cisco 交换 划分VLAN 问题cisco vlan 划分问题* a1 t; ~/ h* ^* t
三个交换机# O% v% E5 x3 h
中心机房交换机 45069 v$ c& H& O w' `' o' J, Z& J4 d
楼A交换机 3560
- o1 s% Z* S4 O! `% y3 U, w% R( f楼A接入层交换机2960
& y1 q7 H3 R- i& ]3 z, p4506与3560接，2960与3560接: t8 T* [. X& ]9 [
4506所接电脑1 IP及掩码: 192.168.0.20 255.255.0.0& a7 l8 |9 M) @! e+ l# H7 L
楼A2960所接电脑2 IP及掩码、网关： 192.168.3.20 255.255.255.0 192.168.3.254
$ g+ z# i) E0 n# j要求达到效果如下：& ?' l, a+ g; J1 z
电脑2 能跟 电脑1 所在的网段互通 但与其他网段不通（4506上还接着 1段、2段等地址）8 t& S( n) f( u4 U, ?
目前情况：
. F3 J" U1 c' X: a, v P电脑2 只能PING 通 电脑1 一次。
4 ]& G6 O) @$ C6 o2 V6 J! u& s4 M/ @5 i
此配置在 packettracer 上 没问题，但是直接在交换机上配置就出现这个问题了。% Q0 s: \) }3 b, g0 j% F
还有在给3560 switchport mode trunk 的时候出现6 b2 b6 b' I" ?, Q
3560(config-if)#switchport mode trunk! R H% |$ k* }- l' G& h
Command rejected: An interface whose trunk encapsulation is "Auto" can not be co5 `4 v8 }7 E0 w& P( V6 N3 L9 J" b
nfigured to "trunk" mode.' N, q+ t) N1 e" ]. O% L) u! [( a
不知何故。& N6 f3 u( k* l$ l
请高手们分析赐教
+ Q! ^7 h* z* H* d k/ I4 B( H; ?" H5 r( _2 C) N }
各交换机配置如下# n- |# N7 V! ^) W& L3 a, ?! }, j! l& L$ `
******************4506**************************
' y9 b2 `$ v( _: w2 G0 |, TBuilding configuration... " N3 Q: a' i+ R# E" t2 i+ N
Current configuration : 1876 bytes / \. T; S) S, V
! 6 T4 X$ h4 c$ z- W* K7 N
version 12.2
6 ~% o0 k/ r: l% E0 X0 Zno service pad % B/ V' C9 ~6 d
service timestamps debug uptime
1 e- l; X* }8 j. o" e+ _service timestamps log uptime
. W, _% H5 a' N0 y) e# [no service password-encryption
8 Y6 i5 Y5 n5 \7 l% R0 l8 U$ }service compress-config
( a' I; Y% ]) b3 X1 ?! : m1 H( {* B9 \
hostname Switch
0 W, P( v, P4 R9 h% `, W9 K" ]' `!
1 c' d! ?: D* v3 A( w! w+ q i+ ]/ ^! : _; B* ]3 h- T3 p# [, d$ |% D
vtp domain '' # I$ C' f" c6 o" @8 O A; V& q
vtp mode transparent , ^/ l& R4 y$ n- D3 T& `, A
ip subnet-zero
8 K0 [2 t z- y$ ? _!
( B0 O2 y) S9 Y) N2 x6 \spanning-tree mode pvst
+ `: ^4 _% r7 l- N$ fspanning-tree extend system-id
% q0 j& ?2 a, S- k( epower redundancy-mode redundant
% n/ {# d' T$ |& w/ K B( |!
( n/ i* y2 a/ T, i, q- Z0 f! 4 Q9 I- p8 f+ u
! * \5 X) t2 a2 v% \: H. V. b @
!
! S5 T$ {3 k$ t. X' }vlan 30
; }+ Z9 W Y6 ?, d0 V* iname ZY_3F . [( A/ I9 }* j. {& z/ C
!
~* z6 F$ r) H- }- S6 `4 Lvlan 40
* z9 T4 {) N r% Kname ZY_4F . |5 p$ r& f/ ?: W* Y/ b
!
: \+ k( X: O7 M: K/ \vlan 300 / u+ e2 w3 M; m; L; G& H2 {2 V9 K7 @
name JiFang
) P- g" i' U$ N- v \ M/ u!
$ |2 g5 U- h: m5 Q7 Linterface GigabitEthernet1/1 # O; i$ ~9 D, D. R+ ~
! . h( n) W* K# J, ^" K! u
interface GigabitEtherne
+ B! s# m4 D! h5 r! 7 }( C g! B) k7 K
interface GigabitEthernet2/1 ! ~! l. y! Y1 B; i/ \. e
! & S! D( u8 h( e5 Y# f
interface GigabitEthernet2/2 ! L" h9 m7 ^0 }: R4 l" E2 M
! . g$ K& k+ Z7 c3 V
interface GigabitEthernet2/3
+ y# e0 \) W& N) c, p2 H! 5 ~6 j+ D6 z& p; Q) P+ h) N6 ?
interface GigabitEthernet2/4 + `7 ~; b6 N( l! [
! " x1 \6 V1 H' r3 J, h4 @; i
interface GigabitEthernet2/5
6 w% d) }0 V: A7 N4 c* [, j!
" V3 L3 l5 ]% \1 H( Ginterface GigabitEthernet2/6 % k: m8 H; i; }5 _0 A; d! Y
! ! G% s b! a0 m3 e
interface GigabitEthernet2/7 3 I6 L, _* T% O; D- t0 @" p
!
( `( r9 m) e* a: _! Cinterface GigabitEthernet2/8
! y$ Q6 |/ q! E8 e9 ~!
0 a! {* r. l0 winterface GigabitEthernet2/9 $ q& u4 S$ X' h* k- M: n J
! 2 h3 N! G k; {# b4 Q
interface GigabitEthernet2/10 ' X" B' L1 }' w& H
!
* T' w& A+ D3 I: S' F2 ginterface GigabitEthernet2/11 ; D) B& I, a+ P9 l/ H6 G' O
!
8 K# l, Y$ u( i ]interface GigabitEthernet2/12
0 F- L# o) n* |6 ~! : Z, a3 P5 q' k9 C
interface GigabitEthernet2/13
* I% a( E; d/ O( d* d' P" L! Z!
3 u: x+ t, f# N3 ninterface GigabitEthernet2/14
' Y8 W% {0 }. m* I0 h* }1 _! 4 b2 J/ H5 W2 M' a* n! O
interface GigabitEthernet2/15
) @- y; S: b% x!
$ F' p' R/ V2 r* _, h) Q! Yinterface GigabitEthernet2/16 3 f& \4 n" {* L$ a
!
; \( A9 c/ A! l3 W }2 |+ K! C9 j, u! M& Vinterface GigabitEtherne
; d; _& w1 q# O% b: o! * j. Y/ c# W( }9 n3 B
interface GigabitEthernet2/18 # v4 k- r5 Q0 @& d4 `
! 6 x; h! ]3 A' j; W1 d P) }/ z: o
interface GigabitEthernet3/1 ) k- y. @4 f% N8 z
! $ z- E& c" ?; l
interface GigabitEthernet3/2
7 E( m9 J- f6 V! i!
) v& z& c9 |) ]( H/ minterface GigabitEthernet3/3
. C, U" G/ [; r$ U. i( F!
6 ~ j* j5 N+ Sinterface GigabitEthernet3/4
6 y, X; o5 x/ N. h) D& F2 e! e!
* S8 ^ w( M5 Q" C/ w( [interface GigabitEthernet3/5 ; F( y! ^' L+ j! I
!
; e6 \; W8 G; M$ G2 d( W5 Ointerface GigabitEthernet3/6 y3 X; x* t8 N
! 7 E# u; \& {4 Y
interface GigabitEthernet3/7
# b+ [# S) ]) s H!
. F5 i: A# z J+ U! C Vinterface GigabitEthernet3/8 9 s8 F0 \3 ?- Q+ G, x- B$ w
! $ p9 s/ S7 I: [' O0 e$ y: }& E
interface GigabitEthernet3/9
: [; a% G; z' {+ m8 c6 O0 k! 1 ^/ i3 ^7 w$ O6 ^+ ~" C9 H3 m8 n6 W
interface GigabitEthernet3/10 2 `; H0 \! L6 Q( o t |8 S! g& G
! . D$ a7 [% y5 k( N) ~/ w+ u& _+ H
interface GigabitEthernet3/11
. o4 d, z, m+ H/ O% j7 Y! - t/ I2 e: o- N. J2 h
interface GigabitEthernet3/12 $ O( O3 Q; u* S+ @! ]1 y
! r, ^3 [$ @' r. ^( I- M9 A1 C
interface GigabitEthernet3/13 . o" J9 V* ]/ e" g" s& e8 e4 ]
!
5 ^1 }8 O! H/ V6 }; {interface GigabitEthernet3/14 / X4 K3 [9 L5 u$ ^$ X9 i
! % m, D4 y. D2 l- \
interface GigabitEthernet3/15
5 C2 n1 P! B* _# {% [6 ?- V F' w! B! $ d; s( ^* ^1 ?
interface GigabitEtherne ! Z2 r! h6 r0 G+ o* D" Z
!
. L2 }% r1 `3 z5 einterface GigabitEthernet3/17
2 D( X2 i) K7 R S G; ?: [! + G h# c% n7 v) y+ ^/ L9 S! n
interface GigabitEthernet3/18 1 z; G' `8 D0 ?# V! r/ `
!
) z% f$ o" m4 W$ [8 ginterface GigabitEthernet3/19 . _6 `4 \7 O |5 _; j9 H2 m% `# A2 z
! ) X) b- q5 M& k/ S: F5 F
interface GigabitEthernet3/20 : q0 U: N( M, Z: f
! 1 H# l' W6 ?* Z# M$ P( y1 m6 n: E0 \
interface GigabitEthernet3/21
5 W4 E) _1 v+ @% ?!) \; W3 N5 T# _3 a0 J) J: L+ w8 i$ l
interface GigabitEthernet3/22" E! H: Y% x* A
!+ F. b; z! O& R. H& {! g) T1 }
interface GigabitEthernet3/23# t9 |* z8 @+ ~0 \4 \, M! T% h
!
( R) f/ C$ z {4 L' ~. ~7 J4 Dinterface GigabitEthernet3/24
; F% m* _8 M/ d% p a!. g, ?4 l1 o1 |1 S: q8 o* U
interface Vlan1$ O: O) @6 ~, R, r4 ^& n$ A
no ip address
8 k0 q9 x+ c$ n1 e' V& t# y( j* ^9 D!
- d; [5 `$ N$ M6 wno ip http server3 R4 y3 u' ?8 b1 `- p
!
1 |* Q3 ^( w$ r0 ~1 S# ]& l2 B9 d4 K!3 ]$ f- i" }! W" Z. R
!
: T; C1 B1 g, A/ C t, Z! `!
3 m8 ^5 n3 n" M; {!8 \! _ }* z) D
line con 0' E f3 t; u: j7 Z9 C4 D: J
stopbits 13 k" k2 y( r" I. H6 z2 F
line vty 0 4( q3 Q! i- x+ j
!+ w/ T& u9 P" W6 B* l: p
end
4 s# Q* z+ t9 e" o- T7 X' ~& I
3 P* i' T. X7 @/ ~' k% C' Q; d- w6 q! T& v" T* \0 n
**************************3560**********************# Y4 @4 Q: H; z, p0 u/ Q! R8 I+ @
Current configuration : 1618 bytes
0 N, b. e; D7 a% y5 l!8 w% D* G5 d; X6 B$ V) l# U6 B9 {
version 12.2
6 \$ f! R. H/ A5 ~+ U5 E6 Ino service pad
- v6 l5 t5 x$ B* Dservice timestamps debug uptime
, r* l; Z% h* j& s( vservice timestamps log uptime
4 f$ s# {. x+ V/ P5 v2 zno service password-encryption; v$ S8 K& K9 a/ C& Z% ]
!" r" K' F V9 g
hostname 3560
; b* u1 \1 ~, J/ d: v!
3 t5 ]$ ~) f2 G, w9 v7 t& Henable password 1135 b8 |, [. D; e1 S+ [- @( N( L1 Z3 r
!
- T9 G' o; k& W/ L0 P" |no aaa new-model, K: {; k$ E) ]& R
ip subnet-zero
2 D) |$ d& K8 }$ cip routing
5 S4 V8 X! w* _- f5 h9 A!
" J2 q( e% A+ D( D6 K( D!
# r( U; C6 }: K!
) r- _9 i9 b0 B: k3 h; ~. J! L!
7 a& e: h5 x5 B$ P. |no file verify auto
3 i" p9 _4 {6 q5 i- I# w0 s2 J1 ospanning-tree mode pvst8 X/ L9 L8 D" |3 b4 K6 k V [3 ?
spanning-tree extend system-id
t- h" Z7 ]9 }! H& d- O! _8 N!
* K3 Z+ N1 L+ } e3 Mvlan internal allocation policy ascending2 |3 N# D! {+ b% _- }0 h
!2 m4 O( X7 x; R4 C$ T' w$ z' T
interface GigabitEthernet0/1# y+ l7 o2 J) D: m8 }% j7 u9 r0 J
!
|8 A$ w: S( g$ Zinterface GigabitEthernet0/2
6 c3 E; z' @5 b!
6 L! z. }, B) X. L: X) vinterface GigabitEthernet0/33 | j$ f: ], ^3 N; \" \1 O6 c
!$ }7 V `. ]. R7 M7 o
interface GigabitEthernet0/4
/ @7 L0 R( D4 W1 s!/ m8 {: z' k8 k$ ?: @
interface GigabitEthernet0/5
0 @/ m$ S1 ~" p! M, z9 F+ X!
, }; D* o; P" }& z# `interface GigabitEthernet0/6
; T" B3 o8 i/ r5 x5 S!; t9 q8 y, I J2 y
interface GigabitEthernet0/7
4 W1 s5 K6 f6 ?$ }" c# A2 }) [!
1 o7 `7 t2 y: f7 |9 X% ~interface GigabitEthernet0/8& G4 q: \( i" {. f8 A1 b* j$ K
!" I9 _% B1 d- W# G7 `
interface GigabitEthernet0/9
+ g3 m) z, v& k& K- {( A!! ~; F( L" l5 J' D1 t9 e
interface GigabitEthernet0/10
3 P, k4 b3 \! f- A- q" G!* J5 M9 @( A/ H3 ~6 q
interface GigabitEthernet0/117 X# k( Q5 K, n. U2 Q
!2 _; p5 b% b/ |; Z
interface GigabitEthernet0/12
8 \0 S% {& F8 M; P. s!
/ z) t) Y9 G5 x& t# }6 P9 S4 Dinterface GigabitEthernet0/13
1 G2 A- ^* A1 v: V! D8 t% M2 p! c1 y
interface GigabitEthernet0/14! |9 ]8 T( Q1 x7 t; b* Q
!
6 w: R% x( }. z) Tinterface GigabitEthernet0/15
% I- r, c B. P) ]! K5 h5 c, Q!
1 e, k6 K3 p( T' L( [2 a4 J- G( b; N2 L" Sinterface GigabitEthernet0/16
& M. n) ~- z& R4 ]0 @' \!* h( z6 W l2 u8 s( K$ u$ x/ s
interface GigabitEthernet0/17 G; `( U) v5 n* t( Q6 d8 o; ]
!
; C* X) W0 J% C" e; V$ w6 linterface GigabitEthernet0/18
8 D$ s% k. a5 F' ~! `( B!
7 F5 [5 C! }1 h4 Linterface GigabitEthernet0/19' U( ?+ H/ D) j- s$ q
!
c$ m7 ?0 p( ^+ @$ x1 M4 tinterface GigabitEthernet0/200 E" l' @2 l- O3 T
!8 h' h4 x8 a9 N# W- |" c* e: i
interface GigabitEthernet0/21
# k+ t$ h6 b. g$ V/ T/ N!" V+ ~+ \3 w; I" u+ }* R0 f9 E& Z6 d
interface GigabitEthernet0/22
K- `+ o. S$ w" X% \0 L0 u!
7 M/ r' O0 J+ V) b5 minterface GigabitEthernet0/238 Z1 T" d5 U4 v. g+ m6 q
!
( t( L# I+ }( v; e6 w! Ginterface GigabitEthernet0/24
, z E' F0 \0 s1 Z J!( Z; N0 Z- m0 R# O( S% W' B
interface GigabitEthernet0/25
) y5 ~" D4 A7 Q# ~; ^8 W!
" h$ ^! m% e" n- Z" F- Sinterface GigabitEthernet0/26
9 E4 p. _/ D/ S!
; q( M4 `; M8 b0 V. B" x( p; Ainterface GigabitEthernet0/27
5 |: p* S& F9 ^7 T' a5 w9 U! Q8 G!; T! l3 v0 e8 n0 G2 K0 H' I3 ]& c
interface GigabitEthernet0/280 }& i4 i5 e7 {0 p3 l
!
9 d, U S' `# ^$ D# Ninterface Vlan1
; i4 A) p' |3 `0 h0 `+ bip address 192.168.0.253 255.255.255.0
. y- G3 \2 ^$ i" Q( F% u4 \3 ~0 f!
1 S @: P0 j# d+ `9 R9 o% h" minterface Vlan30
. Y8 U# l% ?' X. [ip address 192.168.3.254 255.255.255.08 N7 T7 I. M1 i0 a3 @" L- G& Z
ip access-group 1 out7 `" j% |, a v1 W/ }
!
L" ]% f9 Z X' s1 ^% a9 Hinterface Vlan406 f' U# x# }" F( j2 Z* n: \
ip address 192.168.4.254 255.255.255.0
& _, M. \7 y8 |. |, c( pip access-group 1 out6 F% J; e% z( J2 N# X: A& N
!
, w4 M2 P2 z: V0 Jip classless! Z/ ?! i. L+ G( i- z4 Y: ^
ip http server
2 c3 _, t5 S9 I!
' U5 U+ B1 U \access-list 1 permit 192.168.0.0 0.0.0.255- z, X9 l6 G& |0 h; U1 O1 H% g
!0 C ? J9 k: f4 E8 B- P! Y( L
control-plane ~( E" x0 G: l! J' t, z
!
5 B: {4 v+ }8 Z8 _; Y% T!
, W- y7 _8 n4 i( i9 F/ jline con 0
# {- x3 @% e) k/ o: [8 r4 n0 g! T) Qline vty 0 4
! k) u. y6 ` W6 s* J5 e2 vpassword 113
+ L+ T# r& Q& t! W+ o! zno login
4 |' J5 r9 Y3 _6 W+ zline vty 5 15
6 T& R) I% ~% i9 ano login
9 K+ l1 Y! f$ _" n2 a: a7 J!
+ j) t. \# F1 G7 b& c!1 t6 X' W, \1 y; _5 O
end
- ?2 C8 c5 n5 `6 G O- Z3 k9 L$ X4 f- J+ N/ O
; g& P0 `# d$ m% X; \4 @( B' X/ k" a2 i' t
2 k, d5 S1 B# j6 o' f9 v" c* g/ @
*************************2960*************************
% Z- r" M* _. e5 b& _+ LBuilding configuration...
5 c$ e/ ?1 Z( r- i1 HCurrent configuration : 2866 bytes! ^5 v6 G2 { C" s; T
!
# t+ o1 r, K! @5 b$ Wversion 12.21 a5 U0 I0 `/ j9 T3 q& W
no service pad* ~8 z6 G6 \9 U# ~, S4 O8 J1 O
service timestamps debug uptime/ G" h F: L g L
service timestamps log uptime- B: D& h. a {+ E' S: R
no service password-encryption
7 e# k$ o0 O. `2 G5 L!5 Y! {7 G: n' I7 q" q
hostname 2960
; v% E0 _1 I7 X8 |# l! m# S!
7 }! m) {( ]) henable password 113* F. D% g5 \; A& |: u- \0 |/ @, K
!
|# `+ ^4 ]2 X/ T; ?6 `' Xno aaa new-model6 a9 v9 J" k6 w: y4 }
system mtu routing 1500% y1 q' N; F( t5 }
ip subnet-zero, m) \. M$ H4 Z3 [9 {
!) `6 \# y( t& x# B* J$ V
!% B. _) f1 }- D, [7 X
!
6 z7 t7 u6 t0 l R2 V1 w7 j, M!
+ Z- X4 J- u& Ino file verify auto8 ~; i* o, ^% W( [( A
spanning-tree mode pvst6 i8 E6 q# A! J
spanning-tree extend system-id
" ^5 T `* ^4 w- t& E y!6 e# k, [" f. H |
vlan internal allocation policy ascending: i& s- j- `( M
!
/ p" Y6 l- b& y8 w1 W" R, Yinterface FastEthernet0/1
2 H' o- _+ q* fswitchport access vlan 30' s+ b& Q# u4 q5 @9 i
switchport mode access
0 v' ^1 g4 W' | r4 fspanning-tree portfast: x4 X1 y' B' ~/ b6 r
!
; q; i& R$ o9 H, X" finterface FastEthernet0/2- Y- D3 ~& T' I7 Q z
switchport access vlan 30
9 M5 m8 ~ t6 C; n9 Dswitchport mode access
4 h- r; E2 K& |+ W% L( |- vspanning-tree portfast. j; I" t% S2 v( r# Y l
!! u9 v6 m2 d* @* G0 W" _* |
interface FastEthernet0/39 M! o$ c8 N, i" s6 n
switchport access vlan 304 H7 |0 I4 m" y2 T% B
switchport mode access
9 y7 m& R3 [) t, Cspanning-tree portfast
9 L/ B- t( w' m' h!. z( h) j* N8 m0 c, E$ ?% `# G
interface FastEthernet0/4* \' q& F: d- ^
switchport access vlan 30
: z! r* V; v! ?$ x) l: O7 p, [% h! oswitchport mode access
E! @+ s0 c) p8 l/ J$ rspanning-tree portfast f: S+ s3 Y0 |6 u
!* I# [5 M9 k% ]9 S& i K) ?7 w- t
interface FastEthernet0/5
/ V0 U& y% q) D! \2 \9 kswitchport access vlan 30
2 f) R) K( u7 _+ o# V- Xswitchport mode access) G6 |4 R) ~1 X# p* o7 u9 q. Q
spanning-tree portfast! _. H8 T# M3 o1 j
! {0 e8 ^3 d! _# N# \
interface FastEthernet0/6; j# c6 s; E e" J0 D; O, a
switchport access vlan 30
. j9 d& ~7 U2 b# m a% jswitchport mode access
: y: r* {7 S, A- a# Uspanning-tree portfast
: }7 I7 p1 L& T+ x+ F3 J( b/ k!( l) p ]0 ]; m. M
interface FastEthernet0/7
2 i5 ]" E$ q0 D* |# gswitchport access vlan 30
1 l# g. t$ W9 O( Y" \: d1 ]3 lswitchport mode access
# y. t/ e1 V& j" l/ n/ Xspanning-tree portfast% T5 ?( q0 O7 j8 U: C0 w
!
% }( X0 \2 q; |: m( S* k; \2 b, Uinterface FastEthernet0/8
" f4 m! {# _* g# h8 Gswitchport access vlan 30, Q% k0 J6 `; D; }
switchport mode access' P) L- ^. |8 y: I
spanning-tree portfast
7 Z8 D4 @1 [3 k( F) w+ K- s!9 v# J2 V* U- o, m) C
interface FastEthernet0/9) \* W2 d4 M a) s+ K
switchport access vlan 30$ i2 g4 l c7 \' C. e
switchport mode access
6 w4 o: j7 `2 ?3 K) Cspanning-tree portfast
1 ~& K# N2 U( N# ?3 d# V0 E!
! t6 P" E0 }2 Kinterface FastEthernet0/10
; O# S8 M. B4 I, {; a0 G0 r* ?switchport access vlan 30
& x" E# a( ` A7 E7 q$ q# V4 Wswitchport mode access
2 u: F: [6 e/ c/ L3 A& Cspanning-tree portfast
5 X% V1 _# w! m8 p!
# K+ z0 @! k' sinterface FastEthernet0/11
5 D' M* a' b; W0 Z& iswitchport access vlan 30
+ c5 {- Y/ k* C$ z) tswitchport mode access
5 B$ K# ^, D0 l! sspanning-tree portfast
, I* W; p) w4 D; f!; [( ]% g8 C( S0 P( c& c
interface FastEthernet0/12
/ R7 i M" i' J5 P4 g( ` P/ Y! n" y/ lswitchport access vlan 30) r( `4 @! w% r7 K Z
switchport mode access/ X, c4 U& q z0 r, K% a7 c" ]! B
spanning-tree portfast' w; h6 ^; e7 p: d, B4 s
!4 M. v( h4 g' Z. j) z* V
interface FastEthernet0/13, `) |0 l: T4 ]) ]
switchport access vlan 30
/ y# K' [* P# i1 tswitchport mode access; e2 Q) U- E g6 `. b1 a
spanning-tree portfast
" ?1 j0 _' i) X: \$ @!+ m5 a5 ]9 D0 P$ `, E: p# h; [. p# Z
interface FastEthernet0/14' V% p% [' s- H! W+ Q. d7 k
switchport access vlan 30
6 p( f: t' h3 B; U( dswitchport mode access
- j& m' g2 J' |+ n* Z; ~8 s# zspanning-tree portfast3 q1 p# j5 k) h
!
! k) u! a ]# B8 |8 T2 h; yinterface FastEthernet0/15
7 ~9 V J" Q0 `; k4 Y* I, \ rswitchport access vlan 306 l9 ^; k; h4 B0 D& e
switchport mode access
A" ?# B6 ?4 aspanning-tree portfast5 s# O a& y0 k0 S' t- ]
!1 D: A! R" v; `
interface FastEthernet0/160 t7 U4 n6 z1 U" g! O9 Y4 A
switchport access vlan 30
/ O6 l* l+ x* Zswitchport mode access u X I- z: @7 z8 @! a1 i6 R
spanning-tree portfast5 e% w' ]. A7 c, G8 S; h
!8 ~5 P- w- ? j7 C, @
interface FastEthernet0/17
5 V2 P Y5 y; v" G+ n- Bswitchport access vlan 30' w; \% z$ U3 L0 A5 ^
switchport mode access$ J' T2 n0 d' [7 d( G/ }
spanning-tree portfast
/ c1 i9 g( r! A7 S4 d8 o7 u!5 ?! z# H- i& m+ W
interface FastEthernet0/18) x# {' W0 {# W
switchport access vlan 301 n4 P# {3 }( ^ o
switchport mode access
+ W$ a. u; _: _# H$ |. B }* Wspanning-tree portfast1 d5 w& p8 W. S: ~ o: J
!3 s Z6 _5 {+ \
interface FastEthernet0/19
! ]" J: j p* r4 S2 m, j- Cswitchport access vlan 30
: t2 ~* X; Z2 F, i. T. f* p6 H1 lswitchport mode access
; k& k; e% s& B; Y! |- tspanning-tree portfast; E g+ I' Q8 s* a
!6 ?! a3 P5 P4 L( a% X/ X: K
interface FastEthernet0/20
+ k! Y+ C+ h9 @, H! \switchport access vlan 30
) ?+ ]+ n4 D5 t9 _1 D( l# Rswitchport mode access4 L* g. S7 X2 |
spanning-tree portfast9 E+ Z+ _7 ?9 u2 f6 n; d# W" E0 h2 D- \
!1 C$ C' H% P1 e) m" b9 f& J$ ?
interface FastEthernet0/21/ `& p( i* e3 ?
!
/ d" E/ A" [" [+ b7 k7 ]) c; r1 E8 iinterface FastEthernet0/22% \3 t5 B- F' o9 y Q- Q
!) O+ w# L7 W- S
interface FastEthernet0/23- K ^ E) t5 c7 o" O: t7 j- j- U
!
- p( M1 @$ z3 Y7 A9 w) Hinterface FastEthernet0/24
" @5 R( L) i1 L1 W9 J4 j% S!
/ J- N$ C( k& v1 L, G# H5 Ainterface GigabitEthernet0/1) c, f, s$ s0 E. j) b- [% `6 M
switchport mode trunk
d% s+ L8 @4 ?4 Y8 D7 Q!
, V( H% }/ R2 q {interface GigabitEthernet0/2
" ]$ {1 }0 B7 ?9 \!* P' w$ c& k \* O; F& V# X
interface Vlan1
2 H9 b- n) p2 j& Y( V, j3 ano ip address& F) E6 Q: S1 L% \4 T
no ip route-cache( X& h: O2 W( J
shutdown. q, o* G8 k6 z
!# }" \3 ^, \! t9 g. |" ~" r" y
interface Vlan403 c/ C" J+ c- p) {# q) Z
ip address 192.168.4.1 255.255.255.0' b4 d. c: X$ t
no ip route-cache m: i4 b9 ]- y1 ]7 Z8 v# s
!- H7 V K; x% P! E& _ V! R4 p
ip http server
~, c7 _5 k2 X) y3 W& a v P* D! P) w* k' E% G( P
control-plane
4 u, A9 v# T0 R9 U+ p!1 \* f* t; \2 ]" L
!
9 y, V/ k, j: u# \/ N' ]' W6 Rline con 0
" s4 B* P% f9 T, M0 Zline vty 0 4
7 N, Y; T S. T5 [password 113
+ }0 N5 f) o# o3 J6 Xlogin6 l% O- b& [0 p/ L5 u( D! q
line vty 5 15
( `8 o' g+ }( G) }login( M& z* l/ O: f1 W: {
!5 f$ r) y3 r# F* J
end |
|
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
