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Foglight for Infrastructure 5.9.3 - User Guide

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Using Foglight for Infrastructure

Host availability alerting Virtual hosts and reported metrics Exploring the Infrastructure Environment dashboard

Accessing the Infrastructure dashboard Selecting a service Running a report for the Infrastructure Environment Exploring the Monitoring tab

Tiles Quick View

Exploring monitored hosts Exploring the FAQ Question Viewer

Categories Questions Answers

Exploring the Administration tab

Agents Rule Configuration

Using Foglight for Infrastructure agents

Using the PowerVM HMC agent Using the UnixAgentPlus Monitoring remote hosts

Preventing memory leaks in Windows Server® 2008 R2 and Windows 7

Deploying Foglight for Infrastructure agents Creating agent instances Defining credentials Activating the agent Monitoring the infrastructure Adding a monitored host Adding multiple monitored hosts

About the WindowsAgent

Supported platforms Agent properties

About the UnixAgentPlus

Supported platforms Agent properties

Configuring secure launcher permissions using sudo

About the UnixAgent

Supported platforms Agent properties

About the MultiHostProcessMonitorAgent

Supported platforms Agent properties

Monitoring log files with Foglight Log Monitor

Configuring monitoring agents Investigating log records Configuring agent properties

Configuring File Log Monitor agent properties

Monitored Hosts Log Files File Formats Record Transformations Data Collection Scheduler FileLogMonitor configuration example

Configuring Windows Event Log Monitor agent properties

Monitored Hosts Event Logs Record Transformations Data Collection Scheduler WindowsEventLogMonitor configuration example

Configuring connections to remote Windows platforms

Monitoring IBM PowerVM environments

Before you begin

Introducing the PowerVM infrastructure

Managing PowerVM HMC agents

Configuring HMC user accounts Configuring PowerVM HMC agent credentials Creating PowerVM HMC agents Reviewing and editing PowerVM HMC agent properties

Configuring HMC Settings Configuring Data Collection Scheduler properties

Monitoring your PowerVM environment

Exploring the Infrastructure Environment dashboard

Selecting monitored objects Observing alarms Reviewing FAQts

Investigating the collective use of all HMC resources Viewing HMC details Identifying top consumers of managed server resources Viewing individual managed server details Identifying top consumers of PowerVM partition resources Viewing individual PowerVM partition details Identifying top consumers of PowerVM virtual I/O server resources Viewing individual PowerVM VIOS details Investigating additional managed server, partition, and VIOS details

Exploring PowerVM partition and PowerVM VIOS overviews Exploring managed server profiles Investigating the use of PowerVM partition and VIOS processor resources Investigating the use of PowerVM partition and VIOS memory resources Exploring processor, memory, and storage breakdowns Investigating volume-based storage pools Exploring top resource analyzers Exploring PowerVM VIOS network summaries Drilling down on shared network adapters Drilling down on physical and virtual network adapters Investigating object dependencies

Reviewing frequently asked questions

Monitoring a partition or VIOS with Foglight for Infrastructure

Advanced system configuration and troubleshooting

Advanced system configuration for WinRM

Foglight for Infrastructure views

Purpose How to get here

Purpose How to get here Description of embedded views

Resource Utilizations view

Purpose How to get here Description of embedded views

Host Monitor views

Purpose How to get here Description of embedded views

Processes views

Purpose How to get here Description of embedded views

Foglight Log Monitor views

File Selector view Log Records view Record Details view

AIX metrics HP-UX metrics Linux metrics Solaris metrics Windows metrics AIXHostDetails topology object AIXMemoryDetails topology object AIXPhysicalCPUUsage topology object AIXUsedMemoryDetails topology object CPUCounts topology object Host topology object HostCPUs topology object

HostCPUs — Physical CPU Utilization

HostNetwork topology object HostProcess topology object HostProcessInstance topology object HostService topology object HostTopProcessEntry topology object LPARNetworkInterfaceDetails topology object LPARPhysicalDiskDetails topology object LogicalDisk topology object MSCluster topology object MSClusterNode topology object MSClusterResource topology object MSClusterResourceGroup topology object MSHostedResourceGroup topology object Memory topology object NetworkInterface topology object NetworkInterfaceDetails topology object NixHostProcessInstance topology object OperatingSystem topology object PhysicalDisk topology object PowerVMVIOS topology object PowerVMVIOSCPUs topology object PowerVMVIOSMemory topology object PowerVMVIOSNetwork topology object PowerVMVIOSStorage topology object Processor topology object WinHostProcessInstance topology object

Appendix: Building regular expressions in Foglight

What is a regular expression? Where can I find regular expressions? Regular expression basics

Building a simple pattern Building a pattern that matches a specific character Building a pattern that matches multiple characters Using advanced quantifiers Using special characters and regular expression flags Grouping elements in a pattern Additional information

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).

Table 62. Processor topology object
Metric Name	Metric Description	Metric Collected for These Platforms
name	The name of the processor, typically just a unique number in the system (0, 1, 2, etc).	AIX® HP-UX Linux® Solaris® Windows®
percentIOWaitTime	The percentage of time that the processor was idle while there was at least one I/O in progress.	AIX HP-UX Linux Solaris
percentIdleTime	The percentage of time that the processor was idle.	AIX HP-UX Linux Solaris Windows
percentSystemTime	The percentage of time that the processor spent executing system code in user mode.	AIX HP-UX Linux Solaris Windows
percentUserTime	The percentage of time that the processor spent executing user code.	AIX HP-UX Linux Solaris Windows
processorType	The type of processor.	AIX HP-UX Linux Solaris
stepping	The stepping revision.	AIX¹ HP-UX² Linux
totalHz	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
usedHz	The amount of clock cycles (measured in Hertz) being used on a processor.	AIX HP-UX Linux Solaris Windows
utilization	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.

Table 63. WinHostProcessInstance topology object
Metric Name	Metric Description	Metric Collected for These Platforms
commandLine	The full command line used to launch the executable.	Windows®
creationDate	The time the process instance was created.	Windows
executablePath	The full path to the executable.	Windows

Appendix: Building regular expressions in Foglight

This section describes regular expression basics and gives hands-on examples. For more details, see these topics:

•

What is a regular expression?

•

Where can I find regular expressions?

•

Regular expression basics

What is a regular expression?

A regular expression is a sequence of characters used to describe text ranges, patterns, and various kinds of special conditions. Regular expressions are supported in many programming languages, including Java® and Groovy, the core languages that Foglight uses.

The syntax of Groovy regular expressions comes from Java, so the syntax of Java and Groovy regular expressions is the same.

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