TUBS-IBR-TEST-MIB
The TUBS-IBR-TEST-MIB module provides a dedicated framework for validating SNMP agent implementations and network management system integrations specifically within the TUBS (TUBS Internet Router) environment. It facilitates the injection of synthetic test data and the verification of counter, gauge, and status object behaviors without affecting live production traffic.
Imported Objects
Objects
1 total| Object Name |
|---|
testMIBA MIB module which is only used for testing purposes. MODULE-IDENTITY .1.3.6.1.4.1.1575.1.7 |
More MIBs from TU Braunschweig
Browse all TU BraunschweigMIBs →The TUBS-IBR-LINUX-NETFILTER-MIB module provides SNMP access to monitor Linux 2.4 netfilter subsystem counters, including packet and byte statistics for defined filter rules, connection tracking states, and dropped packet metrics. It enables the collection of firewall throughput and session data specifically for legacy Linux kernels utilizing the 2.4 netfilter architecture.
TUBS-MLM-MIB defines the management information base for the Mid-Level Manager (MLM) component of the TUBS (Telecommunications User Based System) architecture, enabling SNMP-based monitoring of MLM session states, resource allocation counters, and protocol interaction metrics. This module facilitates the tracking of mid-tier service processing performance and connectivity status within TUBS-based telecommunications environments.
SNMP MIB module
SNMP MIB module
The TUBS-IBR-XEN-MIB module provides SNMP-based monitoring and management of Xen virtualization hosts, exposing metrics for virtual machine states, resource utilization, and hypervisor operational status. This experimental implementation enables network administrators to track virtual instance availability and performance counters within Xen-based virtual hosting environments.
The TUBS-IBR-TNM-MIB module facilitates the monitoring and management of TUBS (Telecommunications User-Based Services) Integrated Broadband Router (IBR) agents within a Telecommunications Network Management (TNM) architecture. It exposes experimental metrics specific to TNM-based agent operations, including interface states, protocol session counters, and system resource utilization for these specialized telecommunications routing devices.