IOU5配置$ @/ k) u9 H, N2 ?" ^ C
!+ e2 N, B+ ~/ Q" w& R4 n @
spanning-tree mode mst5 T, l, P( ^8 Y5 c5 ^" e J4 c
spanning-tree extend system-id
! B/ h9 [! j8 `; Z# t+ y!* f9 e+ b; W! A+ C+ }
spanning-tree mst configuration' a2 |' n4 m% C# O
name 19 L u& @; K: Y3 J9 N, q
revision 1! @5 f) ~6 W7 U
instance 1 vlan 3, 5
/ Y' r; \9 e3 Y$ e% V: v. b6 Q instance 2 vlan 2, 4
8 Y+ @9 l4 E; e8 ?* u) N!; a8 R, X- l2 l! R& r" K
spanning-tree mst 1 priority 24576. @( V0 p6 v5 B4 @9 h. x+ j
spanning-tree mst 2 priority 28672
* g' W8 r0 F" ~( K2 H* U!
9 m8 J8 V3 C. R1 e" O* H2 T2 `* U8 P!
; G6 g& D# _# W+ z1 Iinterface Port-channel1! n: I! f% A9 y% Q% X- x* N
switchport
; Q8 |* n$ G! C# Z& l/ m: F switchport trunk encapsulation dot1q
8 s$ a5 d8 b0 X4 P0 S0 F switchport mode trunk; R3 V9 T4 |3 A4 g. l7 H. |
!, n$ v& b o/ z7 O% h5 S
interface Ethernet0/0# u$ p& a \ d! s
switchport trunk encapsulation dot1q4 C! \" v; d0 `/ A
switchport mode trunk
7 h6 ~- s1 ~- X% W! m7 d duplex auto4 T; S( m9 Q! z4 d
!$ X y( w6 B3 X( @1 L+ X9 e: w w
interface Ethernet0/1. ]" [% x# D( g+ @
switchport trunk encapsulation dot1q" Q( Z* |& \+ m9 a6 E
switchport mode trunk }8 t7 |4 z! ?. |
duplex auto
4 s# s! M# r6 A; b) p- {9 W" c# ^- q!
8 A8 t: y, I3 A1 Y. E& D+ xinterface Ethernet0/2/ y5 E) t1 w9 {# W" c
switchport trunk encapsulation dot1q
, `9 ? O1 ~; @! A1 o0 T. U switchport mode trunk
+ W! z# ]' P' u. w duplex auto" W- ~/ X6 Y! U9 z7 U3 C
!
3 o! N$ o9 y6 zinterface Ethernet0/3
1 v9 O1 A! y) K7 Y/ l switchport trunk encapsulation dot1q: N. ^" o& ^, M; ^* E
switchport mode trunk
- k @) i1 R. `+ V duplex auto
' R' p& ^: {' r% d9 N5 X- B* U!3 A Z/ |, _. ~/ [# w( Y3 R
interface Ethernet1/0
/ y8 Z! \/ D5 R0 I6 [% w4 w O duplex auto
1 T( v0 z- d, b3 C* h!" \. n6 }9 a5 _: n
interface Ethernet1/1
' q6 y4 j2 ^# O switchport trunk encapsulation dot1q. t" k2 Z. |1 X/ j! z: M. _7 [- L
switchport mode trunk& o+ _, m, y' N* V
duplex auto
! W3 c3 `3 n& a' ?) v3 ~0 T+ t channel-group 1 mode on; ?3 d. T' D+ o* }6 F- Y. p1 P
!
1 ^( j( ~5 w' w; Y$ O2 F) h# y5 zinterface Ethernet1/2
9 [4 s! T2 _6 c! H switchport trunk encapsulation dot1q: P4 p1 K/ _ C+ @
switchport mode trunk( l& a: O. Y( o( x
duplex auto
) O, N d% r0 v% I! n0 u { channel-group 1 mode on& j: s7 u+ W6 G* p5 q
!
; v. Z6 V: ]+ g1 g- @* Kinterface Ethernet1/3
+ Q& A) m( x8 B& q' Q, E+ |8 K4 G& p duplex auto+ [# [1 n& t3 L, L4 z
!
2 n, o: C2 j7 v# Uinterface Ethernet2/0
7 J: S) j9 b! l0 v- e+ ^( a1 D no switchport
: K5 \' u3 e- ]7 R- G8 H$ Z ip address 192.168.10.2 255.255.255.252
8 v1 O3 d M$ M& F& r9 } duplex auto
0 }# z2 i8 N% e7 k7 @! }6 f& a& k; R!
# }5 A: Y& N. O: Iinterface Ethernet2/1) L1 v* K1 `3 ?1 j9 U4 x
no switchport, [6 {% c; b/ R2 b! D: b g
ip address 192.168.20.6 255.255.255.252
9 a2 q# |) e6 U; Z5 H9 P' W4 ~3 i duplex auto
+ p- Q7 b( a. G!
# M/ R& A4 ^, R: @8 \$ i!( u o- A3 b& O1 E/ i& U
interface Vlan34 a/ D1 [. N( U# O
ip address 192.168.3.254 255.255.255.06 y/ ?3 n5 y% r( k: Q( D# z
!4 O: g3 z& Z* f' U- E9 e
interface Vlan5% u+ [2 ~6 ?3 W' H% S3 d
ip address 192.168.5.254 255.255.255.0
# ]8 x( O# o1 u( r B!8 m9 Z! w( g$ z2 o) {) o% p
router ospf 1
) h t0 h7 q* d network 192.168.3.254 0.0.0.0 area 06 P4 o k) H } j7 |' X8 l" J1 u
network 192.168.5.254 0.0.0.0 area 0
- U' c+ D- o+ j, c) ]! {; s Q) Z; P network 192.168.10.2 0.0.0.0 area 07 x( u" ~8 }& x, ?
network 192.168.20.6 0.0.0.0 area 05 R. P* |3 a: n0 _1 G% d0 V3 q2 I
!
/ e: ^" K% s1 B+ B, bIOU6配置
7 v+ d- V1 }! D# q1 l; N!2 ~8 x+ x) L+ z+ a0 p
spanning-tree mode mst
; ?( `6 `+ }" v |$ s$ Jspanning-tree extend system-id, [* M# M! Z s7 u. ^$ h
! g% |& X* J: S
spanning-tree mst configuration" w5 ] ` K3 F3 ]- v8 U& d
name 1
# P5 P$ v( J. e3 x% u5 x revision 1" o; Y2 R8 T# L X8 l
instance 1 vlan 3, 50 n1 x2 r7 V) B! y3 k
instance 2 vlan 2, 4* L7 r; D, i9 ~$ r0 k; _0 a+ Z
!
+ H0 W: c- N( ]8 E( c' D. `& Xspanning-tree mst 1 priority 28672
1 L3 _0 x6 w8 H* A4 p; \spanning-tree mst 2 priority 24576$ u4 y n9 u, n9 Z9 [: k/ X/ k
!
; y9 Q$ @3 O% b) b1 N!
& ~' m/ W/ O- f2 `: g, c8 Ointerface Port-channel1
/ ?+ [% v/ u* r% Z4 C$ U* e switchport
) d- O% j3 I D7 R switchport trunk encapsulation dot1q) z' I& j' O- i9 u$ C+ Y/ x
switchport mode trunk, ?% [. K5 a0 E6 @* C
!# w/ @% d' m# H* }7 ^
interface Ethernet0/09 p @6 J% F M. M3 S
switchport trunk encapsulation dot1q! K5 c* T7 C# j! N
switchport mode trunk }* r4 i4 M4 I
duplex auto1 s7 q$ V- j' Y% b/ r
!
& k( H3 M/ n* d q( D# J9 ninterface Ethernet0/1
3 \* h3 Y7 {5 t/ j7 t switchport trunk encapsulation dot1q$ ]2 h/ Y3 }) H# v
switchport mode trunk
7 D: E* H2 E. R0 H- D: {+ i: ~# v: S duplex auto) ^+ V$ ?1 `+ {6 Z7 E
!- }1 V# _& R$ i. @+ L
interface Ethernet0/2( d! H5 b; ?$ `' x
switchport trunk encapsulation dot1q2 K& P5 z& Q$ H" U6 q
switchport mode trunk, [. f% @8 Q+ ~% h4 _( c8 q& X
duplex auto
3 K& m2 r( O6 V, _3 \' M!
8 |/ k s8 e3 U* W2 ~interface Ethernet0/3% f- K6 {( s6 t8 `: a7 u. F
switchport trunk encapsulation dot1q+ g2 @5 S3 M/ x2 v
switchport mode trunk+ \) u7 |1 K1 u8 a
duplex auto$ y0 V" L* J1 n3 U4 @" `. z
!( o* ~0 N7 ?! A7 w$ Y) e
interface Ethernet1/0/ ^% R5 j7 y& U7 D2 U" h* P7 a
duplex auto/ Z# |$ Z( h) p& q s
!, B4 ]( U7 g& {6 e5 ^
interface Ethernet1/1. S; e$ o- F* B6 g
switchport trunk encapsulation dot1q
$ }- q, d" F- |, p/ ]0 Q9 ] switchport mode trunk
) T) c( }; X: ]" t duplex auto
2 L) z# _ I% J, y% k channel-group 1 mode on0 w7 J6 |# @: E1 e3 C& F
!
9 _" r, `. B( n8 `4 R) [interface Ethernet1/23 u, x; h: r, m% G2 B
switchport trunk encapsulation dot1q
7 ~( r7 A0 j& c: d* C7 g0 e1 ~ switchport mode trunk
& e9 x, J; a- L4 d# H' ~9 ^ H( d duplex auto
2 d! a& b4 L: G- j2 m) m& T channel-group 1 mode on
+ P" [% M, {6 |3 T6 e# S/ e!
0 R, y2 P- h4 U5 o7 y! Sinterface Ethernet1/3
/ J& P( k/ k5 p( A% L duplex auto
- g6 W8 h, R* P5 I, P!. E2 g' s3 u# r
interface Ethernet2/0( ~ F0 t2 L% r" Q, E$ Y% ^! M% W
no switchport, C, k5 M" O: e* \6 s1 e
ip address 192.168.20.2 255.255.255.252% f% B0 c4 ^9 h; y& F+ D
duplex auto
8 W! Q! v$ O4 Q1 [( f!& l% L' M/ y8 X4 U+ A
interface Ethernet2/15 f$ S% i9 ?9 r9 |9 l- p8 v
no switchport
8 J4 P- u9 x, k6 ~ ip address 192.168.10.6 255.255.255.252
* ~4 G* [$ L5 M2 {) [4 G duplex auto
# b( p0 a4 r& N4 U0 E) O8 ^# ?!, K9 O7 Z# X$ x# e! d- i$ ^
!
6 R5 I' e' X! }+ Finterface Vlan27 l8 Z2 s! J0 t# P1 Y. ?
ip address 192.168.2.254 255.255.255.04 e% C$ w4 P( V" P6 v) b
!" [0 b) M0 L g$ [+ S! Z
interface Vlan4; e4 k8 s' a; {8 X
ip address 192.168.4.254 255.255.255.0# _- ]$ _7 i/ U+ Z. P
!1 ]( O8 Q' y6 o, y4 |8 D0 W$ F- C
router ospf 1 W) F2 X& a* I+ e5 n2 h n! e; {
network 192.168.2.254 0.0.0.0 area 0* T% x6 ~2 _$ j- y
network 192.168.4.254 0.0.0.0 area 09 Z6 D: Z3 t2 K# ]- V
network 192.168.10.6 0.0.0.0 area 0
1 `$ D. I0 r" U' e( w5 O3 [ network 192.168.20.2 0.0.0.0 area 0
) L9 C4 V& _5 k7 y8 a% U9 A5 Q& u! |
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
