 \[Command] show vrf brief \[Purpose] Display vrf-related configuration information \[View] System view \[Use Cases] \[Command] vrf mgmt \[Purpose] Configure management port VRF \[View] System configuration view \[Use Cases] \[Command] vrf vrfname \[Purpose] Add VRF \[Parameter] \[View] System configuration view \[Use Cases] \[Command] ip route A. B.

 \[Command] show isis database {detail|json} \[Purpose] Display the IS-IS link-state database known to the local router \[Parameter] \[View] System View \[Use Cases] \[Command] show isis summary \[json] \[Purpose] Display ISIS summary information \[Parameter] \[View] System View \[Use Cases] \[Command] show isis hostname \[Purpose] View the mapping between hostnames and system IDs in the IS-IS protocol \[Parameter] \[View] System View \[Use Cases] \[Command] show isis interface {ethernet IFNAME |vlan vlan-id |link-aggregation lag-id |detail} \[Purpose] Display the status of the designated ISIS interface or all enabled ISIS interfaces \[View] System View \[Use Cases] \[Command] show isis neighbor {detail|json| system id } \[Purpose] Display the status and information of ISIS neighbors \[View] System View \[Use Cases] \[Command] show isis route {level-1|level-2|backup} \[Purpose] Display all route entries learned by the current device via the IS-IS routing protocol \[View] System View \[Use Cases] \[Command] show isis fast-reroute summary \[level-1|level-2] \[Purpose] Display ISIS routing protection statistics \[View] System View \[Use Cases] \[Command] router isis name \[vrf name ] \[Purpose] Configure the ISIS instance name and navigate to the ISIS instance configuration view \[View] System Configuration View \[Notes] ISIS cannot establish neighbors over the loopback interface; if ISIS is enabled on the loopback interface, it will simply forward the loopback interface's routes through other ISIS interfaces.  \[Use Cases] \[Command] net XX.

ISIS Configuration

 \[Command] show ip ospf \[ vrf NAME |all] \[json] \[Purpose] Display OSPF details \[View] System view \[Use Cases] \[Command] show ip ospf \[ vrf NAME | all ] interface \[ ethernet interface name |vlan vlan id |link-aggregation lag id ] \[Purpose] Show state and configuration of OSPF the specified interface, or all interfaces if no interface is given.  \[Parameter] \[View] System view \[Use Cases] \[Command] show ip ospf \[ vrf NAME | all ] neighbor \[ ethernet interface name |vlan vlan id |link-aggregation lag id | A.

OSPFv2 Configuration

OSPFv3 Configuration

 \[Command] show bgp peer-group \[Purpose] This command displays configured BGP peer-groups \[View] System view \[Use Cases] \[Command] show ip bgp { view \[ all| view name ] | \[ vrf \[ all | vrf name ]]} \[Purpose] Display the routing table of BGP view or VRF \[Parameter] \[View] System view \[Use Cases] \[Command] show ip bgp neighbors \[Purpose] Display the details of BGP neighbors \[View] System view \[Use Cases] \[Command] show ip bgp \[Purpose] Display all route information received from BGP neighbors \[View] System view \[Use Cases] \[Command] show ip bgp statistics \[Purpose] Display BGP routing-related statistics \[View] System view \[Use Cases] \[Command] router bgp AS \[ view view name |vrf vrf name ] no router bgp AS \[ view view name |vrf vrf name ] \[Purpose] Enable a BGP protocol process with the specified AS number \[Parameter] \[View] System configuration view \[Notes] When VRF name is not specified, the BGP protocol process belongs to the default VRF.  When expressing ASN in dot notation, the decimal ASN 65538 is equivalent to the dot notation 1.

BGP Configuration

 \[Command] show pbr interface \[ interface-name ] \[Purpose] View the binding relationship between interfaces and policy routes \[View] System view \[Use Cases] \[Command] show pbr map \[map-name] \[Purpose] Display the configured policy routes \[View] System view \[Use Cases] \[Command] show pbr nexthop-groups \[Purpose] Displays the next address group for the policy route \[View] System view \[Use Cases] \[Command] pbr-map NAME seq number no pbr-map NAME \[seq number ] \[Purpose] Create a policy route and enter the view \[Parameter] \[View] System configuration view \[Use Cases] \[Command] match {dst-ip ip-address |dst-port port |ip-protocol protocol |src-ip ip-address |src-port port } no match {dst-ip ip-address |dst-port port |ip-protocol protocol |src-ip ip-address |src-port port } \[Purpose] Create match conditions for policy routing \[Parameter] \[View] Policy route view \[Use Cases] \[Command] set {nexthop ip-address |nexthop-group NAME } no set {nexthop ip-address |nexthop-group NAME } \[Purpose] Configure an action of redirecting packets to a next-hop IP address \[Parameter] \[View] Policy route view \[Notes] The redirect nexthop command allows user to specify a maximum of 4 next-hop IP addresses.  If multiple next-hop IP addresses are configured, the device redirects packets in active/standby mode.

Policy Route Configuration

IPv6 Configuration

IP Route

delete-span-style

Enterprise & Campus Network

About This Manual

Overview of NETCONF

Applicable Switch Models

AsterNOS Datastores

Subtree Filtering

NETCONF Operations

Capabilities

 User Manual Overview

copp

datastores

dhcp-relay

dhcp-server

dhcp-snooping

disagnosis

festure-control

hash

igmp-mld-snooping

interfaces

ipsg

isolation-group

kdump

l2pt

lldp

local-user

loopback-detect

mac-security

mgmt-interface

mirror

monitor-link

nd-snooping

nexthop

portchannels

ports

radius

radv

raguard

savi

sflow

snmp

static-route

storm-suppress

syncE

syslog

system-config

system-information

system

tacacs

time-range

traffic-behavior

user-bind

vlan-translation

vlan

ietf-netconf-monitoring

YANG API Reference

COPP

Interface

Layer2

Layer3

User Access & Authentication

Monitoring

Multicast

System

Mac‑Security

SyncE

NETCONF Examples

NETCONF Configuration Guide

Preface

Applicable Hardware Models

Basic Configuration

Ethernet Interface Configuration

VLAN Configuration

MAC Address Table Configuration

QinQ Configuration

MSTP Configuration

Ethernet Link Aggregation Configuration

L2PT Configuration

Ethernet Switching Configuration

DHCP Server Configuration

DHCP  Relay Configuration

DHCP Snooping Configuration

ND Snooping Configuration

IP Service Configuration

IGMP Snooping Configuration

MLD Snooping Configuration

Multicast VLAN Configuration

IGMPv3 Configuration

Querier Configuration

IP Multicast Configuration

ACL Configuration

ARP Attack Detection Configuration

IPSG Configuration

SAVI Configuration

RA Guard Configuration

Security Configuration

QoS Configuration

Traffic Mirroring Configuration

SNMP Configuration

Network Management and Monitoring Configuration

AAA Configuration

Configuration Guide

RADIUS Configuration

Local User Configuration

TACACS Configuration

User Access And Authentication

Device Management

Interface Management

MAC Configuration

Interface Isolation Group Configuration

LLDP Configuration

Link Aggregation Configuration

MC-LAG Configuration

STP Configuration

URPF Configuration

Loopback Detection Configuration

Ethernet Switching

IPv4 Configuration

ARP Configuration

DHCP Relay Configuration

IP Service

IP Multicast

Reliability Configuration

MAC Detection Configuration

ARP Detection Configuration

IPv6 RA Guard Configuration

User Binding Rule Configuration

Traffic Suppression And Storm Control Configuration

Copp Speed limit

Port Security

Syslog Configuration

SFLOW Configuration

Mirror Configuration

Network Management And Monitoring

PTP Configuration

SyncE Configuration

MACsec Configuration

SRv6 Tunnel Configuration

Command Line Reference