Xmptomrtg

From Krupczak.org

xmptomrtg is a tool for querying XMP entities using the XMP protocol and outputing the result in a format for usage with MRTG.

Usage

xmptomrtg host[:port] authenUser mib1[-table1]:var1[,instance1] mib2[-table2]:var2[,instance2]

host[:port] - the host and optional port to query. The default XMP port is TCP/5270.
authenUser - the authenticated user parameter to use when querying the XMP entity. It is similar to a community string and is used to identify an access control regime when querying the XMP entity. Since XMP is not sent in clear-text, it is not susceptible to snooping while in transit. The XMP entity must also be configured with this parameter. The MIB objects being queried need to be included in that authenUser's parameters.
Two MIB variable specifications. MIB variable specifications require a MIB-name, and object-name, and an optional instance. If the MIB object is contained within a table, the table name needs to be included separated by a dash character. Instances, if specified, need to be delineated by a comma character.

Below is an example invocation querying two scalar MIB objects (numThreads and numProcesses) contained within the cartographer MIB.

xmptomrtg mailserver xmpUser cartographer:numThreads cartographer:numProcesses

Below is an example invocation querying two tabular MIB objects contained in the MIB-2 interface table. The instance being queried is if0.

xmptomrtg abigserver xmpUser mib2-ifTable:ifInOctets,if0 mib2-ifTable:ifOutOctets,if0

The tool is compiled for all platforms supporting XMP. The binaries are named xmptomrtg-platformSUFFIX

xmptomrtg-linux - 32-bit Linux binary that will also execute on 64-bit Linux systems.
xmptomrtg-solaris - 64-bit sparcv9 binary.
xmptomrtg-solx86 - 32-bit Solaris/x86 binary. Should work on 64-bit Solaris/x86 systems.
xmptomrtg-win32.exe - 32-bit Windows binary. Should also work on Win64 systems.

xmptomrtg.pem - this file contains the certificate and key that xmpquery uses for communicating with other XMP entities via SSL. If it does not exist, it will automatically be created the first time it is executed. It must reside in the same directory that the binary does.
libcrypto-platformSUFFIX.so - this file contains the OpenSSL crypto library compiled for the particular platform.
libssl-platformSUFFIX.so - this file contains the OpenSSL SSL library compiled for the particular platform.