1. Introduction
This tool execute SNMP GET / GET-NEXT / GET-BULK / WALK. The definition of OIDs are stored in a simple XML file.
To be able to process very flexible SNMP command, a XML file is given to formulate what you want to do. The content looks like this:
here a example how the display output looks like.
This tool execute SNMP GET / GET-NEXT / GET-BULK / WALK. The definition of OIDs are stored in a simple XML file.
Usage: snmpQuery.pl -h <ip/file> -c <comunity> [options]
Parameter:
-h <ip/file> IP or file (a listof IPs) of ERS IP address
-c <comunity> SNMPv2 read comunity
Option:
-m <file> MIB file
-debug
Examples:
snmpQuery.pl -h 192.168.1.8 -c public
snmpQuery.pl -h ip_hosts.txt -c public -m mibQuery.xml
snmpQuery.pl -h ip_hosts.txt -c public -debug
2. XML file to configure SNMP queriesTo be able to process very flexible SNMP command, a XML file is given to formulate what you want to do. The content looks like this:
<?xml version='1.0'?>
MIB OID file for snmp.pl
OIDs
1
1.3.6.1.2.1.4.1.0
1.3.6.1.2.1.5.1.0
get_request
1.3.6.1.2.1.2.2.1.2.0
get_next_request
1700
1.3.6.1.2.1.31.1.1.1.18
get_bulk_request
20
1.3.6.1.4.1.45.1.6.3.3.1.1.5
walk_request
10
3. Example outputhere a example how the display output looks like.
C:\Perl64\scripts\SNMP>snmpQuery.pl -h 192.168.1.8 -c public -m mibQuery.xml
[**.**.**.**] run query 1 as get_request
[**.**.**.**] OIDs: 1.3.6.1.2.1.4.1.0
1.3.6.1.2.1.5.1.0
[192.168.1.8] response = '2'
[192.168.1.8] response = '0'
[**.**.**.**] query 1 processed in 0.040 seconds
[**.**.**.**] delay query 2 for 1.700 seconds
[**.**.**.**] run query 2 as get_next_request
[**.**.**.**] OID: '1.3.6.1.2.1.2.2.1.2.0'
[192.168.1.8] response = 'Avaya Ethernet Routing Switch 4550T PWR Module - Port 1 '
[**.**.**.**] query 2 processed in 2.028 seconds
[**.**.**.**] run query 3 as get_bulk_request
[**.**.**.**] OID: '1.3.6.1.2.1.31.1.1.1.18'
[192.168.1.8] response .1 = 'NAC'
[192.168.1.8] response .2 = 'NAC'
[192.168.1.8] response .3 = 'NAC'
[192.168.1.8] response .4 = 'NAC'
[192.168.1.8] response .5 = 'NAC'
[192.168.1.8] response .6 = 'NAC'
[192.168.1.8] response .7 = 'NAC'
[192.168.1.8] response .8 = 'NAC'
[192.168.1.8] response .9 = 'NAC'
[192.168.1.8] response .10 = 'NAC'
[192.168.1.8] response .11 = 'NAC'
[192.168.1.8] response .12 = 'NAC'
[192.168.1.8] response .13 = ''
[192.168.1.8] response .14 = ''
[192.168.1.8] response .15 = ''
[192.168.1.8] response .16 = ''
[192.168.1.8] response .17 = ''
[192.168.1.8] response .18 = ''
[192.168.1.8] response .19 = ''
[192.168.1.8] response .20 = ''
[**.**.**.**] query 3 processed in 0.023 seconds
[**.**.**.**] run query 4 as walk_request
[**.**.**.**] OID: '1.3.6.1.4.1.45.1.6.3.3.1.1.5'
[192.168.1.8] response .3.10.0 = '50 ports 10/100BaseT with PoE plus 2 10/100/1000/SFP combo ports'
[192.168.1.8] response .3.10.1 = ''
[192.168.1.8] response .3.10.2 = ''
[192.168.1.8] response .3.10.3 = ''
[192.168.1.8] response .4.10.0 = 'Primary Power Supply'
[192.168.1.8] response .4.11.0 = 'Redundant Power Supply'
[192.168.1.8] response .5.10.0 = 'Temperature Sensor'
[192.168.1.8] response .6.10.0 = 'Internal Fan 1'
[192.168.1.8] response .6.11.0 = 'Internal Fan 2'
[192.168.1.8] response .6.12.0 = 'Internal Fan 3'
[192.168.1.8] response .4.10.0 = 'Primary Power Supply'
[192.168.1.8] response .4.11.0 = 'Redundant Power Supply'
[192.168.1.8] response .5.10.0 = 'Temperature Sensor'
[192.168.1.8] response .6.10.0 = 'Internal Fan 1'
[192.168.1.8] response .6.11.0 = 'Internal Fan 2'
[192.168.1.8] response .6.12.0 = 'Internal Fan 3'
[192.168.1.8] response .6.13.0 = 'Internal Fan 4'
[192.168.1.8] response .8.1.0 = '50 ports 10/100BaseT with PoE plus 2 10/100/1000/SFP combo ports'
[**.**.**.**] query 4 processed in 0.425 seconds
[main] processed in 2.519 seconds