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Huawei switch configuration commands
Huawei router switch configuration commands: computer command
PCAlogin:root; root use...
[Quidway-Ethernet0/1]mdi{across|auto|normal}; configuration port flush twisting
[Quidway-Ethernet0/1]portlink-type{trunk|a...
[Quidway-serial0]undoshutdown activation port;
[Quidway]link-protocolhdlc binds HDLC protocol;
[Quidway]user-interfacevty0...
Extended configuration of TCP/UDP protocol access list:
Rule{normal|special}{permit|deny}{tcp|udp}source{|any}destination|...
[Quidway-Ethernet0]firewallpacket-filter101inbound
[Quidway]acl102; the external host specific and more than 1024 port pac...
[Quidway-serial0]pppchapuserq1; PAP, not this sentence
Huawei routing switch configuration commands: PAP is prescription:
...
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HUAWEI SWITCH CONFIGURATION COMMANDS
HUAWEI ROUTER AND SWITCH CONFIGURATION COMMANDS
ABOUT BASIC QOS POLICY ...
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Huawei switch configuration commands

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Leading Huawei networking products distributor - Huanetwork.com
Huawei switch configuration commands

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Huawei switch configuration commands

  1. 1. 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 control 1
  2. 2. [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
  3. 3. [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 command 3
  4. 4. 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]rulepermittcpsourceanydestination10.0.0.10.0.0.0destinationportequalftp [Quidway-acl-103]rulepermittcpsourceanydestination10.0.0.20.0.0.0destinationportequalwww [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]ruledenyipsourceanydestinationany [Quidway-acl-101]rulepermitipsource129.38.1.10destinationany [Quidway-acl-101]rulepermitipsource129.38.1.20destinationany [Quidway-acl-101]rulepermitipsource129.38.1.30destinationany [Quidway-acl-101]rulepermitipsource129.38.1.40destinationany [Quidway-acl-101]quit [Quidway]inte0 4
  5. 5. [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]ruledenyipsourceanydestinationany [Quidway-acl-102]rulepermittcpsource202.39.2.30destination202.38.160.10 [Quidway-acl-102]rulepermittcpsourceanydestination202.38.160.10destination-portgreatthan 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]natserverglobal202.38.160.102inside10.110.10.2wwwtcp [Quidway-Serial0]natserverglobal202.38.160.1028080inside10.110.10.3wwwtcp [Quidway-Serial0]natserverglobal202.38.160.103inside10.110.10.4smtpudp Huawei router switch configuration commands: PPP settings: [Quidway-s0]linkprotocolppp; 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
  6. 6. [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 6
  7. 7. More related: HUAWEI SWITCH CONFIGURATION COMMANDS HUAWEI ROUTER AND SWITCH CONFIGURATION COMMANDS ABOUT BASIC QOS POLICY FOR HUAWEI ROUTER More information you can visit http://www.huanetwork.com/blog Huanetwork.com is a world leading Huawei networking products distributor, we wholesale original new Huawei networking equipments, including Huawei switches, Huawei routers, Huaweisymantec security products, Huawei IAD, Huawei SFP and other Huawei networking products. Our customers include telecom operators, Huawei resellers, ISP and system integrators. Right now most of our sales are contributed by regular customers Our website: http://www.huanetwork.com Telephone: +852-30501940 Email: sales@huanetwork.com Address: 23/F Lucky Plaza, 315-321 Lockhart Road, Wanchai, Hongkong 7

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