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WiNG 5.X How-To Guide – Smart RF

Page 27

The following procedure describes how to enable Smart RF events in an Event Policy named LAB using

CLI. In this example specific Smart RF events will be configured to be forwarded as SNMP traps when the

Smart RF event occurs:

Enable Privileged Context:

RFS4000-1> enable

Enter the Configuration Context:

RFS4000-1# configure terminal

Access the System Event Policy Configuration Context:

RFS4000-1(config)# event-system-policy LAB

Enable one or more Smart RF Events as SNMP traps:

RFS4000-1(config-<path>)# event smrt cov-hole-recovery-done snmp on

RFS4000-1(config-<path>)# event smrt neighbor-recovery snmp on

RFS4000-1(config-<path>)# event smrt root-recovery snmp on

RFS4000-1(config-<path>)# event smrt power-adjustment snmp on

RFS4000-1(config-<path>)# event smrt calibration-done snmp off

RFS4000-1(config-<path>)# event smrt config-cleared snmp on

RFS4000-1(config-<path>)# event smrt channel-change snmp on

RFS4000-1(config-<path>)# event smrt cov-hole-recovery snmp on

RFS4000-1(config-<path>)# event smrt interference-recovery snmp on

RFS4000-1(config-<path>)# event smrt calibration-started snmp off

Commit and Save the changes:

RFS4000-1(config-<path>)# commit write



Note: In the above example the System Event Policy named LAB has been assigned to the RFS 4000s

Profile named LAB-RFS4000. Additionally a SNMPv3 Trap Receiver has been defined in the

Management Policy named CONTROLLERS also assigned to the RFS 4000 Profile.

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Motorola Smart Controller Manual do Utilizador Página 27