huawei switch configuration commands

Huawei switch configuration commands

Huawei router switch configuration commands: computer command

PCAlogin:root; root users

The password:linux password is Linux;

#shutdown-hnow shutdown;

#init0 shutdown;

#logout; user logoff

#login; user login

#ifconfig displays the IP address;

#ifconfigeth0netmask; set the IP address

#ifconfigeht0netmaskdown; disable IP address

#routeadd0.0.0.0gw; set the gateway

#routedel0.0.0.0gw delete gateway;

#routeadddefaultgw; set the gateway

#routedeldefaultgw delete gateway;

#route display gateway;

#ping; send ECHO packets

#telnet; remote login

Huawei router switch configuration commands: switch command

[Quidway]discur displays the current configuration;

[Quidway]displaycurrent-configuration displays the current configuration;

[Quidway]displayinterfaces display interface information;

[Quidway]displayvlanall displays the routing information;

[Quidway]displayversion; display version information

[Quidway]superpassword; modify privileged user password

[Quidway]sysname switch name;

[Quidway]interfaceethernet0/1; into the interface view

[Quidway]interfacevlanx; into the interface view

[Quidway-Vlan-interfacex]ipaddress10.65.1.1255.255.0.0; VLAN IP address configuration

[Quidway]iproute-static0.0.0.00.0.0.010.65.1.2; static routing = gateway

[Quidway]rip; three layer exchange support

[Quidway]local-userftp

[Quidway]user-interfacevty04; enter virtual terminal

[S3026-ui-vty0-4]authentication-modepassword; set the password mode

[S3026-ui-vty0-4]setauthentication-modepasswordsimple222; set the password

[S3026-ui-vty0-4]userprivilegelevel3; user level

[Quidway]interfaceethernet0/1 entered the port mode;

[Quidway]inte0/1 entered the port mode;

[Quidway-Ethernet0/1]duplex{half|full|auto}; working state port configuration

[Quidway-Ethernet0/1]speed{10|100|auto} configure the port work rate;

[Quidway-Ethernet0/1]flow-control; configuration port flow control1

[Quidway-Ethernet0/1]mdi{across|auto|normal}; configuration port flush twisting

[Quidway-Ethernet0/1]portlink-type{trunk|access|hybrid}; set the port mode

[Quidway-Ethernet0/1]portaccessvlan3; add the port to VLAN

[Quidway-Ethernet0/2]porttrunkpermitvlan{ID|All}; trunk VLAN allowed

[Quidway-Ethernet0/3]porttrunkpvidvlan3; set the trunk port of PVID

[Quidway-Ethernet0/1]undoshutdown activation port;

[Quidway-Ethernet0/1]shutdown; closed port

[Quidway-Ethernet0/1]quit; return

Create a VLAN [Quidway]vlan3;

[Quidway-vlan3]portethernet0/1; add port in VLAN

[Quidway-vlan3]porte0/1 shorthand method;

[Quidway-vlan3]portethernet0/1toethernet0/4; add port in VLAN

[Quidway-vlan3]porte0/1toe0/4 shorthand method;

[Quidway]monitor-port; designated port mirroring

[Quidway]portmirror; assigned port mirroring

[Quidway]portmirrorint_listobserving-portint_typeint_num; specify a mirror and mirror

[Quidway]descriptionstring specifies the VLAN description character;

[Quidway]description; deletion of VLAN description character

Check the VLAN settings to [Quidway]displayvlan[vlan_id];

[Quidway]stp{enable|disable}; set the spanning tree, is turned off by default

[Quidway]stppriority4096; set spantree priority

[Quidway]stproot{primary|secondary}; set as the root or root backup

[Quidway-Ethernet0/1]stpcost200; set the switch port cost

[Quidway]link-aggregatione0/1toe0/4ingress|both port polymerization;

[Quidway]undolink-aggregatione0/1|all; start port channel number

[SwitchA-vlanx]isolate-user-vlanenable; set master VLAN

[SwitchA]isolate-user-vlansecondary; set the main VLAN including VLAN

[Quidway-Ethernet0/2]porthybridpvidvlan; VLAN PVID

Remove VLAN PVID [Quidway-Ethernet0/2]porthybridpvid;

[Quidway-Ethernet0/2]porthybridvlanvlan_id_listuntagged; set no identification VLAN

If the package of vlanid is consistent with PVId, then remove the default PVID=1 VLAN

information.

So the PVID is set for the vlanid, set VLAN untagged. Exchange

Huawei router switch configuration commands: router command

[Quidway]displayversion; display version information

[Quidway]displaycurrent-configuration displays the current configuration;

[Quidway]displayinterfaces display interface information;

[Quidway]displayiproute displays the routing information;

[Quidway]sysnameaabbcc; change the host name

[Quidway]superpasswrod123456; set the password

[Quidway]interfaceserial0 into the interface;

[Quidway-serial0]ipaddress configure the port IP address;2

[Quidway-serial0]undoshutdown activation port;

[Quidway]link-protocolhdlc binds HDLC protocol;

[Quidway]user-interfacevty04

[Quidway-ui-vty0-4]authentication-modepassword

[Quidway-ui-vty0-4]setauthentication-modepasswordsimple222

[Quidway-ui-vty0-4]userprivilegelevel3

[Quidway-ui-vty0-4]quit

[Quidway]debugginghdlcallserial0 display all of the information;

Debugging [Quidway]debugginghdlceventserial0 event information;

[Quidway]debugginghdlcpacketserial0; show the package information

Huawei router switch configuration commands: static routing:

[Quidway]iproute-static{interfacenumber|nexthop}[value][reject|blackhole]

For example: [Quidway]iproute-static129.1.0.01610.0.0.2

[Quidway]iproute-static129.1.0.0255.255.0.010.0.0.2

[Quidway]iproute-static129.1.0.016Serial2

[Quidway]iproute-static0.0.0.00.0.0.010.0.0.2

Huawei router switch configuration commands: dynamic routing:

[Quidway]rip; set dynamic routing

[Quidway]ripwork is allowed to work;

[Quidway]ripinput; set the entrance permit

[Quidway]ripoutput; set the export permit

[Quidway-rip]network1.0.0.0; set the exchange routing network

[Quidway-rip]networkall; set the exchange with all network

[Quidway-rip]peerip-address;

[Quidway-rip]summary routing aggregation;

[Quidway]ripversion1; set up work in version 1

With version 2, [Quidway]ripversion2multicast; multicast

[Quidway-Ethernet0]ripsplit-horizon; horizontal partitioning

[Quidway]routeridA.B.C.D; configure router ID

[Quidway]ospfenable; OSPF protocol

[Quidway-ospf]import-routedirect; introducing the direct route

The [Quidway-Serial0]ospfenablearea configuration OSPF region;

Huawei router switch configuration commands: standard access list command

format is as follows:

The default acl[match-orderconfig|auto]; the former sequence matching.

Rule[normal|special]{permit|deny}[sourcesource-addrsource-wildcard|any]

Example: [Quidway]acl10

[Quidway-acl-10]rulenormalpermitsource10.0.0.00.0.0.255

[Quidway-acl-10]rulenormaldenysourceany

Huawei router switch configuration commands: extended access list configuration

command3

Extended configuration of TCP/UDP protocol access list:

Rule{normal|special}{permit|deny}{tcp|udp}source{|any}destination|any}

[operate]

Extended configuration of ICMP protocol access list:

Rule{normal|special}{permit|deny}icmpsource{|any]destination{|any]

[icmp-code][logging]

Huawei router switch configuration commands: extended access control list the meaning

of the operators

Is equal to equalportnumber;

Greater than greater-thanportnumber;

Less than less-thanportnumber;

Not-equalportnumber unequal;

Rangeportnumber1portnumber2; interval

Huawei router switch configuration commands: extended access list example

[Quidway]acl101

[Quidway-acl-101]ruledenysouceanydestinationany

[Quidway-acl-101]rulepermiticmpsourceanydestinationanyicmp-typeecho

[Quidway-acl-101]rulepermiticmpsourceanydestinationanyicmp-typeecho-reply

[Quidway]acl102

[Quidway-acl-102]rulepermitipsource10.0.0.10.0.0.0destination202.0.0.10.0.0.0

[Quidway-acl-102]ruledenyipsourceanydestinationany

[Quidway]acl103

[Quidway-acl-103]rulepermittcpsourceanydestination10.0.0.10.0.0.0destination-

portequalftp

[Quidway-acl-103]rulepermittcpsourceanydestination10.0.0.20.0.0.0destination-

portequalwww

[Quidway]firewallenable

[Quidway]firewalldefaultpermit|deny

[Quidway]inte0

[Quidway-Ethernet0]firewallpacket-filter101inbound|outbound

Huawei router switch configuration commands: address conversion configuration

example

[Quidway]firewallenable

[Quidway]firewalldefaultpermit

[Quidway]acl101; internal host can enter the E0


[Quidway-acl-101]rulepermitipsource129.38.1.10destinationany




[Quidway-acl-101]quit

[Quidway]inte04

[Quidway-Ethernet0]firewallpacket-filter101inbound

[Quidway]acl102; the external host specific and more than 1024 port packet is allowed to

enter the S0


[Quidway-acl-102]rulepermittcpsource202.39.2.30destination202.38.160.10

[Quidway-acl-102]rulepermittcpsourceanydestination202.38.160.10destination-portgreat-

than

1024

[Quidway-acl-102]quit

[Quidway]ints0

[Quidway-Serial0]firewallpacket-filter102inbound; 202.38.160.1 is the router IP.

[Quidway-Serial0]natoutbound101interface; Easyip, acl101 allows IP from this interface

transform source address.

Huawei router switch configuration commands: internal server address conversion

configuration command (static NAT):

Natserverglobal[port]insideport[protocol]; global_port does not write when using

inside_port

[Quidway-Serial0]natserverglobal202.38.160.1inside129.38.1.1ftptcp

[Quidway-Serial0]natserverglobal202.38.160.1inside129.38.1.2telnettcp

[Quidway-Serial0]natserverglobal202.38.160.1inside129.38.1.3wwwtcp

A public IP:202.38.160.101~202.38.160.103 can use. Foreign access (the original

examples);

[Quidway]nataddress-group202.38.160.101202.38.160.103pool1; set up address pool

[Quidway]acl1

[Quidway-acl-1]rulepermitsource10.110.10.00.0.0.255 specifies the allowable internal

network;

[Quidway-acl-1]ruledenysourceany

[Quidway-acl-1]intserial0

Remove the IP [Quidway-Serial0]natoutbound1address-grouppool1; foreign access from

the address pool in S0 port

[Quidway-Serial0]natserverglobal202.38.160.101inside10.110.10.1ftptcp



[Quidway-Serial0]natserverglobal202.38.160.103inside10.110.10.4smtpudp

Huawei router switch configuration commands: PPP settings: [Quidway-s0]link-

protocolppp; the default protocol

Huawei router switch configuration commands: PPP verification:

The main prescription: pap|chap

[Quidway]local-userq2password{simple|cipher}hello; router 1

[Quidway]interfaceserial0

[Quidway-serial0]pppauthentication-mode{pap|chap}5

[Quidway-serial0]pppchapuserq1; PAP, not this sentence

Huawei routing switch configuration commands: PAP is prescription:

[Quidway]interfaceserial0; router 2

[Quidway-serial0]ppppaplocal-userq2password{simple|cipher}hello

Huawei router switch configuration commands: chap is prescription:

[Quidway]interfaceserial0; router 2

[Quidway-serial0]pppchapuserq2; its router name

[Quidway-serial0]local-userq1password{simple|cipher}hello; the other router name

Frame relay frame-relay (two: 6-61)

[q1]frswitching

[q1]ints1

[q1-Serial1]ipaddress192.168.34.51255.255.255.0

[q1-Serial1]link-protocolfr; encapsulation frame relay protocol

[q1-Serial1]frinterface-typedce

[q1-Serial1]frdlci100

[q1-Serial1]frinarp

[q1-Serial1]frmapip192.168.34.52dlci100

[q2]ints1

[q2-Serial1]ipaddress192.168.34.52255.255.255.0

[q2-Serial1]link-protocolfr

[q2-Serial1]frinterface-typedte

[q2-Serial1]frdlci100

[q2-Serial1]frinarp

[q2-Serial1]frmapip192.168.34.51dlci100

Huawei router switch configuration commands: frame relay monitoring

[q1]displayfrlmi-info[]interfacetypenumber]

[q1]displayfrmap

[q1]displayfrpvc-info[serialinterface-number][dlcidlci-number]

[q1]displayfrdlci-switch

[q1]displayfrinterface

[q1]resetfrinarp-info

[q1]debuggingfrall[interfacetypenumber]

[q1]debuggingfrarp[interfacetypenumber]

[q1]debuggingfrevent[interfacetypenumber]

[q1]debuggingfrlmi[interfacetypenumber]

Huawei router switch configuration commands: start the FTP service:

[Quidway]local-userftppassword{simple|cipher}aaaservice-typeftp

[Quidway]ftpserverenable

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More related:

HUAWEI SWITCH CONFIGURATION COMMANDS

HUAWEI ROUTER AND SWITCH CONFIGURATION COMMANDS

ABOUT BASIC QOS POLICY FOR HUAWEI ROUTER

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huawei switch configuration commands

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