IOU5配置
$ Q e" B) Y& c!( @0 K8 @; E# u$ M2 W6 n
spanning-tree mode mst4 c8 M% n' a0 {7 [: {2 b
spanning-tree extend system-id i: M# l' T* {" t4 H
!
6 {8 ^8 M( R J7 G6 _spanning-tree mst configuration- x; D; v2 U8 x3 D% G$ T
name 1
1 i9 ?' t7 o$ }. E. ^6 |' ` revision 1 x( }- E0 N, O
instance 1 vlan 3, 5
9 g' n0 I/ B C" X4 ^& I( M instance 2 vlan 2, 43 S1 x5 e- g. S' r
!
8 Y3 N/ o% x# q6 _5 e/ Xspanning-tree mst 1 priority 245761 ?6 ^3 \6 e) H% e1 A
spanning-tree mst 2 priority 28672/ Q: T2 `! A0 z$ K3 u6 w
!" z) c M6 p- L8 C* v7 q
!
/ e# D) f4 d0 _* _) L) Yinterface Port-channel13 {1 Y. P+ f/ d3 y
switchport
1 E" t" @* p0 x% {% [9 Z2 I* C7 _, e( s0 h switchport trunk encapsulation dot1q
8 k! g2 `4 h8 I switchport mode trunk
! r f, r4 C) X' x!) N$ M$ U0 E1 {; x
interface Ethernet0/0
% \% |" v# K: |+ b# i! U switchport trunk encapsulation dot1q
- U$ Z2 {8 X8 i; m) b switchport mode trunk# O* E# Y: V' ?! g; S* K" p0 T
duplex auto
! a/ ^ D- e o+ A8 U9 ^$ B8 b; S!
. Q2 C5 C% ]5 s; Yinterface Ethernet0/12 _3 G8 s9 t) O a% F
switchport trunk encapsulation dot1q
# `3 G* q3 d y, s' x switchport mode trunk
1 a0 z f8 ?* }3 R5 H2 K' K: P duplex auto
& J& u. s# J4 {+ A6 B: |!9 V0 u! m0 `6 } Z# v& @, U
interface Ethernet0/2
% h( g, D9 e3 {( K( M$ I switchport trunk encapsulation dot1q2 Y4 s5 M* F8 D2 @
switchport mode trunk" T* h0 m* `- E9 M M p) l6 V
duplex auto7 |1 s0 @4 u# ^ J; @: V
!0 h w' c6 B; n" u, D1 }
interface Ethernet0/3
" S$ h+ j, ]1 G6 v* \ switchport trunk encapsulation dot1q+ q4 z T2 g, d; t; G8 c) C3 D- o, w) z
switchport mode trunk" b! Y" u8 |: Q, k6 N! x
duplex auto
, X5 Y$ ]7 D! e h- S$ _!' n# f) P; a0 l- e# b) k! F
interface Ethernet1/02 o+ I% V5 L% F
duplex auto
' U* T2 Q& r! M& J: P/ Y!, L+ |8 v" U$ O' }% s s) f
interface Ethernet1/1' X, ?& J5 ~) i# B3 v
switchport trunk encapsulation dot1q5 H: u- I. F- `0 h
switchport mode trunk
: }0 a Z! e) r# J! H4 P duplex auto
8 O8 x. _' c {; [! `0 q- w channel-group 1 mode on
; ]8 k: O, |& t& F9 x1 a!
- C% Q/ w- d* H! }9 P1 [+ ginterface Ethernet1/2
- l7 Q4 V( Y8 y) N% C; N: t switchport trunk encapsulation dot1q+ N" x0 L& U1 S' W% k
switchport mode trunk
1 I6 T; }. r+ I- O- t8 ?( H duplex auto! a- p: v5 O2 D* `- N3 Z
channel-group 1 mode on7 q) i# `1 b. R' Z
!
) L9 O& ?; i! y, linterface Ethernet1/36 \, ]- H0 n0 H+ C$ `
duplex auto
- a& m) b0 L) i! w; U$ l!4 I* t3 T w+ F# {
interface Ethernet2/0% E& `# E8 J: Q- b8 j2 a y3 e
no switchport2 k* `( _2 U5 M9 a. J! F
ip address 192.168.10.2 255.255.255.252
0 c+ N y1 B& v, S1 ]) s8 I P; S* J duplex auto
. j3 F0 A' @- x% E9 C8 F9 t!7 b8 d/ x2 _4 J2 g, e; S r. v
interface Ethernet2/1
7 Z+ H8 O2 W+ f: s) J+ J: |3 U no switchport9 z% Y0 L1 f% k" Z1 q3 V1 H
ip address 192.168.20.6 255.255.255.2521 U& x) X3 v% i, W, N. W1 C% B
duplex auto3 l+ C6 {6 \2 W; D+ f
!9 k8 D& R' \3 ]6 o% F
!
6 h4 B, X! ^, ]4 p" Binterface Vlan3# M4 n' r" o" z2 K7 `
ip address 192.168.3.254 255.255.255.0
" J$ x; O* o; U!
" x4 ^- W' {; h, R9 Finterface Vlan50 c* k- Y5 h! D* y
ip address 192.168.5.254 255.255.255.0
! J0 m1 G+ R! s3 j!
& M" G/ M2 u) O! d/ Brouter ospf 1
7 l2 m) ^5 t f5 G network 192.168.3.254 0.0.0.0 area 0
/ n7 t8 y* n( o# f2 p! o. Z network 192.168.5.254 0.0.0.0 area 0: k( I: { P& |8 l. J
network 192.168.10.2 0.0.0.0 area 0
0 G3 x. J; [ r5 t: @9 i network 192.168.20.6 0.0.0.0 area 07 y# H+ @- s. S. }, ^
!# p& H) ]" N) ?9 @- V$ i
IOU6配置# r' q0 F9 m7 F2 s/ p$ z# e/ a7 Z
!
. N+ O/ D/ e1 z! d) I w) hspanning-tree mode mst9 x( s! ?( z9 K- L K+ w X! I& m
spanning-tree extend system-id
( v" u: e# n2 M" |: g. k- }, c!
2 ^; t. y% D4 n9 ^+ A; F: kspanning-tree mst configuration. V! F# U/ @) R
name 13 @$ l( l$ V5 B" [; X* S
revision 1
' |% i8 d/ i, V d- E0 H& I# X instance 1 vlan 3, 5 M6 Y+ g7 U/ R# v) ?6 J
instance 2 vlan 2, 4
: S& v; k) a6 z# ^( q!- d3 j) x: N: i& y- `; W/ @
spanning-tree mst 1 priority 28672
7 }1 k) \$ N, T: Zspanning-tree mst 2 priority 24576' S s+ C8 ]5 P
!
2 j! U* o+ J" h5 {; w!
X2 m9 a) @1 y, A" \interface Port-channel1
$ {! P% E) \$ P7 V8 C; s switchport
% y B& g/ L' f switchport trunk encapsulation dot1q
4 ]4 v' s+ X; v0 }( b$ y0 N switchport mode trunk9 ]. g# v% q4 q/ p( v. h- \- u
!
/ ^. _; V' a+ K$ Uinterface Ethernet0/0
8 h9 E6 `. }- @; D4 Z$ y switchport trunk encapsulation dot1q
: n% w) J( J! a8 E9 A) y& X switchport mode trunk+ ^9 }0 @4 \& C) F" f
duplex auto
1 y, A) m, B9 J2 S3 e. U!0 y6 {/ a, g$ q6 F$ @# w" I
interface Ethernet0/1
* s& ~ }9 m% A switchport trunk encapsulation dot1q: @$ u3 h/ o6 D" f9 o6 `0 r
switchport mode trunk
6 M! Z' a) v J duplex auto
/ g) u' d; U* s B6 T!
% _, A& p& i+ l# }# d& w* Xinterface Ethernet0/2) U. p: {' Q7 O8 D* K0 V# d
switchport trunk encapsulation dot1q" ?1 @' T. d* F
switchport mode trunk8 G* M. C0 O, t2 H) z
duplex auto j/ y5 ]$ I! c+ ~+ Z
!
3 q/ Z9 c! ?+ O& I9 \% D$ Hinterface Ethernet0/37 p% v+ ]) U$ T, ~- N- a. [" b
switchport trunk encapsulation dot1q' G- F, o, }2 [: h$ n" E) D/ z
switchport mode trunk
: B7 B* Z; m' Q9 U8 Z duplex auto
8 ^; V/ B8 ], Q$ J3 ?8 j# N!
+ w' b% s+ T" l# W; Winterface Ethernet1/0
4 g$ K2 H9 Q& [8 S% W2 c# u$ U duplex auto) |& v$ \4 _$ a7 S4 T M# E( Y
!
% T0 m* z, |* W$ r, E7 Jinterface Ethernet1/1
: J x# R* `/ I" c3 E switchport trunk encapsulation dot1q
`0 R3 C, `! K- B& i. o switchport mode trunk5 W: B S2 X1 g2 V0 `& k
duplex auto! G+ L/ t1 H- ~
channel-group 1 mode on t7 S! H% q6 }* ]
!. e( R* @# F3 L. b9 q% K9 h
interface Ethernet1/2
- H, _0 B& e7 M8 @ switchport trunk encapsulation dot1q
+ y' H% G4 ~3 B5 Z switchport mode trunk
: q1 Q+ N) D& m& G8 ]6 H2 p, _ w8 m duplex auto
. [1 C. i% P. ?9 L# b) q channel-group 1 mode on! N8 U2 m. M6 \2 ~
!$ ~" R8 r, u$ k2 ^! ~# \4 t1 o
interface Ethernet1/3; r) q; ]6 w' N9 `
duplex auto
/ _- n, c: q) a: |1 I& |$ a!+ D$ }* n& R& S; Y3 @$ a
interface Ethernet2/02 `) V' t4 Y; C9 {7 K( q
no switchport
m. k. e1 g! \% J8 e0 E; P ip address 192.168.20.2 255.255.255.252
- U1 o' S3 _3 h" E: R- | duplex auto2 @1 j' Y! e0 o1 ?$ Q2 F( S0 Q
!
2 A" k# F* r5 Q; u. C1 ]+ binterface Ethernet2/1
7 q, n# B0 q7 i* e no switchport8 @: ?1 O. \8 p
ip address 192.168.10.6 255.255.255.2526 |7 L. G V: i" O/ v
duplex auto1 U6 e# U2 @4 C1 ~' }
!4 [5 e7 K* Q+ t0 U5 D! k' f9 `
!
* [. J" D1 S$ j" _4 X# Q) qinterface Vlan2
% F% u; [5 l P' d' d2 | ip address 192.168.2.254 255.255.255.0
# ^' X& h8 F# n4 b( q!4 n8 o7 V6 T' F& r
interface Vlan4
! z$ b3 z! l3 P: m* r0 u' [ ip address 192.168.4.254 255.255.255.0$ g& z- a$ ]8 p
!6 d. @+ P1 N( H; g8 S
router ospf 19 x, x4 A/ g) ~2 t9 l2 Y- [
network 192.168.2.254 0.0.0.0 area 0
; B# [0 F5 O+ @7 p9 L( L- w network 192.168.4.254 0.0.0.0 area 0! b+ f* d5 D( G) b! R4 A, K
network 192.168.10.6 0.0.0.0 area 0
7 Y) G2 A% K4 r2 i- X& ~8 T+ M network 192.168.20.2 0.0.0.0 area 0
1 }5 S9 m( J0 V! |
所有IT类厂商认证考试题库下载
【新盟教育】2023最新华为HCIA全套视频合集【网工基础全覆盖】---国sir公开课合集
【新盟教育】网工小白必看的！2023最新版华为认证HCIA Datacom零基础全套实战课
原创_超融合自动化运维工具cvTools
重量级~~30多套JAVA就业班全套 视频教程（请尽快下载，链接失效后不补）
链接已失效【超过几百G】EVE 国内和国外镜像 全有了 百度群分享
某linux大佬，积累多年的电子书(约300本)
乾颐堂现任明教教主Python完整版
乾颐堂 教主技术进化论 2018-2019年 最新31-50期合集视频（各种最新技术杂谈视频）
Python学习视频 0起点视频 入门到项目实战篇 Python3.5.2视频教程 共847集 能学102天
约21套Python视频合集 核心基础视频教程（共310G,已压缩）
最新20180811录制 IT爱好者-清风羽毛 - 网络安全IPSec VPN实验指南视频教程
最新20180807录制EVE开机自启动虚拟路由器并桥接物理网卡充当思科路由器
，可是必须要用模拟器模拟啊
