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Foglight for Infrastructure 6.3.0 - User Guide

Using Foglight for Infrastructure Monitoring log files with Foglight Log Monitor Monitoring IBM PowerVM environments
Before you begin Managing PowerVM HMC agents Monitoring your PowerVM environment
Advanced system configuration and troubleshooting Reference
Foglight for Infrastructure views Foglight Log Monitor views Rules Metrics
Appendix: Building regular expressions in Foglight

PowerVMVIOSNetwork topology object

There is a single PowerVMVIOSNetwork instance attached to a PowerVMVIOS that provides PowerVMVIOS level summary metrics for the network interfaces on the PowerVMVIOS.

The combined receive rate on all Ethernet adapters.(byte/second) (byte/second)

AIX®

HP-UX

Linux®

Solaris®

Windows®

The combined send rate on all Ethernet adapters.(byte/second) (byte/second)

AIX

HP-UX

Linux

Solaris

Windows

PowerVMVIOSStorage topology object

There is a single PowerVMVIOSStorage instance attached to a PowerVMVIOS that provides PowerVMVIOS level summary metrics for the storage interfaces on the PowerVMVIOS.

The total available space of all physical volumes on this VIOS. (gigabyte)

AIX®

HP-UX

Linux®

Solaris®

Windows®

The total bytes read rate of all physical volumes on this VIOS.(kilobyte/second) (kilobyte/second)

AIX

HP-UX

Linux

Solaris

Windows

The total bytes write rate of all physical volumes on this VIOS.(kilobyte/second) (kilobyte/second)

AIX

HP-UX

Linux

Solaris

Windows

The total rate sum from diskBytesReadRate and diskBytesWriteRate.(kilobyte/second) (kilobyte/second)

AIX

HP-UX

Linux

Solaris

Windows

The total used space of all physical volumes on this VIOS. (gigabyte)

AIX

HP-UX

Linux

Solaris

Windows

The total space of all physical volumes on this VIOS. (gigabyte)

AIX

HP-UX

Linux

Solaris

Windows

Processor topology object

Tracks the metrics for a single processor. Multiple processors can be attached to a Host, each identified with a unique name (or number).

The name of the processor, typically just a unique number in the system (0, 1, 2, etc).

AIX®

HP-UX

Linux®

Solaris®

Windows®

The percentage of time that the processor was idle while there was at least one I/O in progress.

 

AIX

HP-UX

Linux

Solaris

The percentage of time that the processor was idle.

AIX

HP-UX

Linux

Solaris

Windows

The percentage of time that the processor spent executing system code in user mode.

AIX

HP-UX

Linux

Solaris

Windows

The percentage of time that the processor spent executing user code.

AIX

HP-UX

Linux

Solaris

Windows

The type of processor.

AIX

HP-UX

Linux

Solaris

The stepping revision.

AIX1

HP-UX2

Linux

The speed (measured in Hertz) of a physical processor, or the number of cycles allocated to a virtual processor.

AIX

HP-UX

Linux

Solaris

Windows

The amount of clock cycles (measured in Hertz) being used on a processor.

AIX

HP-UX

Linux

Solaris

Windows

The percentage of time that the processor was utilized (that is, not idle).

AIX

HP-UX

Linux

Solaris

Windows


1

This metric is not collected for native.


2

This metric is only available on Itanium systems using non-native collectors.


WinHostProcessInstance topology object

On Windows®, instances of WinHostProcessInstance are used instead of HostProcessInstance. These topology objects extend HostProcessInstance with a few more details that can be captured on Windows platforms.

The full command line used to launch the executable.

Windows®

The time the process instance was created.

Windows

The full path to the executable.

Windows

 

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