4096
pcm_max_channel_in_use : 48
pc count : 3
hif-pc count : 0
Max PC Cnt : 104
Load-defer timeout : 120
====================================================
PORT CHANNELS:
2LvPC PO in system : 0
port-channel11
channel : 11
bundle : 65535
ifindex : 0x1600000a
admin mode : active
oper mode : active
fop ifindex : 0x1a003000
nports : 2
active : 2
pre cfg : 0
ltl : 0x0 (0)
lif : 0x0
iod : 0x78 (120)
global id : 3
flag : 0
lock count : 0
num. of SIs: 0
ac mbrs : 0 0
lacp graceful conv disable : 0
lacp suspend indiv disable : 1
pc min-links : 1
pc max-bundle : 16
pc max active members : 32
pc is-suspend-minlinks : 0
port load defer enable : 0
lacp fast-select-hot-standby disable : 0
ethpm bundle lock count : 0
bundle res global id : 2
Members:
Ethernet1/4 [bundle_no = 0]
Ethernet1/5 [bundle_no = 0]
port-channel external lock:
Lock Info: resource [eth-port-channel 11]
type[0] p_gwrap[(nil)]
FREE @ 246108 usecs after Wed Apr 5 14:18:10 2017
type[1] p_gwrap[(nil)]
FREE @ 436471 usecs after Wed Apr 5 16:15:30 2017
type[2] p_gwrap[(nil)]
FREE @ 436367 usecs after Wed Apr 5 16:15:30 2017
0x1600000a
internal (ethpm bundle) lock:
Lock Info: resource [eth-port-channel 11]
type[0] p_gwrap[(nil)]
FREE @ 246083 usecs after Wed Apr 5 14:18:10 2017
type[1] p_gwrap[(nil)]
FREE @ 610546 usecs after Wed Apr 5 16:19:04 2017
type[2] p_gwrap[(nil)]
FREE @ 610437 usecs after Wed Apr 5 16:19:04 2017
0x1600000a
>>>>FSM: <eth-port-channel 11> has 194 logged transitions<<<<<
1) FSM:<eth-port-channel 11> Transition at 557291 usecs after Wed Apr 5 16:04:27 2017 Previous state: [PCM_PC_ST_WAIT_REL_RESRC] Triggered event: [PCM_PC_EV_REL_RESRC_DONE] Next state: [PCM_PC_ST_INIT] 2) FSM:<eth-port-channel 11> Transition at 49036 usecs after Wed Apr 5 16:07:18 2017 Previous state: [PCM_PC_ST_INIT] Triggered event: [PCM_PC_EV_L2_CREATE] Next state: [PCM_PC_ST_WAIT_CREATE] 3) FSM:<eth-port-channel 11> Transition at 49053 usecs after Wed Apr 5 16:07:18 2017 Previous state: [PCM_PC_ST_WAIT_CREATE] Triggered event: [PCM_PC_EV_L2_CREATED] Next state: [PCM_PC_ST_CREATED]
Control 8
el lacp todo de la depuración produce una salida muy grande:
FPR9K-1-A(fxos)# debug lacp all
2017 Jul 11 10:42:23.854160 lacp: lacp_pkt_parse_pdu(569): lacp_pkt_parse_pdu: got packet from actorport=220a partnerport= 43 2017 Jul 11 10:42:23.854177 lacp: lacp_pkt_compute_port_params(1163): Ethernet1/3(0x1a002000): pa aggregatable state=1 ac aggregatable state=1 pkt sync=1 port_stateactive=1 2017 Jul 11 10:42:23.854190 lacp: lacp_pkt_compute_port_params(1170): p_el=(8000, 2-0-0-0-0-1, 136, 8000, 220a) 2017 Jul 11 10:42:23.854198 lacp: lacp_pkt_compute_port_params(1172): p_el_pkt=(8000, 2-0-0-0-0-1, 136, 8000, 220a) 2017 Jul 11 10:42:23.854207 lacp: lacp_utils_get_obj_type_from_ifidx(390): lacp_utils_get_obj_type_from_ifidx: For if-index 1a002000 , if_type =26 2017 Jul 11 10:42:23.854218 lacp: Malloc in fu_fsm_event_new@../utils/fsmutils/fsm.c[5317]-ty[1]0x9bf719c[124] 2017 Jul 11 10:42:23.854228 lacp: lacp_utils_cr_fsm_event(572): Called from lacp_utils_create_fsm_event_with_params: Create event 0x9bf719c 2017 Jul 11 10:42:23.854237 lacp: Malloc in fu_fsm_event_pair_new@../utils/fsmutils/fsm.c[5327]-ty[2]0x9bf730c[132] 2017 Jul 11 10:42:23.854248 lacp: fu_fsm_execute_all: match_msg_id(0), log_already_open(0) 2017 Jul 11 10:42:23.854257 lacp: Malloc in fu_fsm_event_new@../utils/fsmutils/fsm.c[5317]-ty[1]0x9bf719c[124] 2017 Jul 11 10:42:23.854268 lacp: fu_fsm_execute: (Ethernet1/3) 2017 Jul 11 10:42:23.854275 lacp: current state [LACP_ST_PORT_MEMBER_COLLECTING_AND_DISTRIBUTING_ENABLED] 2017 Jul 11 10:42:23.854283 lacp: current event [LACP_EV_PARTNER_PDU_IN_SYNC_COLLECT_ENABLED_DISTRIBUTING_ENABLED] 2017 Jul 11 10:42:23.854291 lacp: next state [FSM_ST_NO_CHANGE] 2017 Jul 11 10:42:23.854304 lacp: lacp_proto_get_state(969): IF Ethernet1/3(0x1a002000): end PartnerEnd(2): state TimeOut(1): enable_flag False 2017 Jul 11 10:42:23.854314 lacp: lacp_proto_record_pdu(2266): Recording PDU for LACP pkt on IF Ethernet1/3(0x1a002000) 2017 Jul 11 10:42:23.854325 lacp: lacp_proto_set_state(900): IF Ethernet1/3(0x1a002000): Set end ActorEnd(1): state Defaulted(6) from False to False 2017 Jul 11 10:42:23.854335 lacp: lacp_proto_get_state(969): IF Ethernet1/3(0x1a002000): end PartnerEnd(2): state TimeOut(1): enable_flag False 2017 Jul 11 10:42:23.854344 lacp: lacp_proto_update_ntt(2211): updateNTT called for IF Ethernet1/3(0x1a002000) 2017 Jul 11 10:42:23.854355 lacp: lacp_proto_get_state(969): IF Ethernet1/3(0x1a002000): end ActorEnd(1): state TimeOut(1): enable_flag True 2017 Jul 11 10:42:23.854362 lacp: lacp_timer_start_w_chgd_time(681): lacp_timer_start_w_chgd_time: starting timer with time in ms = 15000 2017 Jul 11 10:42:23.854377 lacp: lacp_timer_start(637): Timer Started: Timer_Arg ([rid type IF-Rid: ifidx 0x1a002000: ch_num 0: event_id LACP_EV_RECEIVE_PARTNER_PDU_TIMED_OUT(17): timer_id 426092: type PartnerTimedOut: active True: period_in_ms 15000]) 2017 Jul 11 10:42:23.854386 lacp: lacp_timer_start(638): Timer period=15 seconds 2017 Jul 11 10:42:23.854396 lacp: Free ptr in fu_fsm_execute@../utils/fsmutils/fsm.c[1091] for addr 0x9bf719c 2017 Jul 11 10:42:23.854408 lacp: fu_fsm_execute_all: done processing event LACP_EV_PARTNER_PDU_IN_SYNC_COLLECT_ENABLED_DISTRIBUTING_ENABLED 2017 Jul 11 10:42:23.854419 lacp: fu_mts_drop ref 0x9bf7320 opc 90117 2017 Jul 11 10:42:23.854434 lacp: fu_fsm_execute_all: MTS_OPC_NET_L2_RX_DATA_HDR(msg_id 2623696) dropped 2017 Jul 11 10:42:23.854445 lacp: fu_fsm_engine_post_event_processing 2017 Jul 11 10:42:23.854453 lacp: end of while in fu_fsm_engine 2017 Jul 11 10:42:23.854461 lacp: fu_handle_process_hot_plugin_msg: Entered the function line 143 2017 Jul 11 10:42:23.854468 lacp: begin fu_fsm_engine: line[2357] 2017 Jul 11 10:42:24.361501 lacp: lacp_pkt_encode_pdu_helper(770): lacp_pkt_encode_pdu_helper: pkt_len=LACP_PDU_LEN=110 periodic_rate:1 2017 Jul 11 10:42:24.361530 lacp: lacp_pkt_encode_pdu_helper(797): lacp_pkt_encode_pdu_helper: if_idx=Ethernet1/3(0x1a002000) partner-mac=0-a6-ca-f3-c7-83 port_num=43 2017 Jul 11 10:42:24.361542 lacp: lacp_debug_wrapper_tl(1718): Executing [mcecm_api_is_pc_mcec] 2017 Jul 11 10:42:24.361551 lacp: lacp_debug_wrapper_tl(1718): input: if_index = [0x16000000] 2017 Jul 11 10:42:24.361559 lacp: lacp_debug_wrapper_tl(1718): Executing [mcecm_cache_is_pc_mcec] 2017 Jul 11 10:42:24.361568 lacp: lacp_debug_wrapper_tl(1718): output:0 2017 Jul 11 10:42:24.361589 lacp: lacp_pkt_encode_pdu_helper(842): 0x1a002000: Set short_timeout to periodic_rate:1 2017 Jul 11 10:42:24.361599 lacp: lacp_pkt_encode_pdu_helper(879): lacp_pkt_encode_pdu_helper: actor-port-state=3f agg=1 insync=1 coll=1 dis=1 active=1 short_timeout=1 2017 Jul 11 10:42:24.361612 lacp: lacp_pkt_encode_pdu_helper(906): lacp_pkt_encode_pdu_helper: if_idx=Ethernet1/3(0x1a002000) partner-port-state=3d agg=1 insync=1 coll=1 dis=1 active=1 short-timeout=0 2017 Jul 11 10:42:24.361624 lacp: lacp_pkt_encode_pdu_helper(910): lacp_pkt_encode_pdu_helper: if_idx=Ethernet1/3(0x1a002000) partner-mac=2-0-0-0-0-1 port_num=220a 2017 Jul 11 10:42:24.361636 lacp: lacp_net_tx_data(206): lacp_net_tx_data: Sending buffer with length 110 2017 Jul 11 10:42:24.361648 lacp: lacp_net_tx_data(215): 01 01 01 14 ffff 2017 Jul 11 10:42:24.361658 lacp: lacp_net_tx_data(215): ffff 2017 Jul 11 10:42:24.361668 lacp: lacp_net_tx_data(215): 00 00 00 02 14 ffff 2017 Jul 11 10:42:24.361678 lacp: lacp_net_tx_data(215): ffff 2017 Jul 11 10:42:24.361689 lacp: lacp_net_tx_data(215): 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 2017 Jul 11 10:42:24.361700 lacp: lacp_net_tx_data(215): 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 2017 Jul 11 10:42:24.361710 lacp: lacp_net_tx_data(215): 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 2017 Jul 11 10:42:24.361721 lacp: lacp_net_tx_data(247): Ethernet1/3(0x1a002000): Tx LACP PDU len: 110 As:3f, Ps:3d 2017 Jul 11 10:42:24.361753 lacp: lacp_proto_get_state(969): IF Ethernet1/3(0x1a002000): end PartnerEnd(2): state TimeOut(1): enable_flag False 2017 Jul 11 10:42:24.361764 lacp: lacp_proto_restart_tx_timer(1802): lacp_proto_restart_tx_timer: got enable flag=0 before sending on interface Ethernet1/3(0x1a002000) 2017 Jul 11 10:42:24.361773 lacp: lacp_proto_restart_tx_timer(1825): lacp_proto_restart_tx_timer: flag 0 interface Ethernet1/3(0x1a002000) periodic_timer is fast 2017 Jul 11 10:42:24.361782 lacp: lacp_timer_start_w_chgd_time(681): lacp_timer_start_w_chgd_time: starting timer with time in ms = 1000 2017 Jul 11 10:42:24.361798 lacp: lacp_timer_start(637): Timer Started: Timer_Arg ([rid type IF-Rid: ifidx 0x1a002000: ch_num 0: event_id LACP_EV_PERIODIC_TRANSMIT_TIMER_EXPIRED(19): timer_id 400214: type PDUSendTime: active True: period_in_ms 1000]) 2017 Jul 11 10:42:24.361807 lacp: lacp_timer_start(638): Timer period=1 seconds 2017 Jul 11 10:42:24.361820 lacp: lacp_pkt_encode_pdu_helper(770): lacp_pkt_encode_pdu_helper: pkt_len=LACP_PDU_LEN=110 periodic_rate:1 2017 Jul 11 10:42:24.361833 lacp: lacp_pkt_encode_pdu_helper(797): lacp_pkt_encode_pdu_helper: if_idx=Ethernet1/4(0x1a003000) partner-mac=0-a6-ca-f3-c7-83 port_num=44 2017 Jul 11 10:42:24.361841 lacp: lacp_debug_wrapper_tl(1718): Executing [mcecm_api_is_pc_mcec] 2017 Jul 11 10:42:24.361849 lacp: lacp_debug_wrapper_tl(1718): input: if_index = [0x16000000] 2017 Jul 11 10:42:24.361857 lacp: lacp_debug_wrapper_tl(1718): Executing [mcecm_cache_is_pc_mcec] 2017 Jul 11 10:42:24.361865 lacp: lacp_debug_wrapper_tl(1718): output:0 2017 Jul 11 10:42:24.361879 lacp: lacp_pkt_encode_pdu_helper(842): 0x1a003000: Set short_timeout to periodic_rate:1 2017 Jul 11 10:42:24.361888 lacp: lacp_pkt_encode_pdu_helper(879): lacp_pkt_encode_pdu_helper: actor-port-state=7f agg=1 insync=1 coll=1 dis=1 active=1 short_timeout=1 2017 Jul 11 10:42:24.361899 lacp: lacp_pkt_encode_pdu_helper(906): lacp_pkt_encode_pdu_helper: if_idx=Ethernet1/4(0x1a003000) partner-port-state=0 agg=0 insync=0 coll=0 dis=0 active=0 short-timeout=0 2017 Jul 11 10:42:24.361910 lacp: lacp_pkt_encode_pdu_helper(910): lacp_pkt_encode_pdu_helper: if_idx=Ethernet1/4(0x1a003000) partner-mac=0-0-0-0-0-0 port_num=0 2017 Jul 11 10:42:24.361920 lacp: lacp_net_tx_data(206): lacp_net_tx_data: Sending buffer with length 110 2017 Jul 11 10:42:24.361930 lacp: lacp_net_tx_data(215): 01 01 01 14 ffff 2017 Jul 11 10:42:24.361940 lacp: lacp_net_tx_data(215): ffff 2017 Jul 11 10:42:24.361950 lacp: lacp_net_tx_data(215): 00 00 00 02 14 00 00 00 00 00 00 00 00 00 00 00 00 2017 Jul 11 10:42:24.361960 lacp: lacp_net_tx_data(215): 00 00 00 00 00 00 03 10 00 00 00 00 00 00 00 00 00 2017 Jul 11 10:42:24.361971 lacp: lacp_net_tx_data(215): 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 2017 Jul 11 10:42:24.361981 lacp: lacp_net_tx_data(215): 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 2017 Jul 11 10:42:24.361991 lacp: lacp_net_tx_data(215): 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 2017 Jul 11 10:42:24.362001 lacp: lacp_net_tx_data(247): Ethernet1/4(0x1a003000): Tx LACP PDU len: 110 As:7f, Ps:00 2017 Jul 11 10:42:24.362022 lacp: lacp_proto_get_state(969): IF Ethernet1/4(0x1a003000): end PartnerEnd(2): state TimeOut(1): enable_flag False 2017 Jul 11 10:42:24.362032 lacp: lacp_proto_restart_tx_timer(1802): lacp_proto_restart_tx_timer: got enable flag=0 before sending on interface Ethernet1/4(0x1a003000) 2017 Jul 11 10:42:24.362042 lacp: lacp_proto_restart_tx_timer(1825): lacp_proto_restart_tx_timer: flag 0 interface Ethernet1/4(0x1a003000) periodic_timer is fast 2017 Jul 11 10:42:24.362050 lacp: lacp_timer_start_w_chgd_time(681): lacp_timer_start_w_chgd_time: starting timer with time in ms = 1000 2017 Jul 11 10:42:24.362062 lacp: lacp_timer_start(637): Timer Started: Timer_Arg ([rid type IF-Rid: ifidx 0x1a003000: ch_num 0: event_id LACP_EV_PERIODIC_TRANSMIT_TIMER_EXPIRED(19): timer_id 399340: type PDUSendTime: active True: period_in_ms 1000])
Recomendación
Controle si usted recibe los paquetes LACP del par. Por ejemplo, el interfaz Ethernet1/3 recibe los paquetes LACP, pero Ethernet1/4 ningún:
2017 Jul 11 10:42:25.641920 lacp: lacp_net_get_pkt_info(746): Packet received on phy_if_idx Ethernet1/3(0x1a002000): log_if_idx Ethernet1/3(0x1a002000): pkt_len 124 l2 header len 14 2017 Jul 11 10:42:25.641937 lacp: lacp_net_process_rx_data(480): Ethernet1/3(0x1a002000): Rx LACP PDU len: 124 As:3f, Ps:3d
Control 9
En este hecho salir el interfaz Ethernet1/4 es un miembro del Canal de puerto, pero está en el modo individual (suspendido en el lado del conmutador):
ciscofcm01-A(fxos)# show lacp internal event-history interface ethernet 1/4
>>>>FSM: <Ethernet1/4> has 549 logged transitions<<<<<
1) FSM:<Ethernet1/4> Transition at 385779 usecs after Wed Jul 5 13:13:03 2017
Previous state: [LACP_ST_PORT_IS_DOWN_OR_LACP_IS_DISABLED]
Triggered event: [LACP_EV_CLNUP_PHASE_II]
Next state: [LACP_ST_PORT_IS_DOWN_OR_LACP_IS_DISABLED]
2) FSM:<Ethernet1/4> Transition at 955546 usecs after Wed Jul 5 13:13:03 2017
Previous state: [LACP_ST_PORT_IS_DOWN_OR_LACP_IS_DISABLED]
Triggered event: [LACP_EV_LACP_ENABLED_AND_PORT_UP]
Next state: [LACP_ST_DETACHED_LAG_NOT_DETERMINED]
3) FSM:<Ethernet1/4> Transition at 962224 usecs after Wed Jul 5 13:13:10 2017
Previous state: [LACP_ST_DETACHED_LAG_NOT_DETERMINED]
Triggered event: [LACP_EV_RECEIVE_PARTNER_PDU_TIMED_OUT]
Next state: [FSM_ST_NO_CHANGE]
4) FSM:<Ethernet1/4> Transition at 963838 usecs after Wed Jul 5 13:13:13 2017
Previous state: [LACP_ST_DETACHED_LAG_NOT_DETERMINED]
Triggered event: [LACP_EV_RECEIVE_PARTNER_PDU_TIMED_OUT]
Next state: [FSM_ST_NO_CHANGE]
5) FSM:<Ethernet1/4> Transition at 964002 usecs after Wed Jul 5 13:13:13 2017
Previous state: [LACP_ST_DETACHED_LAG_NOT_DETERMINED]
Triggered event: [LACP_EV_RECEIVE_PARTNER_PDU_TIMED_OUT_II_INDIVIDUAL]
Next state: [LACP_ST_INDIVIDUAL_OR_DEFAULT]
6) FSM:<Ethernet1/4> Transition at 735923 usecs after Wed Jul 5 13:13:36 2017
Previous state: [LACP_ST_INDIVIDUAL_OR_DEFAULT]
Triggered event: [LACP_EV_UNGRACEFUL_DOWN]
Next state: [LACP_ST_PORT_IS_DOWN_OR_LACP_IS_DISABLED]
Control 10
En este hecho salir el interfaz Ethernet1/3 es operativo y miembro de PortChannel1 mientras que Ethernet1/4 aunque sea el miembro de PortChannel1 está en el modo individual. Observe que Ethernet1/3 envía (tx) y recibe los paquetes (del rx), pero Ethernet1/4 no envía solamente (rx) ningún tx:
ciscofcm01-A(fxos)# debug lacp pkt ciscofcm01-A(fxos)# 2017 Jul 11 11:04:05.278736 lacp: lacp_net_process_rx_data(480): Ethernet1/3(0x1a002000): Rx LACP PDU len: 124 As:3f, Ps:3d 2017 Jul 11 11:04:05.602855 lacp: lacp_net_tx_data(247): Ethernet1/3(0x1a002000): Tx LACP PDU len: 110 As:3f, Ps:3d 2017 Jul 11 11:04:05.983134 lacp: lacp_net_tx_data(247): Ethernet1/4(0x1a003000): Tx LACP PDU len: 110 As:7f, Ps:00 2017 Jul 11 11:04:06.249929 lacp: lacp_net_process_rx_data(480): Ethernet1/3(0x1a002000): Rx LACP PDU len: 124 As:3f, Ps:3d 2017 Jul 11 11:04:06.602815 lacp: lacp_net_tx_data(247): Ethernet1/3(0x1a002000): Tx LACP PDU len: 110 As:3f, Ps:3d 2017 Jul 11 11:04:06.992812 lacp: lacp_net_tx_data(247): Ethernet1/4(0x1a003000): Tx LACP PDU len: 110 As:7f, Ps:00 2017 Jul 11 11:04:07.163780 lacp: lacp_net_process_rx_data(480): Ethernet1/3(0x1a002000): Rx LACP PDU len: 124 As:3f, Ps:3d 2017 Jul 11 11:04:07.602814 lacp: lacp_net_tx_data(247): Ethernet1/3(0x1a002000): Tx LACP PDU len: 110 As:3f, Ps:3d 2017 Jul 11 11:04:08.002817 lacp: lacp_net_tx_data(247): Ethernet1/4(0x1a003000): Tx LACP PDU len: 110 As:7f, Ps:00 2017 Jul 11 11:04:08.102006 lacp: lacp_net_process_rx_data(480): Ethernet1/3(0x1a002000): Rx LACP PDU len: 124 As:3f, Ps:3d 2017 Jul 11 11:04:08.612810 lacp: lacp_net_tx_data(247): Ethernet1/3(0x1a002000): Tx LACP PDU len: 110 As:3f, Ps:3d 2017 Jul 11 11:04:09.002811 lacp: lacp_net_tx_data(247): Ethernet1/4(0x1a003000): Tx LACP PDU len: 110 As:7f, Ps:00 2017 Jul 11 11:04:09.091937 lacp: lacp_net_process_rx_data(480): Ethernet1/3(0x1a002000): Rx LACP PDU len: 124 As:3f, Ps:3d 2017 Jul 11 11:04:09.622810 lacp: lacp_net_tx_data(247): Ethernet1/3(0x1a002000): Tx LACP PDU len: 110 As:3f, Ps:3d 2017 Jul 11 11:04:10.002807 lacp: lacp_net_tx_data(247): Ethernet1/4(0x1a003000): Tx LACP PDU len: 110 As:7f, Ps:00 2017 Jul 11 11:04:10.004411 lacp: lacp_net_process_rx_data(480): Ethernet1/3(0x1a002000): Rx LACP PDU len: 124 As:3f, Ps:3d 2017 Jul 11 11:04:10.632806 lacp: lacp_net_tx_data(247): Ethernet1/3(0x1a002000): Tx LACP PDU len: 110 As:3f, Ps:3d 2017 Jul 11 11:04:10.854094 lacp: lacp_net_process_rx_data(480): Ethernet1/3(0x1a002000): Rx LACP PDU len: 124 As:3f, Ps:3d 2017 Jul 11 11:04:11.002789 lacp: lacp_net_tx_data(247): Ethernet1/4(0x1a003000): Tx LACP PDU len: 110 As:7f, Ps:00 2017 Jul 11 11:04:11.642807 lacp: lacp_net_tx_data(247): Ethernet1/3(0x1a002000): Tx LACP PDU len: 110 As:3f, Ps:3d 2017 Jul 11 11:04:11.714199 lacp: lacp_net_process_rx_data(480): Ethernet1/3(0x1a002000): Rx LACP PDU len: 124 As:3f, Ps:3d
Para la información adicional controle este documento:
Q. ¿Cómo encontrar la versión del manojo FXOS de la salida de la tecnología de la demostración?
Manera 1
En el extracto del archivo TAR FPRM el contenido del fichero de FPRM_A_TechSupport.tar.gz. Después abra el fichero del sam_techsupportinfo y busque para el paquete-Vers:
FPR4140-A# show fabric-interconnect firmware
Fabric Interconnect A:
Running-Kern-Vers: 5.0(3)N2(4.11.74)
Running-Sys-Vers: 5.0(3)N2(4.11.74)
Package-Vers: 2.1(1.77)
Startup-Kern-Vers: 5.0(3)N2(4.11.74)
Startup-Sys-Vers: 5.0(3)N2(4.11.74)
Act-Kern-Status: Ready
Act-Sys-Status: Ready
Bootloader-Vers:
Manera 2
En el extracto del archivo TAR FRPM el contenido del fichero de FPRM_A_TechSupport.tar.gz. Después abra el fichero de /var/sysmgr/sam_logs/svc_sam_dme.log y busque para la palabra clave del aInPlatformVersion:
Q. ¿Cómo las propagaciones MIO interconectan la información (adición/retiro) a la aplicación de la cuchilla (FTD, ASA)?
Utiliza el componente MIO del app-agente.
Por ejemplo, cuando un nuevo Canal de puerto se asigna al FTD de MIO:
Demostraciones de la depuración del app-agente FTD:
firepower# debug app-agent 255 appagent : part 0 : ftd_001_JAD19500BAB0Z690F2.interfaceMapping.update appagent : part 1 : ssp-xml:3 appagent : part 2 : 7 appagent : part 3 : appAG appagent : part 4 : <interfaceMappingConfigUpdateRequest><interfaceMapping action="insert"><externalPort><portName>Port-channel11</portName><vlan>1011</vlan><role>data</role><mode>individual</mode><mc_mode>individual</mc_mode><status>down</status><speed>1000</speed><mac type="system">5897.bdb9.367e</mac></externalPort><internalPort><bladeVNIC>9</bladeVNIC>
<bladeVNIC>22</bladeVNIC></internalPort></interfaceMapping></interfaceMappingConfigUpdateRequest> appagent : Process the request message appagent : It is an update request command appagent : Invoke request msg handler for cmd interfaceMapping.update appagent : Processing InterfaceMapping Update Message appagent : Creating Interface Mapping Structure. appagent : Processing the tag externalPort. appagent : ================================ appagent : PortName=Port-channel11 appagent : ftw capability=0 appagent : no available ftw peers appagent : cleaning external_port_ftw_peers_t appagent : Sending Response message for Interface Mapping update Message appagent : Send response message to appAG appagent : resp_msg->cmdName =appAG.interfaceMapping.update appagent : resp_msg->content_version =ssp-xml:3 appagent : resp_msg->msgId =7 appagent : resp_msg->statuscode =100 appagent : resp_msg->data =<interfaceMappingConfigUpdateResponse> <response> <code>100</code> <message>Request success</message> </response> </interfaceMappingConfigUpdateResponse> appagent : part 0 : ftd_001_JAD19500BAB0Z690F2.interfaceStatus.update appagent : part 1 : ssp-xml:3 appagent : part 2 : 8 appagent : part 3 : appAG appagent : part 4 : <interfaceStatusUpdateRequest><interface><interfaceName>Port-channel11</interfaceName><externalOperationalStatus>down</externalOperationalStatus><internalOperationalStatus>up</internalOperationalStatus></interface></interfaceStatusUpdateRequest> appagent : Process the request message appagent : It is an update request command appagent : Invoke request msg handler for cmd interfaceStatus.update appagent : Processing Interface Status Update Request. appagent : The Fxos version is 2.1.1 or newer appagent : Parsing interface status update request message for FXOS > 211 appagent : Parsing Interface Status Req. appagent : Interface Status Successfully Updated. appagent : Sending Response for Interface Status Update Request appagent : Send response message to appAG appagent : resp_msg->cmdName =appAG.interfaceStatus.update appagent : resp_msg->content_version =ssp-xml:3 appagent : resp_msg->msgId =8 appagent : resp_msg->statuscode =100 appagent : resp_msg->data =<interfaceStatusUpdateResponse> <response> <code>100</code> <message>Request success</message> </response> </interfaceStatusUpdateResponse>
Q. ¿Qué número de serie (SN) se debe utilizar en el caso del RMA del chasis de FirePOWER?
El chasis de firePOWER tiene SNs múltiple. El que está usado para una petición RMA se puede tomar de estas salidas:
FP4120-5-A# scope chassis 1
FP4120-5-A /chassis # show inventory
Chassis PID Vendor Serial (SN) HW Revision
---------- --------------- ----------------- ----------- -----------
1 FPR-4120-K9 Cisco Systems Inc FLM12345KL6 0
or
FP4120-5-A# connect local-mgmt FP4120-5-A(local-mgmt)# show license all Smart Licensing Status ====================== Smart Licensing is ENABLED Registration: Status: UNREGISTERED Export-Controlled Functionality: Not Allowed License Authorization: Status: No Licenses in Use License Usage ============== No licenses in use Product Information =================== UDI: PID:FPR-4120-SUP,SN:JAD19500BAB
or
FP4120-5-A# scope license FP4120-5-A /license # show license all Smart Licensing Status ====================== Smart Licensing is ENABLED Registration: Status: UNREGISTERED Export-Controlled Functionality: Not Allowed License Authorization: Status: No Licenses in Use License Usage ============== No licenses in use Product Information =================== UDI: PID:FPR-4120-SUP,SN:JAD19500BAB
Q. ¿Puede usted intercambiar SSD1 entre 2 diversos chasis FXOS?
La respuesta corta es no. El SSD1 contiene la imagen de aplicación (e.g. FTD o ASA). Si usted saca el SSD1 del chasis y lo tapa en un diverso chasis que no sube el módulo y estos errores aparecen:
Intercambio crítico de la cuchilla F1548 2017-11-08T11:36:40.095 427280 detectado en la ranura 1
Discordancía de la imagen de módulo de la Seguridad
Desaparecidos del disco local 1 en el servidor 1/1
Q. ¿Cómo el control el consumo de energía del chasis?
Como de la versión FXOS 2.2.1 usted puede utilizar el resumen del comando show environment
FPR4100-1 /chassis # show environment summary
Chassis INFO :
Total Power Consumption: 440.000000
Inlet Temperature (C): 21.000000
CPU Temperature (C): 39.000000
Last updated Time: 2018-07-01T09:39:55.157
PSU 1:
Type: AC
Input Feed Status: Ok
12v Output Status: Ok
Overall Status: Operable
PSU 2:
Type: AC
Input Feed Status: N/A
12v Output Status: N/A
Overall Status: Removed
FAN 1
Fan Speed RPM (RPM): 12110
Speed Status: Ok
Overall Status: Operable
FAN 2
Fan Speed RPM (RPM): 12110
Speed Status: Ok
Overall Status: Operable
FAN 3
Fan Speed RPM (RPM): 12100
Speed Status: Ok
Overall Status: Operable
Para el control de la información adicional:
Q. ¿Cómo controlar la versión del Bootloader?
FPR-4110-7-A# scope chassis 1
FPR-4110-7-A /chassis # scope server 1
FPR-4110-7-A /chassis/server # scope adapter 1
FPR-4110-7-A /chassis/server/adapter # show version detail
Adapter 1:
Running-Vers: 5.3(1.91)
Package-Vers: 2.3(1.88)
Update-Status: Ready
Activate-Status: Ready
Bootloader-Update-Status: Ready
Startup-Vers: 5.3(1.91)
Backup-Vers: 5.3(1.48)
Bootloader-Vers: MF-111-234949
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