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Foglight for Infrastructure 5.9.3 - 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

CPUCounts topology object

The CPUCounts type is a topology detail stored on the HostCPUs, which contains the physical, logical, and virtual CPU counts for the system should they be available.

If a physical chip has multiple cores on it, each core is considered a logical CPU. This is the total number on the system.

AIX®

Solaris®

The number of physical CPUs on the system. These are actual processor chips you can pick up.

AIX

Solaris

If the CPU support HyperThreading (or the platform equivalent), this is the total number of such CPUs. Generally, this is the number of CPUs that appear to be available to user processes.

AIX

Solaris

Host topology object

Host objects are identified in Foglight by their Name property. This property typically contains the host’s fully qualified domain name. The fully qualified name is also decomposed into the localName and domainName properties. The IP addresses assigned to a host are captured in the primaryIpAddress and ipAddresses properties. The addresses are not unique to a particular host.

The percentage of paging space available on the host.

AIX®

HP-UX

Linux®

Solaris®

Windows®

The time at which the system was booted, in seconds since UTC epoch (January 1, 1970).

 

AIX1

HP-UX2

Linux

Solaris

Windows

The rate of context switching on the host (count/second).

AIX

HP-UX

Linux

Solaris

Windows

The average system load over a period of five minutes.

AIX

HP-UX

Linux

Solaris

Windows

The interrupt rate (count/second).

AIX

HP-UX

Linux

Solaris

Windows

A list of all IP addresses assigned to the host.

 

AIX

HP-UX

Linux

Solaris

Windows

Shows whether the agent is able to connect to the host for monitoring. Monitored state is MONITORED, UNMONITORED, or UNAVAILABLE.

 

AIX

HP-UX

Linux

Solaris

Windows

The name of this host.

 

AIX

HP-UX

Linux

Solaris

Windows

The number of processes running on the host.

AIX

HP-UX

Linux

Solaris

Windows

The primary or canonical IP address for this host.

 

AIX

HP-UX

Linux

Solaris

Windows

The host system reboot count.

AIX

HP-UX

Linux

Solaris

Windows

The run queue length.

AIX

HP-UX

Linux

Solaris

Windows

The unique identifier for the host.

 

AIX

HP-UX

Linux

Solaris

Windows

The duration since the system was last started.

AIX

HP-UX

Linux

Solaris

Windows


1

This metric is available only on AIX systems using native collectors. It is not collected for command line.


2

This metric is available only on HP-UX systems using native collectors. It is not collected for command line.


HostCPUs topology object

There is a single HostCPUs instance attached to a Host that provides host level summary metrics for the processors on a host. The HostCPUs instance is identified by the reference to the associated Host object and has its name set with the constant string CPUs.

The average percentage of time that processors on the host were idle while there was at least one I/O in progress.

 

AIX®

HP-UX

Linux®

Solaris®

The average percentage of time that processors on the host are idle.

AIX

HP-UX

Linux

Solaris

Windows®

The average percentage of time that processors on the host spend executing system code in user mode.

AIX

HP-UX

Linux

Solaris

Windows

The average percentage of time that processors on the host spend executing user code.

AIX

HP-UX

Linux

Solaris

Windows

The total speed (measured in Hertz) of all physical processors installed on a host, or the total number of cycles allocated to a virtual machine.

AIX

HP-UX

Linux

Solaris

Windows

The total amount of clock cycles (measured in Hertz) being used by processors on the host.

AIX

HP-UX

Linux

Solaris

Windows

The average percentage of time that processors on the host are utilized (that is, not idle).

AIX

Linux1

Windows


1

Collected for Linux platforms only by the UnixAgentPlus.


HostCPUs — Physical CPU Utilization

The CPU usage of AIX® LPAR (Logical Partition) is not easily or consistently measurable via a percentage. Depending on the LPAR configuration, the numbers can vary widely (often exceeding 100%, as in prior releases).

The current formula for calculating the Physical CPU Utilization provides a more meaningful value for this metric, which is reflective of physical CPU allocation (regardless of virtualization setup) and does not exceed 100%.

Customers who prefer using the old formula from the legacy agent (delivered with the Cartridge for Operating Systems) can revert to the old calculation by using the following formulas:

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