CHECKLIST VALIDACIÓN DE SERVICIO - RPV 4Mbps PARQUE DEL RECUERDO SEDE MIRAFLORES

March 28, 2018 | Author: Antonio Pereda | Category: Scheduling (Computing), Superuser, Computer Network, Areas Of Computer Science, Computer Networking


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CHECKLIST DE VALIDACIÓN DE SERVICIO RPVL 4MbpsMISION CEMENTERIO PARQUE DEL RECUERDO – SEDE MIRAFLORES PROY: 1354798 OT: 655425 SOT: 6854159 CID: 849486 VERIFICACION DE LA CONFIGURACION SHOW CONFIGURATION: Muestra la configuración del equipo router: ## Last changed: 2012-01-19 23:25:18 UTC version 10.2R3.10; system { host-name R_PQdelRecuerdo_Miraflores; authentication-order tacplus; root-authentication { encrypted-password "$1$yLvCOlQ7$CqigS61UeWhYsT9e6aDzG."; ## SECRET-DATA } tacplus-server { 10.192.17.204 { secret "$9$hIjceM8LNYgJYgGiq.F3BIEcSebwg4JDKMDk.mF3p0BIEydVY"; ## SECRETDATA source-address 10.232.19.56; } } tacplus-options { service-name telmex-junos; } accounting { events [ login change-log interactive-commands ]; destination { tacplus { server { 10.192.17.204 { secret "$9$hIjceM8LNYgJYgGiq.F3BIEcSebwg4JDKMDk.mF3p0BIEydVY"; ## SECRET-DATA single-connection; source-address 10.232.19.56; } } } } } login { user NOC { uid 2000; class super-user; authentication { encrypted-password "$1$bhL6/J96$Iktoss.3PSL7eToDANm34/"; ## SECRETDATA } } user remote { uid 2001; class super-user; } } services { ssh; telnet; } syslog { archive size 100k files 3; user * { any emergency; } file messages { any critical; authorization info; } file interactive-commands { interactive-commands error; } } max-configurations-on-flash 5; max-configuration-rollbacks 5; license { autoupdate { url https://ae1.juniper.net/junos/key_retrieval; } } } interfaces { fe-0/0/0 { description INTERFACE-WAN-CID-849486; per-unit-scheduler; speed 10m; link-mode full-duplex; fastether-options { no-auto-negotiation; } unit 0 { family inet { filter { output policing-wan-rpvl; } address 10.10.38.202/30; } } } fe-0/0/1 { unit 0 { family ethernet-switching { port-mode access; vlan { members LAN; } } } } fe-0/0/2 { unit 0 { family ethernet-switching { port-mode access; vlan { members LAN; } } } } } } } } fe-0/0/7 { unit 0 { family ethernet-switching { port-mode access. } } } vlan { unit 2 { description Interface-LAN-CID-849486.fe-0/0/3 { unit 0 { family ethernet-switching { port-mode access. } } } } fe-0/0/6 { unit 0 { family ethernet-switching { port-mode access. vlan { members LAN.56/32. vlan { members LAN. unit 0 { family inet { address 10.19. } } } } fe-0/0/5 { unit 0 { family ethernet-switching { port-mode access.232. . vlan { members LAN. } } } } fe-0/0/4 { unit 0 { family ethernet-switching { port-mode access. vlan { members LAN. vlan { members LAN. } } } } lo0 { description Loopback-de-Administracion. 37.202. (uno menos) } } } policy-options { prefix-list LAN { 10.201.0/24.38. } policy-statement RECIBIR_REDES { term PERMITIR_TODO { from neighbor 10.232. autonomous-system 64516. import RECIBIR_REDES. description Conexion-al-PE. .38. log-updown. 172.38. } protocols { bgp { group CONN_PE { type external. } interfaces { fe-0/0/0 { unit 0 { scheduler-map qos-map-sched. } } policy-statement SETCOMM { from { prefix-list LAN.1. then accept.} } family inet { filter { input setqosClass. hold-time 30.10.232. queue 2 qos2.1/24 { primary. } } } routing-options { router-id 10. peer-as 12252.PfTz".19.10. authentication-key "$9$Qcuf3A0MWLx-Vu0hSevLXGDjk. ## SECRET-DATA export SETCOMM.201.19. } address 172. queue 7 network-control. queue 1 qos1.56/32.56.37. queue 3 qos5. } } class-of-service { forwarding-classes { queue 0 best-effort. local-address 10.1.10. } then accept. neighbor 10. priority strict-high. priority medium-high. } sched-qos2 { transmit-rate 2560000. priority high. forwarding-class network-control scheduler sched-network-control. priority low. } sched-network-control { transmit-rate 64k. priority high. } forwarding-class network-control { loss-priority low code-point cs6. forwarding-class best-effort scheduler sched-default. buffer-size remainder.5×1024 ) buffer-size percent 60. } } schedulers { sched-qos1 { transmit-rate 512k. } } rewrite-rules { dscp SetDscpWan { forwarding-class qos1 { loss-priority low code-point cs1. } forwarding-class qos2 { loss-priority low code-point cs2. forwarding-class qos5 scheduler sched-qos5. ( 2. } sched-default { transmit-rate 128k. } sched-qos5 { transmit-rate 1024k. (4096+128+64) rewrite-rules { dscp SetDscpWan. } forwarding-class qos5 { loss-priority low code-point cs5. } . buffer-size percent 5.} } shaping-rate 4288000. } forwarding-class best-effort { loss-priority low code-point 000000. buffer-size percent 20. ( 1 x 1024 ) buffer-size percent 10. } } } scheduler-maps { qos-map-sched { forwarding-class qos1 scheduler sched-qos1. forwarding-class qos2 scheduler sched-qos2. } } security { zones { security-zone Wan { interfaces { fe-0/0/0. } } } } } } policies { from-zone Lan to-zone Wan { policy permit-all { match { source-address any. } } } } } security-zone Lan { interfaces { lo0. } then { permit. } } } from-zone Wan to-zone Lan { policy permit-all { match { source-address any. application any. destination-address any. . } protocols { all. destination-address any.0 { host-inbound-traffic { system-services { all.2 { host-inbound-traffic { system-services { all.0 { host-inbound-traffic { system-services { all. } protocols { all. } protocols { all. } } } vlan. 80. 10.90.37.37. real disable.253.0/24.0.application any.99/32. mgcp disable. } then { permit.101/32.253. } } firewall { family inet { filter setqosClass { term cos5 { from { source-address { 172. } } } default-policy { permit-all.100/32.0.67. h323 disable.12/32.67. 10.37.253. 10. } } term cos2 { from { source-address { 172. sunrpc disable.168.1. 192.200/29.102/32.224/27.37. sql disable.118.80.118. talk disable.118.104/32. } destination-address { 10. 172.118.1.253. accept. msrpc disable. } . sccp disable.118. forwarding-class qos5.253.208/28.0/0.103/32. 10. 10.1.0/24. } } alg { dns disable. rsh disable.105/32. } destination-address { 0.118.11/32. 172. 10.1.253. 10. } } then { loss-priority low. 10.253.118. 0.37. 10.102/32. } destination-address { 10.1.100/32. 10. } } then { loss-priority low.} then { loss-priority low.208/28.0/24.118. 10.118. 10.200/29. } destination-address { 0.67. 192.1.253. forwarding-class qos1.224/27.253.12/32. accept.101/32.253. 172.118.253.104/32. } } } filter policing-wan-rpvl { term qos5 { from { source-address { 172.67.0/0. } } term qos2 { from { source-address { 172. accept.37. } } term default { then { forwarding-class best-effort. } } then { policer qos5-policer-rpvl.253.11/32.0.168. loss-priority low. forwarding-class qos2. 10.1. accept.118.37. 10.118.1.80. 10.37.0/0.103/32.0.99/32. 10.90.253. } .0/24.253.105/32.0. accept.118. 172.118. } } term cos1 { from { destination-address { 0.80. } } then { loss-priority low. } 1 mbps ) 3×1024÷8 ) ( 1024×2.} then { policer qos2-policer-rpvl. accept. burst-size-limit 960k. loss-priority low. } } term qos1 { from { destination-address { 0. ( } then discard.0. } } } } policer qos5-policer-rpvl { if-exceeding { bandwidth-limit 1024k. l3-interface vlan.0/0.5 ) ( 3×2560÷8 ) } vlans { LAN { vlan-id 2. accept. forwarding-class qos1. } policer qos2-policer-rpvl { if-exceeding { bandwidth-limit 2560000. } then forwarding-class qos1. } } term default { then { loss-priority low. accept. } } SHOW VERSION: Muestra la versión del software Junos en el router.2.0. ( burst-size-limit 384k. SHOW SYSTEM STORAGE: . VERIFICACIÓN DE CONECTIVIDAD SHOW ROUTE: .SHOW CHASSIS HARDWARE: Muestra el modelo y número de serie del Router. . . . .PING WAN: Muestra la conectividad entre el router y el equipo de acceso (Red de CLARO). etc) PING LAN: Muestra la conectividad entre redes LAN .PING LAN: Muestra la conectividad entre el router y un equipo del cliente (Servidor de correos. servidos de datos. .PRUEBAS DE SATURACIÓN: SHOW INTERFACES QUEUE FE-0/0/0: Muestra el consumo de ancho de banda por calidad de servicio en tiempo real en la parte WAN. . output errors. . runts.inputs error.SHOW INTERFACE: WAN: Muestra el ancho de banda en tiempo real y los posibles errores físicos que se puedan presentar (CRCs. etc). runts. etc) . output errors.inputs error.LAN: Muestra el ancho de banda en tiempo real y los posibles errores físicos que se puedan presentar (CRCs.
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