![Huawei ICT Skill Competition-Middle East Preparation Kits...7. (Multiple Choice) The following commands are implemented while configuring an Eth-trunk interface in VRP. [huawei]interface](https://static.fdocuments.net/doc/165x107/6111c7dd03af0b37ac581286/huawei-ict-skill-competition-middle-east-preparation-kits-7-multiple-choice.jpg)
Huawei VRP Command Cheat Sheet
4
General Command Description reset saved-config Delete the saved configuration undo terminal debug Disables the debugging output to the terminal reboot Reboots the system save Saves the current configuration to flash quit Leave current view return Return to user view display interface brief Show the brief interface list Interface Commands Command Description display interface [#/#/#] Display interface details interface [#/#/#] Jump into the interface configuration mode VLAN Command Description vlan vlan-id Creates a VLAN vlan batch { vlan-id1 [ to vlan-id2]}&<1-10> Creates multpile VLANs in a batch port link-type access Sets the interface type to access. The default interface type is hybrid port default vlan vlan-id Specifies the default VLAN of an interface port link-type trunk Sets the interface type to trunk port trunk allow-pass vlan {{vlan- id1 [ to vlan-id2 ] } & <1-10> | all } Adds a trunk interface to VLANs port hybrid untagged vlan-id Sets the port to hybrid with untagged to VLAN-ID Port Isolation Command Description port-isolate enable Enables isolation of the port QinQ Command Description
Transcript of Huawei VRP Command Cheat Sheet
GeneralCommand Description
reset saved-config Delete the saved configuration
undo terminal debug Disables the debugging output to the terminal
reboot Reboots the system
save Saves the current configuration to flash
quit Leave current view
return Return to user view
display interface brief Show the brief interface list
Interface CommandsCommand Description
display interface [#/#/#] Display interface details
interface [#/#/#] Jump into the interface configuration mode
VLANCommand Description
vlan vlan-id Creates a VLAN
vlan batch { vlan-id1 [ to vlan-id2]}&<1-10> Creates multpile VLANs in a batch
port link-type access Sets the interface type to access. The default interface type is hybrid
port default vlan vlan-id Specifies the default VLAN of an interface
port link-type trunk Sets the interface type to trunk
port trunk allow-pass vlan {{vlan-id1 [ to vlan-id2 ] } & <1-10> | all }
Adds a trunk interface to VLANs
port hybrid untagged vlan-id Sets the port to hybrid with untagged to VLAN-ID
Port IsolationCommand Description
port-isolate enableEnables isolation of the port
QinQCommand Description
port link-type dot1q-tunnelConfigures an interface as a QinQ interface
port default vlan-id Configures the default VLAN of the interface, that is, the VLAN-ID in the outer tag of frames
qinq protocol protocol-id Configures the protocol type in the outer VLAN tag of frames. By default, the protocol type in the outer VLAN tag is 0x8100
Selective QinQ
Command Description
qinq vlan-translation enableEnables selective QinQ on an interface
port default vlan vlan-id Specifies the default VLAN of the interface
trust 8021p Configures the interface to trust the 802.1p priority of received frames
port vlan-stacking vlan vlan-id1 [ to vlan-id2 ] pushvlan vlan-id3 { remark-8021p priority-id | priority-inherit }
Configures the interface to add an outer VLAN tag (VLAN3) to frames with specified VLAN-IDs
port trunk allow-pass vlan vlan-id3 This interface must be addes to the VLAN specified byvlan-id3 using the trunk allow-pass vlan command
GVRPCommand Description
[SW1] gvrp Enables GVRP globally
[SW1-Ethernet-id]gvrp Enables GVRP on interface
[SW1-Ethernet-id]gvrp registration fixed | forbidden | Changes the GVRP mode, dynamic is the default
STPCommand Description
stp mode stp Set stp mode, the default operation mode is MSTP
stp enable Enables stp globally
RSTPCommand Description
stp mode rstp Set rstp mode, the default operation mode is MSTP
stp enable Enables stp globally
stp priority 4096 Changes the priority
MSTPstp region-configuration
Configures MST region information
region-name name Configures the MST region name
instance mst-id vlan-id Mapping between mst-id and vlan-id
active region configuration Activates the region configuration
stp instance mst-id root primary Configure the switch as the root bridge of mst-id
MPLS and LDPmpls lsr-id a.b.c.d Set the ID ot the LSR
mpls enables the MPLS, must be executed on system and interface view
lsp-trigger all | ip-prefix prefix-list Triggers LSPs at all routes or the routes according to the prefix-list
static-lsp ingress lsp-name destination dest-addr {addr-mask | mask-lenght } {{ nexthop next-hop-addr } | { outgoing-interface interface-type interface-num } } } out-label out-label-value
self-explaining, isn’t it.
MPLS VPNip vpn-instance vpn-id Starts a VNP instance
route-distinguisher x:y Associates the route distinguisher to VPN-Instance
vpn-target x:y both Create vpn-target extended community for vpn-instance, here for both import and export.
ip binding vpn-instance x:y Bind that interface to the vpn-instance
PPP
Configuration on the ppp server:
1. aaa
2. local-user username password { simple | cipher }password
3. quit
4. int Ser 0/0/0
5. ppp authentication-mode { ppp | chap } call-in
This discribes the neccessary steps to start the ppp server.
1. The client side: int Ser 0/0/0
2. ppp chap local-user username password simplepassword
Client side needs a user and the dailin method
OSPF
ospf
Enters the ospf router view, by default with the process number 1
oapf area 0.0.0.0 Enters OSPF Router area 0 configuration view
PPP
BGP
bgp as-number
Enters the bgp router view, with the AS number
peer a.b.c.d as-number as-number Defines peer
peer a.b.c.d connect-interface loopback 0 Source for multihop
Static route example: ip route-static 4.4.4.4 32 20.0.0.1
IGBP reachability: peer 1.1.1.1 as-number 65000 peer 1.1.1.1 next-hop-local
Uses the local IGP routing table to reach the BGP neighbor.
Router on a Stickint e 0/0/0.1
control-vid 11 dot1q-termination
dot1q
