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6Contents
1 Introduction
The System Fault Management (SFM) supports HP Integrity Superdome 2 (HP Superdome 2), HP
Integrity BL860c i2, BL870c i2 & BL890c i2 Server Blades and rx2800 i2 in addition to other HP
Integrity Servers. All the features supported on systems running the HP-UX 11i v3 operating system
are available for HP Integrity Servers.
This chapter introduces you to the System Fault Management (SFM) software and the tools that
SFM includes.
The chapter discusses the following topics:
•“Overview” (page 7)
•“Features and benefits” (page 7)
•“Components of SFM” (page 9)
•“User interfaces” (page 15)
•“Architecture” (page 15)
Overview
The SFM software is a collection of tools used to monitor the health of HP servers running HP-UX
and deconfiguring the CPU, memory etc. based on the events. SFM retrieves information about a
system’s hardware devices such as CPU, memory, power supply, and cooling devices. SFM operates
within the Web-Based Enterprise Management (WBEM) environment.
WBEM is an industry-wide standards-based initiative to aid the management of large scale systems.
WBEM has the following components:
•A WBEM infrastructure, such as HP WBEM services. SFM uses the Common Information Model
Object Manager (CIMOM) WBEM service to route query requests and responses between
WBEM providers and clients. Clients must be compliant with the Common Information Model
(CIM) (2.7.2 or later) schema of the Distributed Management Task Force (DMTF).
•A WBEM-based network management application, such as the HP Systems Insight Manager
(HP SIM) and HP System Management Homepage (HP SMH), a user interface for controlling
and monitoring resources within a large-scale system. SFM can use HP SIM to display query
information for local and remote systems.
•WBEM providers that obtain information. SFM includes instance and indication providers,
which are one set of WBEM providers among many. SFM providers query and provide system
hardware property and event information.
You must be familiar with WBEM technology before reading this guide. For more information on
WBEM technology, see the HP WBEM Services for HP-UX and Linux System Administrator's Guide
and HP WBEM Services Release Notes at:
http://www.hp.com/go/hpux-networking-docs
Features and benefits
SFM dynamically queries property information about a hardware device on a local or remote
system. It offers the following features and benefits:
•Displays information on standards-compliant graphical and command-line system management
applications, such as HP SIM and HP SMH.
•Operates within the WBEM environment.
•Supports the Central Management Server (CMS) running on HP-UX, Linux®, or Windows®.
Overview7
•Enables you to view and administer WBEM indications.
•Provides the same features and benefits as those found in the EMS hardware monitors.
NOTE:SFM is the replacement of EMS hardware monitors.
8Introduction
Components of SFM
This section discusses the following topics:
•EVWEB
•Error Management Technology (EMT)
•CIMUtil
•IPMI Event Viewer
•providers
EVWEB
EVWEB is a component of SFM that enables you to administer and view WBEM indications
generated on the local system on which SFM is installed. For more information on EVWEB, see
“Evweb overview” (page 49).
EMT
EMT is a component of SFM that enables you to view and administer information about errors
which can occur on the server. For more information on EMT, see “EMT Overview” (page 71).
CIMUtil
SFM introduces the CIMUtil command. Using CIMUtil, you can enumerate instances related to
various devices and create filters, handlers, and subscriptions supported by SFM. For more
information on CIMUtil, see man CIMUtil
IPMI event viewer
Starting March 2009 release, the IPMI Event Viewer, slview will be delivered as part of
SysFaultMgmt. In the earlier releases it was delivered as part of Online Diagnostics bundle. IPMI
Event Viewer is used to display low-level system log information.
Starting September 2009 release, the IPMI Event Viewer support will be available for the new IPMI
event format.
Providers
SFM providers are components of SFM that retrieve information about the inventory on a system
and the events that occur on the hardware resources. SFM providers can be classified as instance
providers or as indication providers.
instance providers
On request, an SFM instance provider dynamically queries the local or remote system for the
property information described in Table 1 and reports the information to the CIMOM.
Table 1 Instance providers
DescriptionInstance provider
The Blade instance provider retrieves the following information:Blade
• Blade ID
• Blade Physical location
• Blade Hardware path
• Blade Serial number
• Blade Part number
• Blade Status
Components of SFM9
Table 1 Instance providers (continued)
DescriptionInstance provider
NOTE:The Blade instance provider is available on HP Integrity BL860c
i2/BL870c i2/BL890c i2 Server Blades, HP Integrity Superdome 2.
The CPU instance provider gathers the following types of information:CPU
• Logical processor information, such as:
• Physical processor chip information, such as chip revisions and
• Location details, such as:
The Memory instance provider gathers the following types of information:Memory
• Memory slot information
• Memory module information, such as:
The Memory instance provider depends on the EMS Wrapper provider to
update the memory inventory on HP 9000 and HP Integrity servers.
Current clock speed◦
◦ Processor family
◦ Processor status information, including configuration and
deconfiguration, failure status, and active and inactive status
◦ Load percentage
architecture revisions
◦ Location attributes such as cabinet number, cell number, slot number,
and so on. Only information for filled slots is available.
◦ Processor IDs
◦ Serial number
◦ Part number
◦ Memory capacity
◦ Module form factor
◦ Module status (for example, configuration status, failure status)
Environmental
DAS provider
The Environmental instance provider gathers information about the following
hardware components:
• Fans
• Power supply
• Bulk power supply
• AC input lines
Enumeration of Power supply and Fan on a blade system is not supported.
The FMD instance provider does the following:Filter Metadata (FMD)
• Provides the ability to predefine a filter in a repository
• Ensures that chosen indications are logged to the Event Archive
• Creates HP-advised subscriptions when SFM is installed
The Firmware Revision provider retrieves the following types of information:Firmware Revision
• System firmware revision
• Management Processor (MP) firmware revision
Starting with HP-UX 11i v3 March 2009 release, SFM does not monitor
information of storage disks or disk enclosures. However, the DAS provider
collects inventory details of the direct attached storage disks and monitors
the systems for errors.
10Introduction
Table 1 Instance providers (continued)
DescriptionInstance provider
For more information on the DAS provider, see the HP-UX WBEM Direct
Attached Storage (DAS) provider Data Sheet and Release Notes at: http://
www.hp.com/go/hpux-wbem-docs
Retrieves information about the management processor on the system.Management Processor
The Enclosure instance provider retrieves the following types of information:Enclosure
• Onboard Administrator (OA) description
• OA IP address
• OA MAC address
• URL to launch the OA
NOTE:The Enclosure instance provider is available on all integrity Blade
systems except for BL60p and HP Integrity Superdome 2.
Temperature Sensor
Record Log
ComputerSystem Chassis provider
The Temperature Sensor provider retrieves the following types of information:
Describes properties such as sensor number, current temperature reading,
and temperature sensor status.
• Sensor number
• Current temperature reading
• Temperature sensor status
• Processor temperature
• Memory board temperature
On HP 9000 and HP Integrity ® systems running a supported version of
HP-UX, the Temperature Sensor provider retrieves information related to the
ambient temperature in the system. On HP 9000 and HP Integrity ® system
not supporting the system and numeric sensor, the Temperature Sensor
instance provider doesn’t retrieve any information.
Enables event analysis tools such as Web-Based Enterprise Services (WEBES)
to access details of indications generated by the SFMIndicationProvider
that are available in the SFM database, for event analysis. The provider
also supports MCA logs. Event analysis tools can access MCA log details
for event analysis.
For more information, see Recordlog and MCA indication provider at:
http://bizsupport1.austin.hp.com/bc/docs/support/SupportManual/
c02578184/c02578184.pdf
Retrieves properties such as the serial number, product ID, and virtual
Universally Unique ID (UUID). It provides the following details related to the
physical system:
• SerialNumber
• ProductId
• Model
The ComputerSystem Chassis provider provides the following details related
to the logical server:
• VirtualSerialNumber
• VirtualUUID
These values are retained when an OS instance is moved to another server.
Consolidated Status provider
The Consolidated Status provider provides the overall health status of various
subsystems of the managed node. The overall health status is consolidated
from the health status of individual status providers registered with WBEM.
The SFM providers that contribute to the overall health status are:
Components of SFM11
Table 1 Instance providers (continued)
Indication providers
SFM includes four indication providers, the EMS Wrapper provider, the Event Manager Common
Information Model (EVM CIM) provider, SFMIndicationProvider and MCA indication provider.
Table 2 describes the SFM indication providers.
Table 2 Indication providers
DescriptionInstance provider
Blade
CPU
Memory
Environmental
Firmware Revision
Management Processor
Enclosure
Temperature Sensor
DescriptionIndication provider
The EMS Wrapper provider does the following:EMS Wrapper provider
1. Converts hardware events generated by the EMS Hardware
Monitors into WBEM indications.
2. Reports the WBEM indications to the CIMOM. Using a
WBEM-based management application, such as HP SIM, you
can subscribe to and receive Event Monitoring Service (EMS)
events generated on a remote system. On the system on which
SFM is installed, you can use an SFM tool, called EVWEB, to
view and administer events through the HP SMH interface.
The following EMS Hardware Monitors are supported on HP 9000
servers running the HP-UX 11i v3 operating system:
• LPMC (now CPU) (lpmc_em)
• Memory (dm_memory)
• Core HW (dm_core_hw)
• Chassis Code (dm_chassis)
• Integrity Core Hardware Monitor(ia64_corehw)
• IPMI Forward Progress Log Monitor (fpl_em)
The following EMS Hardware Monitors are supported on HP
Integrity® servers running the HP-UX 11i v3 operating system:
• Corrected Platform Error Monitor (cpe_em)
• IPMI Forward Progress Log Monitor (fpl_em)
• CMC Monitor (cmc_em)
• Itanium Core Hardware Monitor(ia64_corehw)
• Itanium Memory Monitor (memory_ia64)
NOTE:This provider and WBEM to EMS Consumer is not
supported on HP Integrity BL860c i2, BL870c i2 & BL890c i2
Server Blades, HP Integrity rx2800 i2 server, and HP Integrity
Superdome 2.
The EVM CIM provider does the following:EVM CIM provider
Table 2 Indication providers (continued)
DescriptionIndication provider
1. Converts hardware, software, and kernel events generated by
the EVM into WBEM indications.
2. Reports the WBEM indications to the CIMOM. Using a
WBEM-based management application, such as HP SIM, you
can subscribe to and receive EVM events generated on a
remote system. On the system on which SFM is installed, you
can use an SFM tool, called EVWEB, to view and administer
events through the HP SMH interface.
3. Logs messages logged by EVMCimProvider in
/var/opt/sfm/EvmCimProvider.log log file.
SFMIndicationProvider
The SFMIndicationProvider generates indications that are compliant
with the WBEM standards. On HP Integrity systems, it replaces
the following EMS monitors:
• cmc_em
• cpe_em
• memory_ia64
• fpl_em
• ia64_corehw
On HP 9000 systems, it replaces the following EMS monitors:
• fpl_em
• ia64_corehw
On HP Superdome 2, the core analysis engine monitors core
hardware and generates events. DPR and PCI Error Recovery
events are generated on HP-UX . The following indication providers
generate the event respectively:
• CMC_IndicationProviderIA
• PCIeIndicationProvider
You can choose to use either the SFMIndicationProvider or the
EMS monitors that it replaces, to monitor your hardware. The
remaining EMS monitors continue to function as usual irrespective
of whether you choose the SFMIndicationProvider or the EMS
monitors that it replaces. If you choose the SFMIndicationProvider,
it does the following:
1. Generates WBEM indications equivalent to the events that the
monitors it replaces generate.
2. Reports these WBEM indications to the CIMOM.
In the WBEM indication details, the provider name displayed
corresponds with the device to which the indication is related. For
example, if the name of the provider displayed in the event details
is MemoryIndicationProviderIA, the event is related to
memory. For a complete list of the names of providers displayed
in the WBEM indication details, in the SFM mode, see
Table 6 (page 40). The provider names indicate the device to
which the event is related.
For a list of WBEM indications and their details, see the SFM Event
Descriptions at:
http://www.hp.com/go/hpux-diagnostics-sfm-events
MCA indication provider
The MCA indication provider generates an indication when
Machine Check Abort (MCA) logs are present due to an MCA.
The MCA indication provider is available on all HP 9000 and
Integrity systems except for HP Integrity Superdome 2.
Components of SFM13
NOTE:The following apply to indication providers:
•The terms events and indications are used interchangeably.
•Although both EMS Wrapper provider and EVM CIM provider generate events related to
system hardware, the nature of events are different.
In addition, the support for CPUIndicationProvider and MemoryIndicationProvider has been added
with additional support for hardware events on HP Integrity BL860c i2, BL870c i2 &BL890c i2 Server Blades. The support for MemoryIndicationProvider has been added for
Legacy memory events and that for MemoryIndicationProviderIA for HP Integrity BL860c
i2, BL870c i2 & BL890c i2 Server Blades, HP Integrity Superdome 2 and
rx2800 i2 servers. For the listing of new events reported by SFM on these indication providers,
see the SFM Event Descriptions.
CIMOM identifies the SFM providers using SFMProviderModule. If a provider is not working
properly, SFMProviderModule stops all the SFM providers.
Table 3 Instance / Indication providers support
2
√√√CPUProvider and
CPUStatusProvider
PA-RISC providerInstance / Indication providers
IA legacy provider
1
IA NGIS providers
BladeStatusProvider
MemoryStatus provider
EnclosureStatusProvider
instance provider
ХBladeProvider and
Supported only on BL860c
i2, BL870c i2 & BL890c i2
√Memory provider and
Supported only on BL860c
i2, BL870c i2 & BL890c i2
ХEnclosureProvider and
Supported only on BL860c
i2, BL870c i2 & BL890c i2
√
Not supported on HP
√√Field Replaceable Unit (FRU)
Not supported on HP
√√
ХХ√EMDProvider
√√√Environmental
√
Superdome 2
√√
√√√MPProvider and MPStatusProvider
√√√CSChassisProvider
√√√RecordLog provider
√
Superdome 2
Х√√EMS Wrapper provider
14Introduction
√√ХEVM CIM provider
√√√SFMIndicationProvider
√XMCAIndicationProvider
Not supported on HP
√
Superdome 2
√√√Temperature Sensor
√√√Firmware Revision provider
X√√StatusChangeIndication provider
1
Legacy : HP Integrity platforms supporting processors prior Intel 9300.
2
NGIS : HP Integrity platfroms supporting Intel 9300 processors
Table 4 (page 15) lists the detection status of SFMIndication providers
Table 4 Representation of Monitors
Detection statusProvider
asynchronousCPUIndicationProvider
pollingMCAIndicationProvider
asynchronousCMC_IndicationProviderIA
asynchronousCPE_IndicationProviderIA
asynchronousCoreHardwareIndicationProvider
asynchronousChassisIndicationProvider
polling and asynchronousDiskIndicationProvider
pollingFPL_IndicationProvider
pollingSEL02_IndicationProvider
asynchronousLPMC_IndicationProvider
asynchronousMemoryIndicationProvider
Cron job
SFM includes the following features from the HP-UX 11i v3 February 2007 release:
•Cron job: When restart is attempted, /opt/sfm/bin/restart_sfm.sh script handles
restart if module is in degraded state.
•Vacuum cron job: Configured to be invoked once a day, the vacuum cron job is used to free
up unused memory space of SFM PostgresSQL database.
User interfaces
You can use two types of interfaces to view SFM provider queries: HP SIM and HP SMH. This
section describes these interfaces.
HP Systems Insight Manager
HP SIM is a WBEM-based user interface for controlling and monitoring resources within a large-scale
system. You can use HP SIM to create subscriptions and to view indications and instances on a
remote system. You must install HP SIM on the CMS. You can use HP SIM to launch HP SMH.
HP System Management Homepage
HP SMH is a secure, Web-based management application. You must install HP SMH on a local
system to view hardware configuration, status data, performance metrics, system thresholds, and
software version control information. You can also launch HP SMH from HP SIM remotely.
asynchronousPCIeIndicationProvider
Architecture
Figure 1 illustrates the architecture of SFM installed on a client system. The client system is managed
by the CMS.
User interfaces15
Figure 1 Block Diagram of SFM
The following list describes the sequence of events when a request is made for information:
1.The CIMOM receives requests from the CMS for information about devices.
2.The CIMOM directs the requests to the appropriate SFM provider, for example, the CPU
instance provider.
3.The SFM provider queries the associated hardware device for property information.
4.The SFM provider returns the query information to the CIMOM.
5.The CIMOM conveys the responses from the provider to the CMS.
You can view the information using HP SIM on the remote system and HP SMH on the local
system.
The following list describes the sequence of events when an event is generated from an EMS
monitor:
1.EVWEB and CMS subscriptions are created.
2.The EMS Wrapper provider receives events generated by the EMS monitors through the EMS
framework.
3.The provider converts these events into WBEM indications and reports these indications to the
CIMOM.
4.CIMOM directs these indications to the CMS that has created subscriptions for indications.
EVWEB retrieves the errors that occurred on the local system and stores the indications either
in the Event Archive or in your E-mail box, or both, depending on your configuration.
You can view indications using HP SIM on the remote system and HP SMH on the local system.
The sequence of events if you choose to use the SFMIndicationProvider instead of the EMS monitors
it substitutes, is as follows:
1.EVWEB and CMS subscriptions are created.
2.The SFMIndicationProvider generates WBEM indications that are triggered by errors on devices
that it monitors.
3.The provider reports these WBEM indications to the CIMOM.
16Introduction
4.The CIMOM directs these indications to EVWEB and to the CMS that has created subscriptions
for indications. EVWEB then stores the indications either in the Event Archive, in syslog, or in
your E-mail box, or all, depending on your configuration.
Indications can be viewed using HP SIM on the remote system and HP SMH on the local
system.
5.The indications generated by the SFMIndicationProvider, and reported to the CIMOM, can
also be directed to the EMS framework through the WBEM Wrapper Monitor. The WBEM
Wrapper Monitor converts the WBEM indications into EMS events and directs them to the
EMS framework.
EMS clients can receive these events, along with the other events generated by the EMS
monitors, through the EMS framework.
NOTE:
a.Only those indications that are generated by the SFMIndicationProvider in the SFM
monitoring mode, can be directed to the EMS framework through the WBEM Wrapper
Monitor. Indications generated by the EMS Wrapper provider in the EMS monitoring
mode, cannot be directed to the EMS framework.
b.You can continue to receive all events from EMS Hardware Monitors through the EMS
framework along with the indications on EVWEB and CMS.
The following list describes the sequence of events when an event is generated by EVM:
1.EVWEB and CMS subscriptions are created.
2.The EVM CIM provider receives events posted by the posting clients through the EVM Daemon.
3.The provider converts these events into WBEM indications and reports these indications to the
CIMOM.
4.CIMOM directs these indications to EMT and the CMS that has created subscriptions for
indications. EVWEB retrieves the errors that occurred on the local system and stores the
indications either in the Event Archive, in syslog, or in your E-mail box, or all, depending on
your configuration.
You can view indications using HP SIM on the remote system and HP SMH on the local system.
Architecture17
2 Installing the SFM software
The System Fault Management (SFM) software is installed by default with the HP-UX 11i v3
Operating Environment (OE) media. However, at some point you may need to install the SFM
software separately. This chapter describes how to install the SFM software as a standalone
component on the HP-UX 11i v3 operating system.
This chapter discusses the following topics:
•“Prerequisites” (page 18)
•“Installing the SFM software from the media” (page 19)
•“Installing the SFM software from the web” (page 22)
•“Verifying the installation” (page 22)
•“Removing the SFM software” (page 24)
•“Verifying removal of the SFM software” (page 27)
Prerequisites
Starting with HP-UX 11i v3 September 2011 release, SysFaultMgmt and its dependencies are
available through HP-UX WBEM Management Bundle (WBEMMgmtBundle). This Mega bundle
is available only on HP Software Depot. It is recommended to install the products together from
the WBEMMgmtBundle due to the product dependency. For installation steps, see “Installing the
SFM software from the web” (page 22)
Following are the prerequisites for installing the March 2012 version of SFM software:
•HP-UX 11i v3 February 2007 release or later
•OpenSSL Version A.00.09.08g.001 or later
•EVM-EventMgr B.11.31 September 2007 or later
•SysMgmtBase Version B.00.02.03 (Interface) or later
•WBEMSvcs Version A.02.09.02.00 or later
•PHCO_40289 (for Itanium only)
•SysMgmtWeb (HP-UX Web-Based System Management User Interface) Version A.3.0.0.2,
September 2009 release or later
•HP Systems Insight Manager (HP SIM) Version C.06.01 or later
•ProviderSvcsBase Version C.07.00.07.01, March 2012 release or later
•SysMgmtPlus Version A.04.00, September 2010 release or later
•OnlineDiag Version B.11.31.06.xx on HP 9000 systems only, September 2009 release or
later
A.04.20.31EMS Version
D.06.00STM Version
18Installing the SFM software
NOTE:
•The listed versions of the software are the minimum supported requirements. Subsequent
versions are compatible with this version of SFM unless otherwise noted.
•WBEM Services, Online Diagnostics, SysMgmtWeb, and HP SIM are available on the
Operating Environment (OE) media and can be selected for install during the SFM installation.
•HP System Management Homepage (SMH) – bundled in SysMgmtWeb. You cannot access
the EvWEB GUI (Event Viewer, Subscription Administration and Log Viewer interface), EMT(Error
Management Technology) GUI and IPMI Event Viewer GUI without HP SMH. The command
line interface for EVWEB, EMT and IPMI Event Viewer (Slview) will still be accessible.
•HP Systems Insight Manager (HP SIM) is an optional install. However, HP recommends using
the latest available version to remotely administer indications and instances. The minimum
requirements are the June 2010 release:
HP SIM 6.1 with Update 1 - HP-UX (C.06.01.00.00.04).
Installing the SFM software from the media
This section describes the two ways in which you can install the SFM software from the HP-UX 11i
v3 OE media:
•Using the terminal user interface (TUI)
•Using the command-line interface (CLI)
Installing using the TUI
To install the SFM software using the TUI, complete the following steps:
1.Log in to the system as a superuser.
2.Mount the CD to a location of your choice as in the following example:
# mount /dev/dsk/c1t2d0 /tmp/cdrom
3.Enter the following command at the HP-UX prompt:
# swinstall
The SD Install - Software Selection window appears as shown in the following figure:
4.In the Specify Source window, select the appropriate location and click OK. The SD Install Software Selection window is displayed.
6.Select Enforce dependency analysis errors in agent, and click OK, as shown in the following
figure. The Note window is displayed.
Installing the SFM software from the media19
Selecting these options automatically installs all the dependencies.
NOTE:The system selects some options by default. However, you must select the two options
mentioned in step 5 to automatically install the prerequisites.
7.Click OK in the Note window to confirm the selection of dependencies.
8.In the SD Install - Software Selection window, select Actions->Install, as shown in the following
figure. You will need to install SysFaultMgmt, OnlineDiag and ProviderSvcsBase product
together from the DiagProdCollection bundle due to the product dependency. Verify the depot
by using swverify command.
NOTE:SFM is automatically configured after it is installed.
The following figure displays the beginning of the configuration phase:
20Installing the SFM software
When the SFM software installs, the Install window appears indicating that the SFM software
is installed successfully, as shown in the following figure:
9.Unmount the CD. To unmount, enter the following command at the HP-UX prompt:
# unmount /tmp/cdrom
10. To verify whether the SFM software is installed properly, enter the following command at the
HP-UX prompt:
# swlist | grep SysFaultMgmt
If the SFM software is installed properly, SysFaultMgmt and the version number of the SFM
software are displayed in the output. If the SFM software is not installed properly, you must
repeat the installation procedure. For more information, see “Verifying the installation”
(page 22).
Installing using the CLI
To install the SFM software using CLI, complete the following steps:
1.Log in to the system as a superuser.
2.Mount the CD to a location of your choice, as in the following example:
# mount /dev/dsk/c1t2d0 /tmp/cdrom
Installing the SFM software from the media21
3.To install the SFM software and all the dependencies, enter the following command at the
HP-UX prompt:
4.Unmount the CD. To unmount, enter the following command at the HP-UX prompt:
# unmount /tmp/cdrom
5.To verify whether the SFM software is installed properly, enter the following command at the
HP-UX prompt:
# swlist | grep SysFaultMgmt
If the SFM software is installed properly, SysFaultMgmt and the version number of the SFM
software appear in the output. If the SFM software is not installed properly, you must repeat
the installation procedure. For more information, see “Verifying the installation” (page 22).
Installing the SFM software from the web
Starting with HP-UX 11i v3 March 2009 release, OnlineDiag and SysFaultMgmt products are
available through HP-UX Diagnostics Products Collection (DiagProdCollection) Mega bundle. This
Mega bundle is available only on web. You will require to install SysFaultMgmt, OnlineDiag and
ProviderSvcsBase product together from the DiagProdCollection bundle due to the product
dependency.
To install the SFM software from the Software Depot, complete the following steps:
1.Go to HP Software depot at: http://www.hp.com/go/softwaredepot
2.Search for WBEMMgmtBundle and select WBEM Management bundle for HP-UX 11i v3. The
Overview page is displayed. This page provides the details of solution for installation/upgrade
of WBEM Management products bundle.
3.Go to the Installation page and review Prerequisites to ensure that your system meets the
requirements.
4.Select the Receive for Free >> option at the bottom right of the page.
5.Select the appropriate release of the HP-UX operating system.
6.Enter your registration information. Read and accept the terms and conditions.
7.Click Next >> at the bottom right of the page.
8.Click the appropriate link under Download Software to download the software. Save the
software in a local directory on your system, for example, /tmp/SysFaultMgmt.depot.
9.To install the product, login as superuser and enter the following command:
10. To verify whether the SFM software is installed properly, enter the following command at the
HP-UX prompt:
# swlist | grep SysFaultMgmt
If the SFM software is installed properly, SysFaultMgmt and the version number appear in the
output. If the SFM software is not installed properly, you must repeat the installation procedure.
For more information, see “Verifying the installation” (page 22).
Verifying the installation
This section describes how to verify the SFM software installation using the TUI and the CLI.
22Installing the SFM software
Verifying the installation using the TUI
To verify the SFM software installation, complete the following steps:
1.Log in to the system as a superuser.
2.Click Logfile in the Install window, as shown in the following figure:
The Logfile, which includes details about the installation, is displayed. If there are no errors
in the Logfile, the SFM software is installed properly. If the SFM software is not installed
properly, you must repeat the installation procedure.
3.For information about errors related to installation, enter the following command at the HP-UX
prompt:
# swjob -a log <jobid> @ <system name>:/
The jobid is available in the Logfile, as underlined in the Logfile window, in the following
figure:
For example, enter the following command at the HP-UX prompt:
# swjob -a log iemlhamia-0013 @ iemlhamia.india.hp.com:/
Verifying the installation23
Verifying the installation using the CLI
To verify your installation using the CLI, complete the following steps:
1.Log in to the system as a superuser.
2.Enter the following command at the HP-UX prompt:
# swjob
If the output contains no errors, the SFM software is installed properly. Otherwise, you must
install the SFM software again.
A sample output is shown in the following figure:
3.For information about installation-related errors, enter the following command at the HP-UX
prompt:
# swjob -a log <jobid> @ <system name>:/
For example, enter the following command at the HP-UX prompt:
# swjob -a log iemlhamia-0005 @ iemlhamia.india.hp.com:/
NOTE:The logs to /var/opt/sfm/log/install.log are written when SFM is getting
installed.
Removing the SFM software
This section describes how to remove of the SFM software using the TUI and the CLI.
CAUTION:Removing the SFM software makes your system vulnerable to failure. Also, all the
software products that depend on the SFM software may not work properly.
Removing the software using the TUI
To remove the SFM software from your system, complete the following steps:
1.Log in to the system as a superuser.
2.Enter the following command at the HP-UX prompt:
# swremove
3.Select SysFaultMgmt in the SD Remove window, as shown in the following figure:
24Installing the SFM software
4.Select Actions->Mark for Remove in the SD Remove window, as shown in the following figure:
5.Select Actions->Remove, as shown in the following figure:
Removing the SFM software25
6.Click OK in the Remove Analysis window to confirm the removal of the SFM software, as
shown in the following figure:
The following figure is a sample of the removal process in progress:
7.When the SFM software is removed, the Remove Window is displayed, as shown in the
following figure:
26Installing the SFM software
8.To verify whether the SFM software is removed properly, enter the following command at the
HP-UX prompt:
# swlist | grep SysFaultMgmt
If the SFM software is removed properly, SysFaultMgmt and the version number of the SFM
software does not appear in the output. If the SFM software is not removed properly, you must
repeat the removal procedure. For more information, see “Verifying removal of the SFM
software” (page 27).
Removing the software using the CLI
To remove the SFM software from your system, complete the following steps:
1.Log in to the system as a superuser.
2.Enter the following command at the HP-UX command prompt:
# swremove SysFaultMgmt
3.To verify whether the SFM software is removed properly, enter the following command at the
HP-UX prompt:
# swlist | grep SysFaultMgmt
If the SFM software is removed properly, SysFaultMgmt and the version number of the SFM
software do not appear in the output. If the SFM software is not removed properly, you must
repeat the removal procedure. For more information, see “Verifying removal of the SFM
software” (page 27).
Verifying removal of the SFM software
This section describes how to use the TUI and the CLI to verify whether the SFM software is removed
successfully.
Verifying removal using the TUI
To verify whether the SFM software is removed successfully, complete the following steps:
1.Log in to the system as a superuser.
2.Click Logfile in the Remove Window.
If there are no errors in the Logfile, the SFM software is removed successfully. If the SFM
software is not removed properly, you must repeat the removal procedure. See “Removing
the SFM software” (page 24) for instructions on how to remove the SFM software.
Verifying removal of the SFM software27
3.For information about errors related to the removal of SFM, enter the following command at
the HP-UX prompt:
# swjob -a log <jobid> @ <system name>:/
The jobid is available in the Logfile.
Verifying removal using the CLI
To verify if the SFM software is removed successfully, complete the following steps:
1.Log in to the system as a superuser.
2.Enter the following command at the HP-UX prompt:
# swjob
If the output contains no errors, the SFM software is removed successfully. If the SFM software
is not removed properly, you must repeat the removal procedure. See “Removing the SFM
software” (page 24) for instructions on how to remove the SFM software.
3.For information about errors related to the removal of the SFM software, enter the following
command at the HP-UX prompt:
# swjob -a log <jobid> @ <system name>:/
The jobid is available in the output of the swjob command.
28Installing the SFM software
3 Configuring indication providers
This chapter describes how to configure indication filters, error logging, and the
SFMIndicationProvider.
Configuring indication filters
You must configure the indication filters to view desired indications. You use the Filter Metadata
provider (FMD) to configure indication filters that deliver important or desired indications, for
example, indications with a certain severity. The provider also ensures that all the indications that
HP recommends for system management are logged in the Event Archive, available at
/var/opt/psb/db/pgsql. Logging indications in the archive helps track all the events that are
generated.
Filters are classified as follows:
•HP-Defined Filters
HP-Defined filters are defined by HP, and are present in the FMD repository at the time of
installation. You can list, enable or disable the HP-Defined filters. Indications fulfilling the
conditions in the HP-Defined filters are logged in the Event Archive. To confirm the HP-Defined
Filters, enter the following command at the HP-UX prompt:
# sfmconfig -m list -t HP
The following output is displayed:
Filter Name : General Filter
Filter Type : HP Defined Filter
Filter Unique Identifier : 1
Filter Query : Select * from HP_DeviceIndication
Filter Query Language : WQL
Filter Source Namespace : root/cimv2
Filter Description : General Device Indications.
Filter State : Enabled Filter State
Filter Last Operation : No Operation
To disable the HP-Defined filters, enter the following command at the HP-UX prompt:
•Admin-Defined Filters
Admin-Defined filters are defined by the administrator. HP does not provide any Admin-Defined
filter. To list, create, delete, modify, enable, and disable Admin-Defined filters, use the
sfmconfig command. By default, the FMD provider does not log indications fulfilling the
conditions in the Admin-Defined filters, in the Event Archive. You must modify the Admin-Defined
filters to log indications in the Event Archive.
To add an Admin-Defined Filter, enter the following command at the HP-UX prompt:
Filter Name : AdminFilter_2
Filter Type : Admin Defined Filter
Configuring indication filters29
Filter Unique Identifier : 10002
Filter Query : Select * from HP_AlertIndication where (PerceivedSeverity >= 4)
Filter Query Language : WQL
Filter Source Namespace : root/cimv2
Filter Description : Admin Filter
Filter State : Enabled Filter State
Filter Last Operation : Add Filter
HP_AlertIndication is derived from CIM_AlertIndication and HP_DeviceIndication is derived
from HP_HardwareIndication. HP_HardwareIndication is derived from HP_AlertIndication.
WBEM severities must be used while specifying the filter query. For more information on the
WBEM severity, see Table 5 (page 39).
For more information on the sfmconfig command, and its options, see the sfmconfig
(1M) manpage.
Configuring error logging in SFM
Logging information about the internal operational errors of SFM such as system call errors is
called, error logging. You can configure error logging parameters, such as severity, logging target,
and the number of backup files by using the sfmconfig command. To configure these parameters,
complete the following steps:
1.Modify the /var/opt/sfm/conf/FMLoggerConfig.xml configuration file using a text
editor.
2.For the changes made in the /var/opt/sfm/conf/FMLoggerConfig.xml configuration
file to take effect, enter the following command at the HP-UX prompt:
NOTE:Starting with the HP-UX 11i v3 March 2008 release, SFM is the default monitoring mode.
However, you can switch to the OnlineDiag monitoring mode. Switching the monitoring mode
from SFM to EMS on HP Integrity BL860c i2, BL870c i2 & BL890c i2 Server Blades, rx2800 i2
and HP Superdome 2 servers is not available.
To check whether the SFMIndicationProvider is working properly, send a memory test event by
entering the following command at the HP-UX prompt:
# /opt/sfm/bin/sfmconfig -t -m
The following output indicates that the SFMIndicationProvider is working properly:
30Configuring indication providers
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