Administering Indications and Instances Using HP SIM

Creating Subscriptions and Viewing Indications Using HP SIM

Table 3-1

Representation of Monitors (Continued)

 

 

 

 

Monitor

Provider

 

 

 

 

cpe_em

CPE_IndicationProviderIA

 

 

 

 

dm_core_hw

CoreHardwareIndicationProvid

 

 

erPA

 

 

 

 

dm_chassis

ChassisIndicationProviderPA

 

 

 

 

dm_memory

MemoryIndicationProviderPA

 

 

 

 

disk_em

DiskIndicationProvider

 

 

 

 

fpl_em

FPL_IndicationProvider

 

 

 

 

ia64_corehw

CoreHardwareIndicationProvid

 

 

erIA

 

 

 

 

lpmc_em

LPMC_IndicationProviderPA

 

 

 

 

ha_disk_array

HA_DiskArrayIndicationProvid

 

 

er

 

 

 

Table 3-2 compares the EMS Hardware Monitors properties with the equivalent EMS Wrapper Provider properties.

Table 3-2

Property Representation

 

 

EMS Hardware Monitors

EMS Wrapper Provider

 

 

 

Event Time

 

EventTime

 

 

 

Severity

 

PerceivedSeverity

 

 

 

Event

 

EventID

 

 

 

System

 

SystemName

 

 

 

Summary

 

Summary

 

 

Description of Error

Description

 

 

Probable Cause/ Recommended

ProbableCauseDescription and

Action

 

RecommendedAction (these two

 

 

are separate fields)

 

 

 

60

Chapter 3

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HP UX System Fault Management (SFM) Software manual Property Representation, EMS Hardware Monitors EMS Wrapper Provider
Page 59 Page 61

UX System Fault Management (SFM) Software specifications

HP UX System Fault Management (SFM) Software is a robust tool designed to enhance the stability and reliability of HP-UX systems. This software plays a critical role in fault detection, diagnosis, and recovery, significantly contributing to the overall health of the operating environment.

One of the primary features of HP UX SFM is its ability to monitor system health in real time. By performing continuous diagnostics, SFM can detect potential issues before they escalate into critical failures. This proactive approach allows system administrators to address faults promptly, ensuring minimal downtime and maintaining service availability.

Another important aspect of HP UX SFM is its comprehensive reporting capabilities. The software generates detailed logs and reports on system activities, errors, and recovery actions. This information is vital for administrators who need to analyze system performance, identify recurring issues, and implement solutions that enhance system reliability.

SFM utilizes advanced technologies such as predictive analytics and machine learning algorithms. These technologies enable the software to analyze historical data, identify patterns, and predict potential failures. By leveraging these insights, organizations can take preventive measures, reducing the risk of unexpected outages.

The fault management architecture of HP UX SFM is designed to integrate seamlessly with other system management tools. This interoperability ensures that SFM can coexist in a multi-vendor environment, allowing administrators to implement a holistic approach to system management. Additionally, SFM supports various hardware components and can effectively manage complex configurations involving diverse systems.

Another notable characteristic of HP UX SFM is its user-friendly interface, which simplifies monitoring and management tasks for administrators. The interface is designed for ease of use, enabling quick access to critical information and streamlined workflows for diagnosing and resolving system faults.

Moreover, HP UX SFM enhances overall system resilience through its automated recovery capabilities. In the event of a fault detection, the software can initiate predefined recovery actions, which may include isolating faulty components or rebooting affected services. This automation significantly reduces manual intervention, allowing IT teams to focus on strategic initiatives rather than routine maintenance tasks.

In summary, HP UX System Fault Management Software is an integral part of managing HP-UX systems. Its real-time monitoring, advanced reporting, predictive analytics, and automated recovery features work together to improve system reliability and performance. By adopting SFM, organizations can ensure a more resilient IT infrastructure, resulting in better operational continuity and enhanced productivity.
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