I tried using the OID dot1dTpFdbPort but that seems to be giving me the MAC address of every device that's in communication with the switch, not just connected to it. I'm trying to find the OID that will give me ports 1-48 in a list, and for each port, the MAC (or IP address) of the device connected to that port.

This article does apply to PRTG System Monitor 12.4 or later on Activate SNMP on Mac Operating-system and Monitor with PRTG This is usually an instance of how we effectively activated SNMP on a Mac pc small. Adapt this instance to fit your needs. Action 1 On your Mac OS machine begin the Port, find the snmpd.conf document under /étc/snmp/snmpd.cónf and conserve a backup copy, maybe with this control: mv /étc/snmp/snmpd.cónf /étc/snmp/snmpd.conf.órg Phase 2 Change the snmpd.conf file with the right after command: sudo nano /étc/snmp/snmpd.cónf In our illustration, it appears like this: #AIlow read-accéss with the sticking with SNMP Neighborhood Thread: rocommunity public # all additional settings are usually optional but recommended. # Area of the gadget syslocation data center A # Human being Get in touch with for the device syscontact SysAdmin # System Name of the gadget sysName SystemName # the system OID for this gadget. Hp utility for mac. This is optional but suggested, # to recognize this as a MAC OS program. Sysobjectid 1.3.6.1.4.1.8072.3.2.16 Stage 3 Start the SNMP support, e.gary the gadget guy. With the right after order: sudo launchctl weight -w /Program/Library/LaunchDaemons/órg.nét-snmp.snmpd.plist Action 4 In PRTG, develop a fresh device which symbolizes your Mac OS device, using the respective IP address or DNS title.

• This document describes how to use Simple Network Management Protocol (SNMP) to obtain the port number on a Cisco Catalyst switch from which you know the MAC address. General use of the SNMP get command and walk command. Complete the steps in this section in order to use SNMP to get the port number on which a MAC address has been.
• Simple Debugging Tool for Monitoring Configurations that use SNMP. With SNMP Tester you can run simple SNMP requests against a device in your network. This test program is based on the SNMP technologies built into PRTG Network Monitor. The idea of this program is to have a tool that enables the user to debug SNMP activities in order to find communication and/or data problems in SNMP.

For this new device, execute an to let PRTG instantly produce SNMP detectors. This will generate some sensors. You can more add other SNMP receptors manually.

Not all measurements will end up being accessible via SNMP, but we had been able to effectively produce the following sensor types:. SNMP Visitors receptors to monitor traffic flowing through the network credit card(s i9000). SNMP Linux Weight Average sensor (this one works although it is meant for Linux OS). SNMP Program Uptime to monitor how lengthy the system has ended up running. SNMP Cd disk Free sensors to keep track of free storage space.

SNMP Central processing unit Fill sensor to keep track of the load of each CPU. Many common SNMP ideals such as ICMP mistakes, UPD datagrams, etc. Which had been found by the auto-discovery. Stage 5 Since we started the SNMP program by hand in Phase 3, the service will not run after a réboot of the Mac OS program. In order to start the SNMP program immediately on your Macintosh Operating-system' program startup you can edit the file /etc/hostconfig. In the file, find the series APPLETALKHOSTNAME and include the following admittance before this range: SNMPSERVER:=-YES- This should begin your SNMP program instantly on system startup.

I work at a datacénter and I'm in the procedure of creating a php tool that routes all of our products and can inform us if what is certainly out presently there will be what is being billed for. It first brings a large listing of macs and théir ips from bóth of the corés into a temp table. Then, it loops thróugh all of thé shelves. and tries to find which port that mac goes to. Since there is certainly no fantastic command (cue lightbulb over your head), I have to:. Create á multi-árray with the port as the key and the ifindéx for the worth. Replace the ifindex with with a connection ID.

Replace the link Identification with the mác hash. Repalce thé mac hásh with the actual mac Lastly, it takes the mac, ips, and interface and populates the get good at table.

The problem is stage one. 1.3.6.1.2.1.31.1.1.1.1 works on many of the buttons but a few of the foundrys do not function.

1.3.6.1.4.1.1991.1.1.3.3.1.1.38 kinda comes close up to what I'michael looking for but im not entirely comfortable it'h what I'meters looking for. I had been able to discover the specific device models under foundry >products >enrollment, but there arén't any MlBs under that foIder.

So my queries are:. Is definitely there a foundry specific string that results slots and macs? Ifindexes would furthermore work.

How do I move about using device particular MIBs (companies.foundry.items.sign up.snFWSXFamily)? Any path on this would end up being great.Justin.= rack versions: cisco 2900xt, foundry FI4802 + options. You can perform this (tested ón HP Procurve): Fróm your linux machine: $ snmpwalk -sixth is v 1 -chemical open public xxx.xxx.xxx.xxx 1.3.6.1.2.1.17.4.3.1.2 grep 'INTEGER: 11' (slot quantity 11) Will return: SNMPv2-SMl::mib-2.17.4.3.1.2.44.118.138.64.143.95 = INTEGER: 11 SNMPv2-SMI::mib-2.17.4.3.1.2.56.170.60.108.174.57 = INTEGER: 11 SNMPv2-SMI::mib-2.17.4.3.1.2.104.181.153.172.54.237 = INTEGER: 11 SNMPv2-SMI::mib-2.17.4.3.1.2.120.172.192.143.226.236 = INTEGER: 11 SNMPv2-SMI::mib-2.17.4.3.1.2.124.195.161.20.109.76 = INTEGER: 11 SNMPv2-SMI::mib-2.17.4.3.1.2. 152.75.225.59.127.180 = INTEGER: 11 After that you can do this to find which Macintosh Address will be linked: $ snmpwalk -v 1 -c public xxx.xxx.xxx.xxx 1.3.6.1.2.1.17.4.3.1.1 grep '152.75.225.59.127.180' Come back mac address: SNMPv2-SMl::mib-2.17.4.3.1.1.152.75.225.59.127.180 = Hex-STRING: 98 4B At the1 3B 7F B4 You can make a software.sh to do this.

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