C H A P T E R 6 - Sun Fire High-End Systems Agent Modules

C H A P T E R 6

Sun Fire High-End Systems Agent Modules

This chapter explains how to open each of the Sun Fire high-end system-specific agent modules and describes the tables, properties, and alarm rules for each module.

TABLE 6-1 shows each Sun Fire high-end system-specific module; a brief description; and whether the module is loaded by default, loadable, or unloadable. For specific information about loading and unloading Sun Management Center modules, refer to the Sun Management Center User's Guide.

TABLE 6-1 Summary of Sun Fire High-End Systems Agent Modules
Module	Description	Where Loaded ^[1]	Loaded by Default?	Loadable?	Unloadable?
Platform Config Reader	Provides information about the hardware configuration for the entire Sun Fire high-end systems platform	Platform Agent on SC	yes	no	no
Domain Config Reader	Provides the hardware configuration for a Sun Fire high-end systems domain	Domain	yes	yes	yes
SC Config Reader	Provides the hardware configuration for system controllers (SCs) for Sun Fire high-end systems	Base Agent on SC	yes	yes	yes
SC Status	Determines whether a system controller for Sun Fire high-end systems is the main or spare system controller	Base Agent on SC	yes	yes	yes
SC Monitoring	Monitors the System Management Services (SMS) daemons on the active system controller	Platform Agent on SC	yes	yes	yes
Platform/ Domain State Management	Enables an administrator to perform platform and domain management, and global dynamic reconfiguration of system boards across the platform from the system controller	Platform Agent on SC	no	yes	yes
Dynamic Reconfiguration	Enables an administrator to perform dynamic reconfiguration of boards on one Sun Fire high-end systems domain at a time from the domain	Domain	no	yes	yes

Appendix C of the Sun Management Center User's Guide describes the base Sun Management Center modules that monitor various components of the system, including hardware, operating environment, local applications, and remote systems.

Platform Modules Disabled

The platform modules--Platform Config Reader, Platform/Domain State Management, and SC Monitoring--are automatically disabled if either of these conditions exist:

System controller is the spare system controller

One of the required SMS daemons for a given platform module is not active (TABLE 6-2)

TABLE 6-2 Required SMS Daemons for Platform Modules
Platform Module	Required SMS Daemons
Platform Config Reader	Capacity-on-Demand Daemon (`codd`) Event Front-end Daemon (`efe`) Error and Fault Handling Daemon (`efhd`) Event Log Access Daemon (`elad`) Event Reporting Daemon (`erd`) Environmental Status Monitoring Daemon (`esmd`) Failover Management Daemon (`fomd`) Hardware Access Daemon (`hwad`) Platform Configuration Daemon (`pcd`)
Platform/Domain State Management	Capacity-on-Demand Daemon (`codd`) Event Front-end Daemon (`efe`) Error and Fault Handling Daemon (`efhd`) Event Log Access Daemon (`elad`) Event Reporting Daemon (`erd`) Environmental Status Monitoring Daemon (`esmd`) Failover Management Daemon (`fomd`) Hardware Access Daemon (`hwad`) Platform Configuration Daemon (`pcd`)
SC Monitoring	Event Front-end Daemon (`efe`)

When a platform module is automatically disabled, an alarm is generated and the platform icon is designated with a circled X on the lower-right corner.

Sun Fire High-End Systems Module Properties

The tables in this chapter provide brief descriptions of each property in each module. Properties that can be graphed are noted in the property description. Refer to Chapter 9 of the Sun Management Center User's Guide for more information about graphing properties.

Sun Fire High-End Systems Module Alarm Rules

Each module section contained in the Sun Fire high-end systems add-on software describes the alarm rules for that module, if any. You cannot change the limits for any of these rules. The system provides a message with the alarm stating the current property and the limit. If a property is monitored by a Sun Management Center rule, the name of that rule is shown in the property tables for each module monitored by that rule.

For descriptions of the alarm rules for each module, see:

Platform Config Reader Alarm Rules

Domain Config Reader Alarm Rules

SC Config Reader Alarm Rules

SC Monitoring Alarm Rule--Process Down Rule (rDownProc)

Chapter 12 of the Sun Management Center User's Guide describes managing and controlling alarms.

Platform Config Reader Module

The Platform Config Reader module provides information about the hardware configuration for the entire Sun Fire high-end systems platform. During Sun Fire high-end systems platform add-on setup, this module loads automatically, and you cannot unload it.

FIGURE 6-1 shows the icon for the module--Config Reader (Sun Fire high-end systems)--as it is displayed in the platform Details window under the Module Browser tab and Hardware icon.

FIGURE 6-1 Platform Config Reader Module

Screen capture of the Browser tab in the platform Details window, showing the Config Reader icon.

Platform Config Reader Module Refresh

The Platform Config Reader module stores platform information in an internal cache. It gathers and refreshes this information in two ways:

At 60-minute intervals, the Platform Config Reader interacts with SMS daemons on the SC to repopulate the entire contents of the cache. You cannot change the value of the refresh interval.

Whenever platform properties, such as temperature or voltage, change, SMS daemons notify the Sun Management Center software. The Platform Config Reader then updates the affected hardware table in the Browser view.

By using the browser from the platform Details window, you can refresh any module property. However, doing so only retrieves the current value of the property from the platform agent; it does not force a recalculation of the data.

Platform Config Reader Properties

The tables in this section describe each of the visible properties for each Sun Fire high-end systems Platform Config Reader object. If a property has a value of -- or
-1, the Platform Config Reader is unable to get data for that property.

Note - All temperatures are measured in degrees Celsius (C).

System

The following table provides a brief description of the system properties for the Sun Fire high-end systems platform (TABLE 6-3).

TABLE 6-3 Platform Config Reader System
Property	Rule (if any)	Description
Name		`system`
Platform Type		Platform type identifier
Platform Name		Name assigned to this Sun Fire high-end systems platform during SMS software configuration
Chassis Host ID		Chassis host identifier
Failover State	`scFoStat`	Current failover state: `ACTIVATING`, `ACTIVE`, `DISABLED`, or `FAILED`
Admin Group		Administrative group identifier, such as `platadmn`
Operator Group		Operator group identifier, such as `platoper`
Service Group		Service group identifier, such as `platsvc`
Main System Controller Hostname		Host name of the main system controller
Spare System Controller Hostname		Host name of the spare system controller
Main System Controller		Identifier of the current main system controller: `SC0` or `SC1`
System Controller Internal IP Address		Internal IP address of the current main system controller
Clock Frequency (MHz)		Clock frequency in megahertz
System Clock Frequency (MHz)		System clock frequency in megahertz
Clock Type		Clock type used
Number of Active Domains		Number of active domains for Sun Fire E25K/15K platform (1-18) or Sun Fire E20K/12K platform (1-9)
Number of Expander Boards		Number of expander boards for Sun Fire E25K/15K platform (1-18) or Sun Fire E20K/12K platform (1-9)
Number of Slot0 System Boards		Number of system boards in slot 0 (1-18)
Number of Slot1 System Boards		Number of system boards in slot 1 (1-18)
Number of System Controllers		Number of system controllers (1-2)
Number of System Controller Peripherals		Number of system controller peripherals (1-2)
Number of Centerplanes		Number of centerplanes (1)
Number of Centerplane Support Boards		Number of centerplane support boards (1-2)
Number of Fan Trays		Number of fan trays (1-8)
Number of Bulk Power Supplies		Number of bulk power supplies (1-6)
Total Memory (MB)		Total memory in megabytes as configured by the power-on self-test (POST)
Total Processors		Total number of processors as configured by POST
Last Full Refresh		Last date and time the data in the internal cache was fully updated

Centerplane

The following table provides a brief description of the properties for the Sun Fireplane interconnect--also known as the centerplane--on Sun Fire high-end systems (TABLE 6-4).

TABLE 6-4 Platform Config Reader Centerplane
Property	Rule (if any)	Description
CP ID		Centerplane identifier containing FRUID(SlotID): `CP(CP0)`
FRU Part Number		Part number of the field-replaceable unit
FRU Serial Number		Serial number of the field-replaceable unit
Dash Level		Dash level of the field-replaceable unit
Rev Level		Revision level of the field-replaceable unit
Short Name		Short name of the field-replaceable unit
Description		Description of the field-replaceable unit
Manufacturer Location		Location of the manufacturer of the field-replaceable unit
Date of Manufacture		Date and time the field-replaceable unit was manufactured
Vendor Name		Vendor name for the field-replaceable unit
CSBs Present		Comma-separated list of the numbers for the centerplane support boards that are present
EXBs Present		Comma-separated list of the numbers for the expander boards that are present
SCs Present		Comma-separated list of the numbers for the system controllers that are present
SCPERs Present		Comma-separated list of the numbers for the system controller peripherals that are present
DARB Temp 0	`scBTemp`	(graphable) Temperature of the DARB ASIC on centerplane board 0
RMX Temp 0	`scBTemp`	(graphable) Temperature of the RMX ASIC on logical centerplane board 0
AMX0 Temp 0	`scBTemp`	(graphable) Temperature of the AMX0 ASIC on logical centerplane board 0
AMX1 Temp 0	`scBTemp`	(graphable) Temperature of the AMX1 ASIC on logical centerplane board 0
DMX0 Temp 0	`scBTemp`	(graphable) Temperature of the DMX0 ASIC on logical centerplane board 0
DMX1 Temp 0	`scBTemp`	(graphable) Temperature of the DMX1 ASIC on logical centerplane board 0
DMX3 Temp 0	`scBTemp`	(graphable) Temperature of the DMX3 ASIC on logical centerplane board 0
DMX5 Temp 0	`scBTemp`	(graphable) Temperature of the DMX5 ASIC on logical centerplane board 0
DARB Temp 1	`scBTemp`	(graphable) Temperature of the DARB ASIC on logical centerplane board 1
RMX Temp 1	`scBTemp`	(graphable) Temperature of the RMX ASIC on logical centerplane board 1
AMX0 Temp 1	`scBTemp`	(graphable) Temperature of the AMX0 ASIC on logical centerplane board 1
AMX1 Temp 1	`scBTemp`	(graphable) Temperature of the AMX1 ASIC on logical centerplane board 1
DMX0 Temp 1	`scBTemp`	(graphable) Temperature of the DMX0 ASIC on logical centerplane board 1
DMX1 Temp 1	`scBTemp`	(graphable) Temperature of the DMX1 ASIC on logical centerplane board 1
DMX3 Temp 1	`scBTemp`	(graphable) Temperature of the DMX3 ASIC on logical centerplane board 1
DMX5 Temp 1	`scBTemp`	(graphable) Temperature of the DMX5 ASIC on logical centerplane board 1

Expander Board

The following table provides a brief description of the properties for an expander board on Sun Fire high-end systems(TABLE 6-5).

TABLE 6-5 Platform Config Reader Expander Board
Property	Rule (if any)	Description
EXB ID		Expander board identifier containing FRUID(SlotID): `EXB(EX`x`)`, where x is the expander board number (`0`-`17`)
FRU Part Number		Part number of the field-replaceable unit
FRU Serial Number		Serial number of the field-replaceable unit
Dash Level		Dash level of the field-replaceable unit
Rev Level		Revision level of the field-replaceable unit
Short Name		Short name of the field-replaceable unit
Description		Description of the field-replaceable unit
Manufacturer Location		Location of the manufacturer of the field-replaceable unit
Date of Manufacture		Date and time the field-replaceable unit was manufactured
Vendor Name		Vendor name for the field-replaceable unit
Power State	`scBPower`	Indicates whether the expander board power is `ON` or `OFF`
Slot 0		Identifier of the system board that occupies slot 0: `CPU(SB`x), `V3CPU(SB`x`)`, or `NOT_PRESENT`, where x is the number of the centerplane slot containing the board (`0`-`17` and `V3` indicates an UltraSPARC IV CPU board.
Slot 1		Identifier of the system board that occupies slot 1: `HPCI(IO`x`)`, `MCPU(IO`x`)`, or `NOT_PRESENT`, where x is `0`-`17`
PS0 State	`scOBURul`	Status of power supply 0: `OK`, `BAD`, or `UNKNOWN`
PS1 State	`scOBURul`	Status of power supply 1: `OK`, `BAD`, or `UNKNOWN`
Ambient Top Temp (C)	`scBTemp`	(graphable) Ambient top temperature
Ambient Bottom Temp (C)	`scBTemp`	(graphable) Ambient bottom temperature
SBBC Temp (C)	`scBTemp`	(graphable) Temperature of the SBBC ASIC
SDI5 Temp (C)	`scBTemp`	(graphable) Temperature of the SDI5 ASIC
SDI0 Temp (C)	`scBTemp`	(graphable) Temperature of the SDI0, or master, ASIC
SDI3 Temp (C)	`scBTemp`	(graphable) Temperature of the SDI3 ASIC
AXQ Temp (C)	`scBTemp`	(graphable) Temperature of the AXQ ASIC
+3.3HK Volt	`scBVolt`	(graphable) Voltage level for the board +3.3 VDC housekeeping power
+3.3V Volt	`scBVolt`	(graphable) Voltage level for the board +3.3 VDC power
+1.5V Volt	`scBVolt`	(graphable) Voltage level for the board +1.5 VDC power
+2.5V Volt	`scBVolt`	(graphable) Voltage level for the board +2.5 VDC power

Centerplane Support Board

The following table provides a brief description of the properties for a centerplane support board on Sun Fire high-end systems (TABLE 6-6).

TABLE 6-6 Platform Config Reader Centerplane Support Board
Property	Rule (if any)	Description
CSB ID		Centerplane support board identifier containing FRUID(SlotID): `CSB(CS0)` or `CSB(CS1)`
FRU Part Number		Part number of the field-replaceable unit
FRU Serial Number		Serial number of the field-replaceable unit
Dash Level		Dash level of the field-replaceable unit
Rev Level		Revision level of the field-replaceable unit
Short Name		Short name of the field-replaceable unit
Description		Description of the field-replaceable unit
Manufacturer Location		Location of the manufacturer of the field-replaceable unit
Date of Manufacture		Date and time the field-replaceable unit was manufactured
Vendor Name		Vendor name for the field-replaceable unit
Power State	`scBPower`	Indicates whether the board power is `ON` or `OFF`
PS0 State	`scOBURul`	Status of power supply 0: `OK`, `BAD`, or `UNKNOWN`
PS1 State	`scOBURul`	Status of power supply 1: `OK`, `BAD`, or `UNKNOWN`
Ambient Top Temp (C)	`scBTemp`	(graphable) Ambient top temperature
Ambient Bottom Temp (C)	`scBTemp`	(graphable) Ambient bottom temperature
SBBC Temp (C)	`scBTemp`	(graphable) Temperature of the SBBC ASIC
+3.3HK Volt	`scBVolt`	(graphable) Voltage level for the board +3.3 VDC housekeeping power
+3.3V Volt	`scBVolt`	(graphable) Voltage level for the board +3.3 VDC power
+2.5V Volt	`scBVolt`	(graphable) Voltage level for the board +2.5 VDC power
+1.5V Volt	`scBVolt`	(graphable) Voltage level for the board +1.5 VDC power

System Controller

The following table provides a brief description of the properties for a system controller on Sun Fire high-end systems (TABLE 6-7).

TABLE 6-7 Platform Config Reader System Controller
Property	Rule (if any)	Description
SC ID		System controller identifier containing FRUID(SlotID): `SC(SC0)` or `SC(SC1)`
FRU Part Number		Part number of the field-replaceable unit
FRU Serial Number		Serial number of the field-replaceable unit
Dash Level		Dash level of the field-replaceable unit
Rev Level		Revision level of the field-replaceable unit
Short Name		Short name of the field-replaceable unit
Description		Description of the field-replaceable unit
Manufacturer Location		Location of the manufacturer of the field-replaceable unit
Date of Manufacture		Date and time the field-replaceable unit was manufactured
Vendor Name		Vendor name for the field-replaceable unit
Power State	`scBPower`	Indicates whether the SC power is `ON` or `OFF`
RIO Temp (C)	`scBTemp`	(graphable) Temperature of the RIO board
IOA0 Temp (C)	`scBTemp`	(graphable) Temperature of the input/output adapter (IOA0) board
PS0 Temp (C)	`scBTemp`	(graphable) Temperature of power supply 0
PS1 Temp (C)	`scBTemp`	(graphable) Temperature of power supply 1
SBBC Temp (C)	`scBTemp`	(graphable) Temperature of the SBBC ASIC. The value of this property is `0.0` if the SC is the spare SC.
CBH Temp (C)	`scBTemp`	(graphable) Temperature of the CBH ASIC. The value of this property is `0.0` if the SC is the spare SC.
+12V Volt	`scBVolt`	(graphable) Voltage level for the +12 VDC power supply
-12V Volt	`scBVolt`	(graphable) Voltage level for the -12 VDC power supply
+3.3HK Volt	`scBVolt`	(graphable) Voltage level for the +3.3 VDC housekeeping power
+3.3V Volt	`scBVolt`	(graphable) Voltage level for the +3.3 VDC power supply
+1.5V Volt	`scBVolt`	(graphable) Voltage level for the +1.5 VDC power supply
+5.0V Volt	`scBVolt`	(graphable) Voltage level for the +5 VDC power supply
+5V Current 0	`scBCurrt`	(graphable) Current level 0 for the +5 VDC power
+5V Current 1	`scBCurrt`	(graphable) Current level 1 for the +5 VDC power
+3.3V Current 0	`scBCurrt`	(graphable) Current level 0 for the +3.3 VDC power
+3.3V Current 1	`scBCurrt`	(graphable) Current level 1 for the +3.3 VDC power

System Controller Peripheral

The following table provides a brief description of the properties for a system controller peripheral on Sun Fire high-end systems (TABLE 6-8).

TABLE 6-8 Platform Config Reader System Controller Peripheral
Property	Rule (if any)	Description
SCPER ID		System controller peripheral identifier containing FRUID(SlotID): `SCPER(SCPER0)` or `SCPER(SCPER1)`
FRU Part Number		Part number of the field-replaceable unit
FRU Serial Number		Serial number of the field-replaceable unit
Dash Level		Dash level of the field-replaceable unit
Rev Level		Revision level of the field-replaceable unit
Short Name		Short name of the field-replaceable unit
Description		Description of the field-replaceable unit
Manufacturer Location		Location of the manufacturer of the field-replaceable unit
Date of Manufacture		Date and time the field-replaceable unit was manufactured
Vendor Name		Vendor name for the field-replaceable unit
Power State	`scBPower`	Indicates whether the power is `ON` or `OFF`
Ambient0 Temp (C)		(graphable) Ambient temperature for probe point 0
Ambient1 Temp (C)		(graphable) Ambient temperature for probe point 1
Ambient2 Temp (C)		(graphable) Ambient temperature for probe point 2
Average Ambient Temp (C)	`scBTemp`	(graphable) Average ambient temperature ^[2] for the three probe points.
+12V Volt	`scBVolt`	(graphable) Voltage level for the board +12 VDC power
+5.0V Volt	`scBVolt`	(graphable) Voltage level for the board +5 VDC power
+3.3HK Volt	`scBVolt`	(graphable) Voltage level for the board +3.3 VDC housekeeping power

Fan Tray

The following table provides a brief description of the properties for fan trays on Sun Fire high-end systems (TABLE 6-9).

TABLE 6-9 Platform Config Reader Fan Tray
Property	Rule (if any)	Description
FANTRAY ID		Fan tray identifier containing FRUID(SlotID): `FT(FT0)` through `FT(FT7)`
FRU Part Number		Part number of the field-replaceable unit
FRU Serial Number		Serial number of the field-replaceable unit
Dash Level		Dash level of the field-replaceable unit
Rev Level		Revision level of the field-replaceable unit
Short Name		Short name of the field-replaceable unit
Description		Description of the field-replaceable unit
Manufacturer Location		Location of the manufacturer of the field-replaceable unit
Date of Manufacture		Date and time the field-replaceable unit was manufactured
Vendor Name		Vendor name for the field-replaceable unit
Power State	`scOnOff`	Indicates whether the fan power is `ON` or `OFF`
Speed		Fan tray speed: `NORMAL`, `HIGH`, or `FAILED`
Fan0 State	`scOkFail`	State of fan 0: `OK` or `FAIL`
Fan1 State	`scOkFail`	State of fan 1: `OK` or `FAIL`
Fan2 State	`scOkFail`	State of fan 2: `OK` or `FAIL`
Fan3 State	`scOkFail`	State of fan 3: `OK` or `FAIL`
Fan4 State	`scOkFail`	State of fan 4: `OK` or `FAIL`
Fan5 State	`scOkFail`	State of fan 5: `OK` or `FAIL`
Fan6 State	`scOkFail`	State of fan 6: `OK` or `FAIL`

Power Supply

The following table provides a brief description of the properties for power supplies on Sun Fire high-end systems (TABLE 6-10).

TABLE 6-10 Platform Config Reader Power Supply
Property	Rule (if any)	Description
PS ID		Power supply identifier containing FRUID(SlotID): `PS(PS0)` through `PS(PS5)`
FRU Part Number		Part number of the field-replaceable unit
FRU Serial Number		Serial number of the field-replaceable unit
Dash Level		Dash level of the field-replaceable unit
Rev Level		Revision level of the field-replaceable unit
Short Name		Short name of the field-replaceable unit
Description		Description of the field-replaceable unit
Manufacturer Location		Location of the manufacturer of the field-replaceable unit
Date of Manufacture		Date and time the field-replaceable unit was manufactured
Vendor Name		Vendor name for the field-replaceable unit
State	`scOkFail`	Overall state of the entire power supply: `OK` or `FAIL`
Fan0 State	`scOkFail`	State of fan 0: `OK` or `FAIL`
Fan1 State	`scOkFail`	State of fan 1: `OK` or `FAIL`
AC0 State	`scOkFail`	State of the alternating current input from the power supply (AC0): `OK` or `FAIL`
AC1 State	`scOkFail`	State of the alternating current input from the power supply (AC1): `OK` or `FAIL`
Breaker0 State	`scBreakr`	State of circuit breaker 0: `OPEN` or `CLOSE`
Breaker1 State	`scBreakr`	State of circuit breaker 1: `OPEN` or `CLOSE`
DC0 Power State	`scOnOff`	State of the direct current from the facility power source DC 0 is `ON` or `OFF`
DC1 Power State	`scOnOff`	Indicates whether the direct current from the facility power source DC 1 is `ON` or `OFF`
Current0		(graphable) Current 0 level
Current1		(graphable) Current 1 level
+48V Volt		(graphable) Voltage level for the +48 VDC power
+3.3HK Volt		(graphable) Voltage level for the +3.3 VDC housekeeping power

CPU Board

The following table provides a brief description of the properties for CPU boards on Sun Fire high-end systems (TABLE 6-11):

TABLE 6-11 Platform Config Reader CPU Board
Property	Rule (if any)	Description
CPU ID		CPU board identifier containing FRUID(SlotID): `CPU(SB`x`)` or `V3CPU(SB`x`)`, where x is the number of the centerplane slot containing the board (`0`-`17)` and `V3` indicates an UltraSPARC IV CPU board.
FRU Part Number		Part number of the field-replaceable unit
FRU Serial Number		Serial number of the field-replaceable unit
Dash Level		Dash level of the field-replaceable unit
Rev Level		Revision level of the field-replaceable unit
Short Name		Short name of the field-replaceable unit
Description		Description of the field-replaceable unit
Manufacturer Location		Location of the manufacturer of the field-replaceable unit
Date of Manufacture		Date and time the field-replaceable unit was manufactured
Vendor Name		Vendor name for the field-replaceable unit
Power State	`scBPower`	Indicates whether the CPU board power is `ON` or `OFF`
DR State	`scDrStat`	Indicates whether the dynamic reconfiguration state of the CPU board is `UNKNOWN`, `FREE`, `ASSIGNED,` or `ACTIVE`
Test Status	`scBTest`	Indicates whether the test status of the CPU is `UNKNOWN`, `IPOST` (in POST), `PASSED`, `DEGRADED`, or `FAILED`
POST Status	`scPOST`	Indicates whether the POST status of the CPU board is `UNKNOWN`, `OK`, `DISABLED`, `UNDEFINED`, `MISCONFIGURED`, `FAIL-OBP`, `FAIL`, `BLACKLISTED`, or `REDLISTED`
Test Level		(graphable) POST test level for this board
Domain Assigned		Domain to which this board is assigned: `A`-`R` or `UNASSIGNED`
Domain ACL		Domain access control list-comma-separated list of domains to which this board is available: `A`-`R` or `NONE`
COD Enable		Indicates whether board is a COD board (`COD`), not a COD board (`NONCOD`), or unable to be determined (`UNKNOWN`) if SMS is in the initialization process.
DX0 Temp (C)	`scBTemp`	(graphable) Temperature of the DX0 ASIC on this board
DX1 Temp (C)	`scBTemp`	(graphable) Temperature of the DX1 ASIC on this board
DX2 Temp (C)	`scBTemp`	(graphable) Temperature of the DX2 ASIC on this board
DX3 Temp (C)	`scBTemp`	(graphable) Temperature of the DX3 ASIC on this board
SDC Temp (C)	`scBTemp`	(graphable) Temperature of the SDC ASIC on this board
SBBC0 Temp (C)	`scBTemp`	(graphable) Temperature of the SBBC0 ASIC on this board
SBBC1 Temp (C)	`scBTemp`	(graphable) Temperature of the SBBC1 ASIC on this board
AR Temp (C)	`scBTemp`	(graphable) Temperature of the AR ASIC on this board
+3.3V Volt	`scBVolt`	(graphable) Voltage level for the +3.3 VDC power
+1.5V Volt	`scBVolt`	(graphable) Voltage level for the +1.5 VDC power

HPCI Board

The following table provides a brief description of the properties for hot-swap PCI (HPCI) boards on Sun Fire high-end systems (TABLE 6-12):

TABLE 6-12 Platform Config Reader HPCI Board
Property	Rule (if any)	Description
HPCI ID		HPCI board identifier containing FRUID(SlotID): `HPCI(IO`x`)`, where x is the number of the centerplane slot containing the board (`0`-`17)`
FRU Part Number		Part number of the field-replaceable unit
FRU Serial Number		Serial number of the field-replaceable unit
Dash Level		Dash level of the field-replaceable unit
Rev Level		Revision level of the field-replaceable unit
Short Name		Short name of the field-replaceable unit
Description		Description of the field-replaceable unit
Manufacturer Location		Location of the manufacturer of the field-replaceable unit
Date of Manufacture		Date and time the field-replaceable unit was manufactured
Vendor Name		Vendor name for the field-replaceable unit
Power State	`scBPower`	Indicates whether the HPCI board power is `ON` or `OFF`
DR State	`scDrStat`	Indicates whether the dynamic reconfiguration state of the HPCI board is `UNKNOWN`, `FREE`, `ASSIGNED,` or `ACTIVE`
Test Status	`scBTest`	Indicates whether the test status of the HPCI board is `UNKNOWN`, `IPOST` (in POST), `PASSED`, `DEGRADED`, or `FAILED`
POST Status	`scPOST`	Indicates whether the POST status of the HPCI board is `UNKNOWN`, `OK`, `DISABLED`, `UNDEFINED`, `MISCONFIGURED`, `FAIL-OBP`, `FAIL`, `BLACKLISTED`, or `REDLISTED`
Test Level		(graphable) POST test level for this board
Domain Assigned		Domain to which this board is assigned: `A`-`R` or `UNASSIGNED`
Domain ACL		Domain access control list-comma-separated list of domains to which this board is available: `A`-`R` or `NONE`
PS0 Temp (C)	`scBTemp`	(graphable) Temperature of power supply 0
PS1 Temp (C)	`scBTemp`	(graphable) Temperature of power supply 1
IOA0 Temp (C)	`scBTemp`	(graphable) Temperature of the IOA0 ASIC on this board
IOA1 Temp (C)	`scBTemp`	(graphable) Temperature of the IOA1 ASIC on this board
DX0 Temp (C)	`scBTemp`	(graphable) Temperature of the DX0 ASIC on this board
DX1 Temp (C)	`scBTemp`	(graphable) Temperature of the DX1 ASIC on this board
SDC Temp (C)	`scBTemp`	(graphable) Temperature of the SDC ASIC on this board
SBBC Temp (C)	`scBTemp`	(graphable) Temperature of the SBBC ASIC on this board
AR Temp (C)	`scBTemp`	(graphable) Temperature of the AR ASIC on this board
+12V Volt	`scBVolt`	(graphable) Voltage level for the +12 VDC power
-12V Volt	`scBVolt`	(graphable) Voltage level for the -12 VDC power
+3.3V Volt	`scBVolt`	(graphable) Voltage level for the +3.3 VDC power
+3.3HK Volt	`scBVolt`	(graphable) Voltage level for the +3.3 VDC housekeeping power
+1.5V Volt	`scBVolt`	(graphable) Voltage level for the +1.5 VDC power
+1.5V Converter 0	`scBCurrt`	(graphable) Voltage level for the +1.5 VDC converter 0
+1.5V Converter 1	`scBCurrt`	(graphable) Voltage level for the +1.5 VDC converter 1
+5.0V Volt	`scBVolt`	(graphable) Voltage level for the +5 VDC power
+5V Current 0	`scBCurrt`	(graphable) Current level 0 for the +5 VDC power
+5V Current 1	`scBCurrt`	(graphable) Current level 1 for the +5 VDC power
+3.3V Current 0	`scBCurrt`	(graphable) Current level 0 for the +3.3 VDC power
+3.3V Current 1	`scBCurrt`	(graphable) Current level 1 for the +3.3 VDC power

HPCI+ Board

The following table provides a brief description of the properties for hot-swap PCI plus (HPCI+) boards on Sun Fire high-end systems (TABLE 6-13):

TABLE 6-13 Platform Config Reader HPCI+ Board
Property	Rule (if any)	Description
HPCI+ ID		HPCI+ board identifier containing FRUID(SlotID): `HPCI+(IO`x`)`, where x is the number of the centerplane slot containing the board (`0`-`17)`
FRU Part Number		Part number of the field-replaceable unit
FRU Serial Number		Serial number of the field-replaceable unit
Dash Level		Dash level of the field-replaceable unit
Rev Level		Revision level of the field-replaceable unit
Short Name		Short name of the field-replaceable unit
Description		Description of the field-replaceable unit
Manufacturer Location		Location of the manufacturer of the field-replaceable unit
Date of Manufacture		Date and time the field-replaceable unit was manufactured
Vendor Name		Vendor name for the field-replaceable unit
Power State	`scBPower`	Indicates whether the HPCI+ board power is `ON` or `OFF`
DR State	`scDrStat`	Indicates whether the dynamic reconfiguration state of the HPCI+ board is `UNKNOWN`, `FREE`, `ASSIGNED,` or `ACTIVE`
Test Status	`scBTest`	Indicates whether the test status of the HPCI+ board is `UNKNOWN`, `IPOST` (in POST), `PASSED`, `DEGRADED`, or `FAILED`
POST Status	`scPOST`	Indicates whether the POST status of the HPCI+ board is `UNKNOWN`, `OK`, `DISABLED`, `UNDEFINED`, `MISCONFIGURED`, `FAIL-OBP`, `FAIL`, `BLACKLISTED`, or `REDLISTED`
Test Level		(graphable) POST test level for this board
Domain Assigned		Domain to which this board is assigned: `A`-`R` or `UNASSIGNED`
Domain ACL		Domain access control list-comma-separated list of domains to which this board is available: `A`-`R` or `NONE`
PS0 Temp0 (C)	`scBTemp`	(graphable) Temperature 0 of power supply 0
PS0 Temp1 (C)	`scBTemp`	(graphable) Temperature 1 of power supply 0
PS0 Temp2 (C)	`scBTemp`	(graphable) Temperature 2 of power supply 0
PS1 Temp0 (C)	`scBTemp`	(graphable) Temperature 0 of power supply 1
PS1 Temp1 (C)	`scBTemp`	(graphable) Temperature 1 of power supply 1
PS1 Temp2 (C)	`scBTemp`	(graphable) Temperature 2 of power supply 1
IOA0 Temp (C)	`scBTemp`	(graphable) Temperature of the IOA0 ASIC on this board
IOA1 Temp (C)	`scBTemp`	(graphable) Temperature of the IOA1 ASIC on this board
DX0 Temp (C)	`scBTemp`	(graphable) Temperature of the DX0 ASIC on this board
DX1 Temp (C)	`scBTemp`	(graphable) Temperature of the DX1 ASIC on this board
SDC Temp (C)	`scBTemp`	(graphable) Temperature of the SDC ASIC on this board
SBBC Temp (C)	`scBTemp`	(graphable) Temperature of the SBBC ASIC on this board
AR Temp (C)	`scBTemp`	(graphable) Temperature of the AR ASIC on this board
+12V Volt PS0	`scBVolt`	(graphable) Voltage level for the +12 VDC on power supply 0
+12V Volt PS1	`scBVolt`	(graphable) Voltage level for the +12 VDC on power supply 1
-12V Volt PS0	`scBVolt`	(graphable) Voltage level for the -12 VDC on power supply 0
-12V Volt PS1	`scBVolt`	(graphable) Voltage level for the -12 VDC on power supply 1
+3.3V Volt PS0	`scBVolt`	(graphable) Voltage level for the +3.3 VDC on power supply 0
+3.3V Volt PS1	`scBVolt`	(graphable) Voltage level for the +3.3 VDC on power supply 1
+3.3HK Volt PS0	`scBVolt`	(graphable) Voltage level for the +3.3 VDC housekeeping on power supply 0
+3.3HK Volt PS1	`scBVolt`	(graphable) Voltage level for the +3.3 VDC housekeeping on power supply 1
+1.5V Volt PS0	`scBVolt`	(graphable) Voltage level for the +1.5 VDC on power supply 0
+1.5V Volt PS1	`scBVolt`	(graphable) Voltage level for the +1.5 VDC on power supply 1
+5.0 Volt PS0	`scBVolt`	(graphable) Voltage level for the +5 VDC on power supply 0
+5.0 Volt PS1	`scBVolt`	(graphable) Voltage level for the +5 VDC on power supply 1
+1.5 or +2.5 Volt PS0	`scBVolt`	(graphable) Voltage level for the +1.5 or +2.5 VDC on power supply 0
+1.5 or +2.5 Volt PS1	`scBVolt`	(graphable) Voltage level for the +1.5 or +2.5 VDC on power supply 1
+12 Volt PS0 OK	`scOkFail`	Power supply 0 to +12 Volt is `OK` or `FAIL`
+12 Volt PS1 OK	`scOkFail`	Power supply 1 to +12 Volt is `OK` or `FAIL`
-12 Volt PS0 OK	`scOkFail`	Power supply 0 to -12 Volt is `OK` or `FAIL`
-12 Volt PS1 OK	`scOkFail`	Power supply 1 to -12 Volt is `OK` or `FAIL`
+5 Volt PS0 OK	`scOkFail`	Power supply 0 to +5 Volt is `OK` or `FAIL`
+5 Volt PS1 OK	`scOkFail`	Power supply 1 to +5 Volt is `OK` or `FAIL`
+3.3 Volt PS0 OK	`scOkFail`	Power supply 0 to +3.3 Volt is `OK` or `FAIL`
+3.3 Volt PS1 OK	`scOkFail`	Power supply 1 to +3.3 Volt is `OK` or `FAIL`
+1-2.5 Volt PS0 OK	`scOkFail`	Power supply 0 to +1-2.5 Volt is `OK` or `FAIL`
+1-2.5 Volt PS1 OK	`scOkFail`	Power supply 1 to +1-2.5 Volt is `OK` or `FAIL`
+1.5 Volt PS0 OK	`scOkFail`	Power supply 0 to +1.5 Volt is `OK` or `FAIL`
+1.5 Volt PS1 OK	`scOkFail`	Power supply 1 to +1.5 Volt is `OK` or `FAIL`
+3.3HK Volt PS0 OK	`scOkFail`	Power supply 0 to +3.3HK Volt is `OK` or `FAIL`
+3.3HK Volt PS1 OK	`scOkFail`	Power supply 1 to +3.3HK Volt is `OK` or `FAIL`
PS0 OK	`scOkFail`	Power supply 0 is `OK` or `FAIL`
PS1 OK	`scOkFail`	Power supply 1 is `OK` or `FAIL`

WPCI Board

The following table provides a brief description of the properties for Sun Fire Link PCI (WPCI) boards on Sun Fire high-end systems (TABLE 6-14). Refer to the Sun Fire Link Fabric Administrator's Guide for more information about Sun Fire Link systems.

TABLE 6-14 Platform Config Reader WPCI Board
Property	Rule (if any)	Description
WPCI ID		WPCI board identifier containing FRUID(SlotID): `WPCI(IO`x`)`, where x is the number of the centerplane slot containing the board (`0`-`17)`
FRU Part Number		Part number of the field-replaceable unit
FRU Serial Number		Serial number of the field-replaceable unit
Dash Level		Dash level of the field-replaceable unit
Rev Level		Revision level of the field-replaceable unit
Short Name		Short name of the field-replaceable unit
Description		Description of the field-replaceable unit
Manufacturer Location		Location of the manufacturer of the field-replaceable unit
Date of Manufacture		Date and time the field-replaceable unit was manufactured
Vendor Name		Vendor name for the field-replaceable unit
Power State	`scBPower`	Indicates whether the WPCI board power is `ON` or `OFF`
DR State	`scDrStat`	Indicates whether the dynamic reconfiguration state of the WPCI board is `UNKNOWN`, `FREE`, `ASSIGNED,` or `ACTIVE`
Test Status	`scBTest`	Indicates whether the test status of the WPCI board is `UNKNOWN`, `IPOST` (in POST), `PASSED`, `DEGRADED`, or `FAILED`
POST Status	`scPOST`	Indicates whether the POST status of the WPCI board is `UNKNOWN`, `OK`, `DISABLED`, `UNDEFINED`, `MISCONFIGURED`, `FAIL-OBP`, `FAIL`, `BLACKLISTED`, or `REDLISTED`
Test Level		(graphable) POST test level for this board
Domain Assigned		Domain to which this board is assigned: `A`-`R` or `UNASSIGNED`
Domain ACL		Domain access control list-comma-separated list of domains to which this board is available: `A`-`R` or `NONE`
+1.5 Converter 0 OK	`scOkFail`	Converter status is `OK` or `FAIL`
+1.5 Converter 1 OK	`scOkFail`	Converter status is `OK` or `FAIL`
+1.5 Converter 0 PS Status	`scOkFail`	Converter power supply status is `OK` or `FAIL`
+1.5 Converter 1 PS Status	`scOkFail`	Converter power supply status is `OK` or `FAIL`
+2.5 Converter 0 OK	`scOkFail`	Converter status is `OK` or `FAIL`
+2.5 Converter 1 OK	`scOkFail`	Converter status is `OK` or `FAIL`
+2.5 Converter 0 PS Status	`scOkFail`	Converter power supply status is `OK` or `FAIL`
+2.5 Converter 1 PS Status	`scOkFail`	Converter power supply status is `OK` or `FAIL`
+3.3 Converter 0 OK	`scOkFail`	Converter status is `OK` or `FAIL`
+3.3 Converter 1 OK	`scOkFail`	Converter status is `OK` or `FAIL`
+3.3 Converter 2 OK	`scOkFail`	Converter status is `OK` or `FAIL`
+3.3 Converter 0 PS Status	`scOkFail`	Converter power supply status is `OK` or `FAIL`
+3.3 Converter 1 PS Status	`scOkFail`	Converter power supply status is `OK` or `FAIL`
+3.3 Converter 2 PS Status	`scOkFail`	Converter power supply status is `OK` or `FAIL`
+5.0 Converter 0 OK	`scOkFail`	Converter status is `OK` or `FAIL`
+5.0 Converter 1 OK	`scOkFail`	Converter status is `OK` or `FAIL`
+5.0 Converter 0 PS Status	`scOkFail`	Converter power supply status is `OK` or `FAIL`
+5.0 Converter 1 PS Status	`scOkFail`	Converter power supply status is `OK` or `FAIL`
IOA Temp (C)	`scBTemp`	(graphable) Temperature of the IOA ASIC on this board
DX0 Temp (C)	`scBTemp`	(graphable) Temperature of the DX0 ASIC on this board
DX1 Temp (C)	`scBTemp`	(graphable) Temperature of the DX1 ASIC on this board
SDC Temp (C)	`scBTemp`	(graphable) Temperature of the SDC ASIC on this board
SBBC Temp (C)	`scBTemp`	(graphable) Temperature of the SBBC ASIC on this board
AR Temp (C)	`scBTemp`	(graphable) Temperature of the AR ASIC on this board
WCI0 Temp (C)	`scBTemp`	(graphable) Temperature of the WCI0 ASIC on this board
WCI1 Temp (C)	`scBTemp`	(graphable) Temperature of the WCI1 ASIC on this board
+12V Volt	`scBVolt`	(graphable) Voltage level for the +12 VDC power
-12V Volt	`scBVolt`	(graphable) Voltage level for the -12 VDC power
+3.3HK Volt	`scBVolt`	(graphable) Voltage level for the +3.3 VDC housekeeping power
+3.3V Volt	`scBVolt`	(graphable) Voltage level for the +3.3 VDC power
+1.5V Volt	`scBVolt`	(graphable) Voltage level for the +1.5 VDC power
+2.5V Volt	`scBVolt`	(graphable) Voltage level for the +2.5 VDC power
+5.0V Volt	`scBVolt`	(graphable) Voltage level for the +5 VDC power

MaxCPU Board

The following table provides a brief description of the properties for MaxCPU boards on Sun Fire high-end systems (TABLE 6-15).

TABLE 6-15 Platform Config Reader MaxCPU Board
Property	Rule (if any)	Description
MCPU ID		MaxCPU board identifier containing FRUID(SlotID): `MCPU(IO`x`)`, where x is the number of the centerplane slot containing the board (`0`-`17)`
FRU Part Number		Part number of the field-replaceable unit
FRU Serial Number		Serial number of the field-replaceable unit
Dash Level		Dash level of the field-replaceable unit
Rev Level		Revision level of the field-replaceable unit
Short Name		Short name of the field-replaceable unit
Description		Description of the field-replaceable unit
Manufacturer Location		Location of the manufacturer of the field-replaceable unit
Date of Manufacture		Date and time the field-replaceable unit was manufactured
Vendor Name		Vendor name for the field-replaceable unit
Power State	`scBPower`	Indicates whether the MaxCPU board power is `ON` or `OFF`
DR State	`scDrStat`	Indicates whether the dynamic reconfiguration state of the MaxCPU board is `UNKNOWN`, `FREE`, `ASSIGNED,` or `ACTIVE`
Test Status	`scBTest`	Indicates whether the test status of the MaxCPU board is `UNKNOWN`, `IPOST` (in POST), `PASSED`, `DEGRADED`, or `FAILED`
POST Status	`scPOST`	Indicates whether the POST status of the MaxCPU board is `UNKNOWN`, `OK`, `DISABLED`, `UNDEFINED`, `MISCONFIGURED`, `FAIL-OBP`, `FAIL`, `BLACKLISTED`, or `REDLISTED`
Test Level		POST test level for this board
Domain Assigned		Domain to which this board is assigned: `A`-`R` or `UNASSIGNED`
Domain ACL		Domain access control list- comma-separated list of the domains to which this board is available: `A`-`R` or `NONE`
COD Enable		Indicates whether board is a COD board (`COD`), not a COD board (`NONCOD`), or unable to be determined (`UNKNOWN`) if SMS is in the initialization process.
Core 0 Power 0 Status	`scOkFail`	Power supply 0 to PROC 0 is `OK` or `FAIL`
Core 0 Power 1 Status	`scOkFail`	Power supply 1 to PROC 0 is `OK` or `FAIL`
Core 0 Power 2 Status	`scOkFail`	Power supply 2 to PROC 0 is `OK` or `FAIL`
Core 1 Power 0 Status	`scOkFail`	Power supply 0 to PROC 1 is `OK` or `FAIL`
Core 1 Power 1 Status	`scOkFail`	Power supply 1 to PROC 1 is `OK` or `FAIL`
Core 1 Power 2 Status	`scOkFail`	Power supply 2 to PROC 1 is `OK` or `FAIL`
+3.3V Power 0 Status	`scOkFail`	Power supply 0 to +3.3V is `OK` or `FAIL`
+3.3V Power 1 Status	`scOkFail`	Power supply 1 to +3.3V is `OK` or `FAIL`
+1.5V Power 0 Status	`scOkFail`	Power supply 0 to +1.5V is `OK` or `FAIL`
+1.5V Power 1 Status	`scOkFail`	Power supply 1 to +1.5V is `OK` or `FAIL`
DX0 Temp (C)	`scBTemp`	(graphable) Temperature of the DX0 ASIC on this board
DX1 Temp (C)	`scBTemp`	(graphable) Temperature of the DX1 ASIC on this board
DX2 Temp (C)	`scBTemp`	(graphable) Temperature of the DX2 ASIC on this board
DX3 Temp (C)	`scBTemp`	(graphable) Temperature of the DX3 ASIC on this board
SDC Temp (C)	`scBTemp`	(graphable) Temperature of the SDC ASIC on this board
SBBC Temp (C)	`scBTemp`	(graphable) Temperature of the SBBC ASIC on this board
AR Temp (C)	`scBTemp`	(graphable) Temperature of the AR ASIC on this board
+3.3V Volt	`scBVolt`	(graphable) Voltage level for the +3.3 VDC power
+3.3HK Volt	`scBVolt`	(graphable) Voltage level for the +3.3 VDC housekeeping power
+1.5V Volt	`scBVolt`	(graphable) Voltage level for the +1.5 VDC power

HPCI Cassette

The following table provides a brief description of the properties for a hot-swap PCI (HPCI) cassette, which can contain two HPCI cards, on Sun Fire high-end systems (TABLE 6-16).

Note - HPCI cassette information is available only when the corresponding HPCI board is powered on. When an HPCI board is powered off, information for the HPCI cassettes on that board is not available.

TABLE 6-16 Platform Config Reader HPCI Cassette
Property	Rule (if any)	Description
Cassette ID		HPCI cassette identifier containing FRUID(SlotID): FRU ID is either `C3V` for a 3.3-volt card or `C5V` for a 5-volt card. Slot ID is `IO`x/`C`y`V`z, where x is the number of the centerplane slot containing the card (`0`-`17)`, y is the card voltage (`3` or `5`), and z is the PCI controller containing the card (`0` or `1`)
FRU Part Number		Part number of the field-replaceable unit
FRU Serial Number		Serial number of the field-replaceable unit
Dash Level		Dash level of the field-replaceable unit
Rev Level		Revision level of the field-replaceable unit
Short Name		Short name of the field-replaceable unit
Description		Description of the field-replaceable unit
Manufacturer Location		Location of the manufacturer of the field-replaceable unit
Date of Manufacture		Date and time the field-replaceable unit was manufactured
Vendor Name		Vendor name for the field-replaceable unit
Slot Power State	`scOnOff`	Indicates whether the slot power is `ON` or `OFF`
Card Present		`YES` indicates a card is present in the cassette; `NO` indicates no card is present in the cassette
Slot Frequency (MHz)		Indicates the frequency of the slot in megahertz (MHz): `33`, `66`, or `132`
Slot Condition	`scHPCIcd`	Indicates whether the condition of the slot is `GOOD`, `UNKNOWN`, `BAD` `SLOT`, or `BAD` `CARD`
Slot Power Status	`scOkFail`	Indicates whether or not the power to the slot successfully switched on: `OK` or `FAIL`
Slot Power Fault	`scOkFail`	Indicates whether or not a power fault is detected in the slot: `OK` or `FAIL`

Paroli Card

The following table provides a brief description of the properties for parallel optical link (Paroli) cards on Sun Fire High End Systems (TABLE 6-17). Refer to the Sun Fire Link Fabric Administrator's Guide for more information about the Sun Fire Link system.

Note - Paroli card information is available only when the corresponding WPCI board is powered on. When a WPCI board is powered off, information for the Paroli cards on that board is not available.

TABLE 6-17 Platform Config Reader Paroli Card
Property	Rule (if any)	Description
Paroli ID		Paroli card identifier containing FRUID(SlotID): `PARS(IO`x`/PAR`y`)`, where x is the number of the centerplane slot containing the card (`0`-`17)`, and y is the Paroli card number (`0` or `1`)
FRU Part Number		Part number of the field-replaceable unit
FRU Serial Number		Serial number of the field-replaceable unit
Dash Level		Dash level of the field-replaceable unit
Rev Level		Revision level of the field-replaceable unit
Short Name		Short name of the field-replaceable unit
Description		Description of the field-replaceable unit
Manufacturer Location		Location of the manufacturer of the field-replaceable unit
Date of Manufacture		Date and time the field-replaceable unit was manufactured
Vendor Name		Vendor name for the field-replaceable unit
Power State	`scOnOff`	Indicates whether the Paroli card power is `ON` or `OFF`
+1.5V Volt	`scBVolt`	(graphable) Voltage level for the +1.5 VDC power
+3.3V Volt	`scBVolt`	(graphable) Voltage level for the +3.3 VDC power

Processor

The following table provides a brief description of the properties for processors on Sun Fire high-end systems (TABLE 6-18).

Note - Processor information is available only when a domain is up (in OpenBoot trademark PROM [OBP]or running the Solaris Operating System). When a domain is down, processor information for that domain is not available.

TABLE 6-18 Platform Config Reader Processor
Property	Rule (if any)	Description
PROC ID		Processor identifier containing ID(SlotID): `PROC(SB`x`/P`y`)`, where x is the number of the centerplane slot containing the board (`0`-`17)` and y is the processor number (`0`-`3`)
Power State	`scOnOff`	Power state for this processor: `ON` or `OFF`
POST Status	`scPOST`	Indicates whether the POST status of the processor is `UNKNOWN`, `OK`, `DISABLED`, `UNDEFINED`, `MISCONFIGURED`, `FAIL-OBP`, `FAIL`, `BLACKLISTED`, `REDLISTED, or NO_LICENSE`
Clock Frequency (MHz)		Processor clock frequency in megahertz (MHz)
Temperature (C)	`scBTemp`	(graphable) Temperature of the processor
Voltage	`scBVolt`	(graphable) Voltage level for the processor
Ecache Size		(graphable) External cache size in megabytes
Memory Bank List		Comma-separated list of memory banks used by this processor (`0,1`)

Memory Bank

The following table provides a brief description of the properties for memory banks on Sun Fire high-end systems (TABLE 6-19).

Note - Memory bank information is available only when a domain is up (in OpenBoot PROM or running the Solaris Operating System). When a domain is down, memory bank information for that domain is not available.

TABLE 6-19 Platform Config Reader Memory Bank
Property	Rule (if any)	Description
MEMBANK ID		Memory bank identifier containing ID(SlotID): `MEMBANK(SB`x`/P`y`/B`z`)`, where x is the number of the centerplane slot containing the board (`0`-`17)`, y is the processor number (`0`-`3`), and z is the physical memory bank number (`0` or `1`)
Logical Bank 0 POST Status	`scPOST`	Indicates whether the POST status of logical memory bank 0 is `UNKNOWN`, `OK`, `DISABLED`, `UNDEFINED`, `MISCONFIGURED`, `FAIL-OBP`, `FAIL`, `BLACKLISTED`, or `REDLISTED`
Logical Bank 1 POST Status	`scPOST`	Indicates whether the POST status of logical memory bank 1 is `UNKNOWN`, `OK`, `DISABLED`, `UNDEFINED`, `MISCONFIGURED`, `FAIL-OBP`, `FAIL`, `BLACKLISTED`, or `REDLISTED`
Memory Size (MB)		(graphable) Memory bank size in megabytes

DIMM

The following table provides a brief description of the properties for the Dual Inline Memory Module (DIMM) on Sun Fire high-end systems (TABLE 6-20).

Note - DIMM information is available only when a domain is up (in OpenBoot PROM or running the Solaris Operating System). When a domain is down, DIMM information for that domain is not available.

TABLE 6-20 Platform Config Reader DIMM
Property	Rule (if any)	Description
DIMM ID		DIMM identifier containing FRUID(SlotID): `DIMM(SB`w`/P`x`/B`y`/D`z), where w is the number of the centerplane slot containing the board (`0`-`17)`, x is the processor number (`0`-`3`), y is the physical memory bank number (`0` or `1`), and z is the DIMM number (`0`-`3`)
FRU Part Number		Part number of the field-replaceable unit
FRU Serial Number		Serial number of the field-replaceable unit
Dash Level		Dash level of the field-replaceable unit
Rev Level		Revision level of the field-replaceable unit
Short Name		Short name of the field-replaceable unit
Description		Description of the field-replaceable unit
Manufacturer Location		Location of the manufacturer of the field-replaceable unit
Date of Manufacture		Date and time the field-replaceable unit was manufactured
Vendor Name		Vendor name for the field-replaceable unit
POST Status	`scPOST`	Indicates whether the POST status of the DIMM is `UNKNOWN`, `OK`, `DISABLED`, `UNDEFINED`, `MISCONFIGURED`, `FAIL-OBP`, `FAIL`, `BLACKLISTED`, or `REDLISTED`

Domain

The following table provides a brief description of the properties for domains on Sun Fire high-end systems (TABLE 6-21).

TABLE 6-21 Platform Config Reader Domain
Property	Rule (if any)	Description
DOMAIN ID		Sun Fire high-end systems domain identifier: `A`-`R`
Status	`scDmnSt`	Domain status as output from the SMS `showplatform` command, such as `Running` `Solaris`, `Running` `Domain` `POST`, or `Powered` `Off`. Refer to `showplatform`(1M) in the System Management Services (SMS) Reference Manual for more information.
Domain Stop	`scStop`	Number of domain stops for this domain after the platform agent restarted or the alarm is acknowledged
Record Stop	`scStop`	Number of record stops for this domain after the platform agent restarted or the alarm is acknowledged
OS Version		Version of operating environment running in this domain, such as `Solaris` `2.8`
OS Type		Type of operating environment running in this domain, such as `Solaris,` `Trusted`
Domain Tag		Tag name of the domain, such as `domainA` through `domainR`
External Host Name		External host name of the domain
Internal Host Name		Internal host name of the domain
Internal IP Address		Internal IP address of the domain
Slot0 Available Boards		Comma-separated list of slot 0 boards available to this domain (`0`-`17`) or `NONE`
Slot1 Available Boards		Comma-separated list of slot 1 boards available to this domain (`0`-`17`) or `NONE`
Slot0 Assigned Boards		Comma-separated list of slot 0 boards assigned to this domain (`0`-`17`) or `NONE`
Slot1 Assigned Boards		Comma-separated list of slot 1 boards assigned to this domain (`0`-`17`) or `NONE`
Slot0 Active Boards		Comma-separated list of slot 0 boards active on this domain (`0`-`17`) or `NONE`
Slot1 Active Boards		Comma-separated list of slot 1 boards active on this domain (`0`-`17`) or `NONE`
Primary I/O Board		Identifier of the primary I/O board used for communication between the domain and the system controller: `HPCI(IO`x`)`, where x is the number of the centerplane slot containing the board (`0`-`17)`
Keyswitch		Virtual keyswitch position: `ON`, `STANDBY`, `OFF`, `DIAG`, `SECURE`, or `UNKNOWN`
Address Bus Config	`scBusCfg`	Address bus not configured (`UNCONFIGURED`), in degraded mode using CSB0 only (`CSB0`), in degraded mode using CSB1 only (`CSB1`), or fully functional using both centerplane support boards (`BOTH`)
Data Bus Config	`scBusCfg`	Data bus not configured (`UNCONFIGURED`), in degraded mode using CSB0 only (`CSB0`), in degraded mode using CSB1 only (`CSB1`), or fully functional using both centerplane support boards (`BOTH`)
Response Bus Config	`scBusCfg`	Response bus not configured (`UNCONFIGURED`), in degraded mode using CSB0 only (`CSB0`), in degraded mode using CSB1 only (`CSB1`), or fully functional using both centerplane support boards (`BOTH`)
Active Ethernet Board		Identifier of the I/O board that contains the active Ethernet controller: `HPCI(IO`x`)`, where x is the number of the centerplane slot containing the board (`0`-`17)`
Admin Group		Administrative group identifier for the domain, such as `dmn`x`admn`, where x is `a`-`r`
Reconfigure Group		Reconfigure group identifier for the domain, such as `dmn`x`rcfg`, where x is `a`-`r`
Creation Time		Date and time the domain was created or `UNKNOWN`

Unknown Component

The following table indicates that there is a component that the Platform Config Reader for Sun Fire high-end systems does not recognize in a specific slot (TABLE 6-22).

TABLE 6-22 Platform Config Reader Unknown Component
Slot ID
Slot identifier of unknown system board (`EXB`x.`SLOT`y), where x is the expander board number (`0`-`17`) and y is the slot number (`0`-`1`).

Fault Event Table

The following table contains fault events generated by the automatic fault event notification system (TABLE 6-23). The same information appears in the Alarms Table. When you acknowledge the alarm in the Alarms Table, the fault event is automatically removed from this Fault Event Table. For more information about the Alarms Table and Managing and Controlling Alarms, refer to Chapter 12 of the Sun Management Center User's Guide.

TABLE 6-23 Platform Config Reader Fault Event Table
Fault Event
The fault event contains the fault event code, the time stamp, and the chassis serial number (CSN) preceded by a yellow alert alarm indicating a warning.

Discovery Object Table

The Discovery Object table provides information used by the Discovery Manager and the Create Topology Object GUI to create Sun Fire high-end systems composites. This information is presented largely for diagnostics purposes and contains information not directly relevant to the Sun Management Center software user. This information consists of a table identifier (the Magic Number), followed by a table containing information for each topology object created as part of the Sun Fire high-end systems composite. A Magic Number value of 53444f54 identifies the following table as a valid Discovery Object Table.

The following table provides a brief description of the properties for Discovery Objects on Sun Fire high-end systems (TABLE 6-24).

TABLE 6-24 Platform Config Reader Discovery Object Table
Property	Rule (if any)	Description
TOPOLOGY ID		Encoded topology identifier
Topology Parent		Topology identifier of the parent of this object
Discovery Type		Encoded discovery type
IP Address		IP address for this topology object
Agent Port		Network port number for this topology object
Family Type		Topology object family type
Label		Object label displayed in the Sun Management Center topology
Description		Optional description of the object

Note - A value of -1 for the Agent Port indicates that the object is a Platform Group object.

Platform Config Reader Alarm Rules

This section describes the alarm rules for the Platform Config Reader module. You cannot change the limits for these rules. The system provides a message with the alarms telling what the current property is and what the limit is.

Board Current Rule (`scBCurrt`)

The board current rule generates a critical alarm when a current probe point is not within x percent of the average of all like components (TABLE 6-25). SMS software will take appropriate automatic system recovery (ASR) actions. Refer to the System Management Services (SMS) Administrator Guide.

TABLE 6-25 Platform Config Reader Board Current Rule
Current Threshold	Alarm Level	Meaning
`Good`		Current is within x percent of the average of all like components, where x is set by Sun service personnel.
`Error`	Critical	Current is not within x percent of the average of all like components, where x is set by Sun service personnel.

Action: Use the SMS showenvironment(1M) command to check whether the showenvironment command output is consistent with the value shown in the Sun Management Center table.

Board Power Rule (`scBPower`)

The board power rule generates an alarm when the board power state is OFF (TABLE 6-26). A caution alarm is for information only and is not an error.

TABLE 6-26 Platform Config Reader Board Power Rule
Power State	Alarm Level	Meaning
`ON`		Board power is on.
`OFF`	Caution	Board power is off.

Action: Use the SMS poweron(1M) command to power on a board. Use the SMS showboards(1M) command to check whether the showboards command output is consistent with the value shown in the Sun Management Center table.

Board Temperature Rule (`scBTemp`)

The board temperature rule generates a caution, alert, or critical alarm when the temperature falls within a certain temperature threshold range shown in TABLE 6-27. Temperature alarms are not generated when the board is powered off.

TABLE 6-27 Platform Config Reader Board Temperature Rule
Temperature Threshold	Alarm Level	Meaning
`Low Critical`	Critical	Temperature is in the low critical range as set by Sun service personnel.
`Low Warning`	Alert	Temperature is in the low warning range as set by Sun service personnel.
`High Warning`	Caution	Temperature is in the high warning range as set by Sun service personnel.
`High Critical`	Alert	Temperature is in the high critical range as set by Sun service personnel.
`Over Limit`	Critical	Temperature is in the over limit range as set by Sun Service personnel.

Actions:

For the Low Critical, High Critical, and Over Limit alarms, SMS will take appropriate automatic system recovery (ASR) actions. Refer to the System Management Services (SMS) Administrator Guide.

For the Low Warning and High Warning alarms, contact your Sun service personnel for information about bringing the temperature within limits.

Use the SMS showenvironment(1M) command to check whether the showenvironment command output is consistent with the value shown in the Sun Management Center table.

Board Voltage Rule (`scBVolt`)

The board voltage rule generates a critical alarm when the voltage falls within a certain voltage threshold range shown in TABLE 6-28. The voltage alarms are not generated when the board is powered off.

TABLE 6-28 Platform Config Reader Board Voltage Rule
Voltage Threshold	Alarm Level	Meaning
`Low Minimum`	Critical	Voltage is in the low minimum range as set by Sun service personnel.
`High Maximum`	Critical	Voltage is in the high maximum range as set by Sun service personnel.

Actions: For the Low Minimum and High Maximum alarms, SMS will take appropriate automatic system recovery (ASR) actions. Refer to the System Management Services (SMS) Administrator Guide. Use the SMS showenvironment(1M) command to check whether the showenvironment command output is consistent with the value shown in the Sun Management Center table.

Domain Stop and Record Stop Rule (`scStop`)

The domain stop and record stop rule checks for domain stops and record stops on a domain. The rule generates an alarm when either of the counts is greater than zero (TABLE 6-29). The domain stop and record stop counts are set to zero when the platform agent is restarted or when the alarm is acknowledged.

TABLE 6-29 Platform Config Reader Domain Stop and Record Stop Rule
Number of Stops	Alarm Level	Meaning
`0`		Either or both the domain stops and record stops are zero.
`>0`	Caution	Number of record stops is greater than zero.
`>0`	Critical	Number of domain stops is greater than zero.

Actions:

The caution alarm when the record stop count is greater than zero is for information only and is not an error. The domain is still up and running. If necessary, provide your Sun service personnel with the appropriate record stop dump for analysis. The record stop dump is located in /var/opt/SUNSWSMS/adm/[A-R]/dump. Refer to the System Management Services (SMS) Administrator Guide.

When a domain stop error occurs and the critical alarm is generated, SMS software will take appropriate automatic system recovery (ASR) actions. Provide your Sun service personnel with a domain stop dump for analysis. The domain stop dump is located in /var/opt/SUNWSMS/adm/[A-R]/dump. Refer to the System Management Services (SMS) Administrator Guide.

HPCI Cassette Rule (`scHPCIcd`)

The hot-swap PCI (HPCI) cassette rule generates a caution or critical alarm when the condition of the PCI slot is UNKNOWN, BAD SLOT, or BAD CARD (TABLE 6-30). Alarms are not generated if the HPCI cassette is powered off.

TABLE 6-30 Platform Config Reader HPCI Cassette Rule
OK/BAD/UNKNOWN State	Alarm Level	Meaning
`GOOD`		Slot condition is good.
`UNKNOWN`	Caution	Slot condition is unknown.
`BAD` `SLOT`	Critical	Slot condition is bad.
`BAD` `CARD`	Critical	Card is bad.

Actions:

The caution alarm is for information only and is not an error. If necessary, contact your Sun service personnel to see why the condition is UNKNOWN.

For the critical alarm, contact your Sun service personnel.

Failover State Rule (`scFoStat`)

The failover state rule generates a caution or critical alarm when the current failover state is not ACTIVE (TABLE 6-31).

TABLE 6-31 Platform Config Reader Failover State Rule
Failover State	Alarm Level	Meaning
ACTIVATING		Failover has started to become enabled.
`ACTIVE`		Failover is enabled.
`DISABLED`	Caution	Failover is disabled.
`FAILED`	Critical	Problem prevents failover from occurring.

Actions:

The caution alarm is for information only and is not an error. You can enable failover by using the SMS setfailover(1M) command.

The critical alarm means that at least one fault has occurred, which will prevent the failover mechanism from working. You can get more information about the faults by using the SMS showfailover(1M) command. You can also look at the SMS platform log file located in /var/opt/SUNWSMS/adm/platform/messages for messages from the SMS fomd process.

OK/BAD/UNKNOWN State Rule (`scOBURul`)

The OK/BAD/UNKNOWN state rule generates a critical or caution alarm when a component is in a BAD or UNKNOWN state (TABLE 6-32). Alarms are not generated if the containing component is powered off.

TABLE 6-32 Platform Config Reader OK/BAD/UNKNOWN State Rule
OK/BAD/UNKNOWN State	Alarm Level	Meaning
`OK`		Component is in normal operational state.
`BAD`	Critical	Component is in a nonoperational state.
`UNKNOWN`	Caution	System is not able to determine the component's operational state.

Actions:

The caution alarm is for information only and is not an error. If necessary, contact your Sun service personnel to see why the condition is UNKNOWN.

For a critical alarm, contact your Sun service personnel.

OK/FAIL Rule (`scOkFail`)

The OK/FAIL rule generates a critical alarm when a component is found to have failed (TABLE 6-33). Alarms are not generated if the containing component is either powered off or in a FAIL state.

TABLE 6-33 Platform Config Reader OK/FAIL Rule
OK/FAIL State	Alarm Level	Meaning
`OK`		Component is okay.
`FAIL`	Critical	Component has failed.

Action: For the critical alarm, contact your Sun service personnel.

ON/OFF Rule (`scOnOff`)

The ON/OFF Rule generates a caution alarm when the system detects a component is off (TABLE 6-34). Alarms are not generated if the containing component is either powered off or in the FAIL state.

TABLE 6-34 Platform Config Reader ON/OFF Rule
ON/OFF State	Alarm Level	Meaning
`ON`		Component is on.
`OFF`	Caution	Component is off.

Actions: The caution alarm is for information only and is not an error. The reasons for the alarm and the actions you can take depend on the type of component:

If the component is a fan try or power supply, you can use the SMS poweron(1M) command to power on the component.

If the component is a processor, the board could be powered off or the processor has been powered off by SMS software because of automatic system recovery (ASR) actions.

If the component is an HPCI cassette, the board could be powered off or the cassette is empty (does not contain a card).

POST Status Rule (`scPOST`)

The power-on self-test (POST) Status Rule generates a caution, alert, or critical alarm when the POST status is not OK (TABLE 6-35).

TABLE 6-35 Platform Config Reader POST Status Rule
POST Status	Alarm Level	Meaning
`OK`		POST status is okay.
`UNKNOWN`	Caution	POST status is unknown.
`BLACKLISTED`	Caution	Component is blacklisted.
`REDLISTED`	Caution	Component is redlisted.
NO_LICENSE	Caution	Component does not have a COD license.
`DISABLED`	Alert	Component is disabled.
`UNDEFINED`	Alert	Component is undefined.
`MISCONFIGURED`	Alert	Component is misconfigured.
`FAIL-OBP`	Critical	Component has failed in OBP.
`FAIL`	Critical	Component has failed POST.

Actions:

A caution alarm is for information only and is not an error. Refer to the System Management Services (SMS) Administrator Guide.

An alert alarm does not always indicate a problem, but you should inform your system administrator or Sun service personnel of a possible problem.

A critical alarm indicates a problem. Contact your Sun service personnel.

For more information, look at the POST log file on the system controller. The POST log file is located in /var/opt/SUNWSMS/adm/[A-R]/post.

Power Supply Breaker Rule (`scBreakr`)

The Power Supply Breaker Rule generates a caution alarm when the power supply circuit breaker is OPEN (TABLE 6-36). The caution alarm is for information only and is not an error.

TABLE 6-36 Platform Config Reader Power Supply Breaker Rule
Power Supply Breaker State	Alarm Level	Meaning
`CLOSE`		Circuit breaker is closed.
`OPEN`	Caution	Circuit breaker is open.

System Board DR State Rule (`scDrStat`)

The system board DR state rule generates a caution alarm when the dynamic reconfiguration (DR) state is UNKNOWN (TABLE 6-37).

TABLE 6-37 Platform Config Reader System Board DR State Rule
DR State	Alarm Level	Meaning
`FREE`		Board is free.
`ASSIGNED`		Board is assigned to a domain.
`ACTIVE`		Board is active in a domain.
`UNKNOWN`	Caution	Dynamic reconfiguration state is unknown.

Action: The caution alarm is for information only and is not an error. The UNKNOWN state is equivalent to the board being free. If you issue the SMS showboards(1M) command, you will see that the UNKNOWN boards are marked as available.

System Board Test Status Rule (`scBTest`)

The system board test status rule generates a caution alarm when the status is DEGRADED and a critical alarm when the status is FAILED (TABLE 6-38). SMS software automatically sets test status to UNKNOWN whenever a board is powered on or off. It also implies that the board is not configured into any domain. When a board is configured into a domain, POST is run and gives the appropriate test status.

TABLE 6-38 Platform Config Reader System Board Test Status Rule
Test Status	Alarm Level	Meaning
`PASSED`		POST passed.
`UNKNOWN`		POST status is unknown.
`IPOST` (in POST)		POST is in progress.
`DEGRADED`	Caution	POST status is degraded.
`FAILED`	Critical	POST failed.

Actions: The reasons for the alarms and the actions to take depend on the test status.

When the test status is DEGRADED and a caution alarm is generated, it is for your information only and is not an error.

When the test status is FAILED and a critical alarm is generated, there is something wrong with the board. Contact your Sun service personnel.

For more information, look at the POST log file. The POST log file is located in /var/opt/SUNWSMS/adm/[A-R]/post.

Domain Status Alarm Rule (`scDmnSt`)

The domain status alarm rule generates an alarm depending on the domain's status during domain boot, normal operations, and error recovery (TABLE 6-39).

TABLE 6-39 Platform Config Reader Domain Status Alarm Rule
Domain Status	Alarm Level	Meaning
`Booting OBP`		OpenBoot PROM for the domain is booting.
`Booting Solaris`		Domain is booting Solaris Operating System software.
`Keyswitch Standby`		Keyswitch for the domain is in `STANDBY` position.
`Loading OBP`		OpenBoot PROM for the domain is being loaded.
`Loading Solaris`		OpenBoot PROM is loading Solaris Operating System software.
Powered Off		Domain is powered off.
Running Domain POST		Domain power-on self-test is running.
Running OBP		OpenBoot PROM for the domain is running.
Running Solaris		Solaris Operating System software is running on the domain.
Solaris Quiesce In-progress		Solaris Operating System software quiesce is in progress.
Solaris Quiesced		Solaris Operating System software has quiesced.
Debugging Solaris	Caution	Debugging Solaris Operating System software; this is not a hung condition.
Domain Exited OBP	Caution	Domain OpenBoot PROM exited.
Exited OBP	Caution	OpenBoot PROM has exited.
In OBP Callback	Caution	Domain has been halted and has returned to the OpenBoot PROM.
OBP Debugging	Caution	OpenBoot PROM is being used as a debugger.
OBP in sync Callback to OS	Caution	OpenBoot PROM is in sync callback to the Solaris Operating System software.
Solaris Halt	Caution	Solaris Operating System software is halted.
Solaris Halted, in OBP	Caution	Solaris Operating System software is halted and the domain is in OpenBoot PROM.
Solaris Resume In-progress	Caution	Solaris Operating System software resume is in progress.
Domain Down	Alert	Domain is down, and `setkeyswitch` is in the `ON`, `DIAG`, or `SECURE` position.
In Recovery	Alert	Domain is in the midst of an automatic system recovery.
Solaris Exited	Alert	Solaris Operating System software has exited.
Solaris Panic	Alert	Solaris Operating System software has panicked; panic flow has started.
Solaris Panic Continue	Alert	Exited debugger mode and continuing panic flow.
Solaris Panic Debug	Alert	Solaris Operating System software panicked, and is entering debugger mode.
Solaris Panic Dump	Alert	Panic dump has started.
Solaris Panic Exit	Alert	Solaris Operating System software exited as a result of a panic.
Booting Solaris Failed	Critical	OpenBoot PROM running; boot attempt failed.
Environmental Domain Halt	Critical	Domain was shut down due to an environmental emergency.
Environmental Emergency	Critical	Environmental emergency has been detected.
In OBP Error Reset	Critical	Domain is in Open Boot PROM due to an error `reset` condition.
Loading Solaris Failed	Critical	OpenBoot PROM running; loading attempt failed.
OBP Failed	Critical	Domain OpenBoot PROM failed.
Unknown	Critical	Domain state could not be determined; for Ethernet addresses, the domain `idprom` image file does not exist. Contact your Sun service personnel.

Actions: When an error occurs and an alarm is generated, SMS software takes appropriate automatic system recovery (ASR) actions. However, sometimes the domain hardware does not meet the requirements for safe and correct operation and is unable to recover. In this event. refer to the System Management Services (SMS) Administrator Guide. This details the immediate actions to take and where to obtain the event log file. Then contact your Sun service personnel and provide the needed log file information.

Domain Bus Configuration Rule (`scBusCfg`)

The domain bus configuration rule generates an alert alarm when the address, data, or response bus is unconfigured (UNCONFIGURED) or in a degraded mode (CSB0 or CSB1). In other words, the rule generates an alarm when the bus is not configured to use both CSBs (TABLE 6-40).

TABLE 6-40 Platform Config Reader Domain Bus Configuration Rule
Bus Configuration	Alarm Level	Meaning
`BOTH`		Bus is using both CSBs.
`CSB0`	Alert	Bus is in a degraded mode.
`CSB1`	Alert	Bus is in a degraded mode.
`UNCONFIGURED`	Alert	Bus is unconfigured.

Action: Contact your Sun service personnel to properly configure the bus.

Fault Event Rule (`faultEventRuleProc`)

The fault event rule generates an alert alarm as soon as an entry is inserted in the Fault Event Table (TABLE 6-23). The same entry appears in the Alarms Table. When you acknowledge the alarm in the Alarms Table, the fault event is automatically removed from the Fault Event Table. For more information about the Alarms Table and Managing and Controlling Alarms, refer to Chapter 12 of the Sun Management Center User's Guide.

Domain Config Reader Module

The Domain Config Reader module provides the hardware configuration for a Sun Fire high-end systems domain. During Sun Fire high-end systems domain agent setup, this module is automatically loaded, and you can unload it.

FIGURE 6-2 shows the icon for the module--Config Reader (Sun Fire High-End Systems Domain)--as it is displayed in the host Details window on a domain under the Module Browser tab and Hardware icon.

FIGURE 6-2 Domain Config Reader Module

Screen capture of the Browser tab in the domain Details window, showing the Config Reader icon.

Domain Agent Might Not Start on a Configuration With Many External Disks

On a configuration with many external disks attached--for example, over 5,000 disks--you must make modifications to the agent-stats-d.def file to start the domain agent on the domain. Then you must modify the attributes to the alarms that are generated. Once you do this you will receive an Alert alarm (yellow) instead of a Critical alarm (red), and you will be able to monitor the domain.

Two procedures are then required on the Sun Fire high-end systems domain:

1. Modifying the agent-stats-d.def file

2. Modifying two alarm attributes in the Sun Management Center graphical user interface (GUI) for the domain.

To Modify the `agent-stats-d.def` File

In the /var/opt/SUNWsymon/cfg/agent-stats-d.def file:

1. Change the procstats:size:alarmlimit:error-gt to 500000

2. Change the procstats:size:alarmlimit:warning-gt to 250000

3. Change the procstats:rss:alarmlimit:warning-gt to 250000

To Modify Alarm Attributes for the Domain

1. Double-click on the domain you want to change in the hierarchical view of the Sun Management Center GUI.

2. Double-click on Local Applications.

3. Double-click on Agent Statistics.

4. Double-click on Sun Management Center Total Process Statistics.

5. In the Sun Management Center Total Process Statistics table, right-click on the value for the property Total Virtual Size (KB) and Total Res Set Size.

6. Choose the Attribute Editor from the pull-down menu.

7. Click on the Alarms tab.

8. In the Critical Threshold text box, change the size to 500000.

9. In the Alert Threshold text box, change the size to 250000.

10. Click on the Apply button.

11. In the Sun Management Center Total Process Statistics table, right-click on the value for the property Total Res Set Size (KB).

12. Choose the Attribute Editor from the pull-down menu.

13. Click on the Alarms tab.

14. In the Critical Threshold text box, change the size to 500000.

15. In the Alert Threshold text box, change the size to 250000.

16. Click on the Apply button.

Domain Config Reader Module Refresh Intervals

The Domain Config Reader module performs a complete refresh of all tables every 30 minutes.

The Domain Config Reader module also stores domain information in an internal cache. It gathers and refreshes this information in two ways:

At two-minute intervals, the Domain Config Reader checks for changes to the disk hardware, software, and transport error count and processor status (online or offline). You cannot change the value of the refresh interval for the Sun Fire high-end systems Domain Config Reader.

The events module informs the Domain Config Reader whenever a dynamic reconfiguration operation has occurred, which means that a board or a component has changed, and that information is stored in the internal cache.

When viewing the module data from the Browser, you can request an immediate refresh of the module data from the internal cache.

To Refresh Domain Config Reader Data

1. Open the domain Details window and choose the Module Browser tab.

2. Select any property within the System folder and refresh that data.

This causes the Domain Config Reader to refresh data from the internal cache.

3. If you want to view information not contained in the System folder, select that property in the Browser and refresh the data.

This updates the Browser with the latest value of that property from the internal cache.

Domain Config Reader Properties

The tables in this section describe each of the visible properties for each Sun Fire high-end systems Domain Config Reader object. If a property has a value of --, the Domain Config Reader is unable to get data for that property.

System

The following table provides a brief description of the properties for the Sun Fire high-end systems Domain Config Reader system (TABLE 6-41):

TABLE 6-41 Domain Config Reader System
Property	Rule (if any)	Description
Node Name		`system`
Hostname		Sun Fire high-end systems domain host name
Host ID		Host identification number
Operating System		Operating environment running in the Sun Fire high-end systems domain
OS Version		Version of the operating environment running
Architecture		Machine architecture
Last Update		Date and time the configuration information was last updated
Total Disks		Number of disks present in the domain
Total Memory		Total memory in megabytes
Total Processors		Number of processors, which includes all processors allocated to the domain
Total Tape Devices		Number of tape devices present in the domain

CPU/Memory Board

The following table provides a brief description of the properties for a Sun Fire high-end systems Domain Config Reader CPU/memory board (TABLE 6-42):

TABLE 6-42 Domain Config Reader CPU/Memory Board
Property	Rule (if any)	Description
CPU ID		CPU/memory board identifier containing FRU ID(Slot ID): `CPU(SB`x`)`, where x is the number of the expander slot containing the board (`0`-`17)`
Board Type		CPU board type identifier: `CPU`
Memory Size		Total memory for all CPUs on this board
Memory Controllers		Comma-separated list of identifiers for the memory controllers on this CPU/memory board: `SB`x`/P`y, where x is the number of the expander slot containing the board (`0`-`17)` and y is the processor number (`0`-`3`)
Memory Banks		Comma-separated list of identifiers for the memory banks on this CPU/memory board: `SB`x`/P`y`/B`z, where x is the number of the expander slot containing the board (`0`-`17)`, y is the processor number (`0`-`3`), and z is the memory bank number (`0` or `1`)
Processor List		Comma-separated list of identifiers for the processors on this CPU/memory board: `SB`x`/P`y, where x is the number of the expander slot containing the board (`0`-`17)` and y is the processor number (`0`-`3`)
Condition	`scStateCheck`	Attachment point condition of the CPU/memory board from `cfgadm`: `OK`, `FAIL`, or `UNKNOWN`
Last Change		Date and time of the last change or `UNKNOWN`

IO Board

The following table provides a brief description of the properties for a Sun Fire high-end systems Domain Config Reader hot-swap PCI (HPCI) board or hot-swap PCI+ (HPCI+) board (TABLE 6-43):

TABLE 6-43 Domain Config Reader IO Board
Property	Rule (if any)	Description
IO ID		HPCI board identifier containing FRU ID(Slot ID): `HPCI(IO`x`)`, where x is the number of the expander slot containing the board (`0`-`17)`
Board Type		HPCI board type identifier: `HPCI or HPCI+`
Condition	`scStateCheck`	Attachment point condition of the HPCI board from `cfgadm`: `OK`, `FAIL`, or `UNKNOWN`
Last Change		Date and time of the last change or `UNKNOWN`
HPCI Cards		Comma-separated list of identifiers for HPCI cards connected to this board: `IO`x`/C`y`V`z, where x is the number of the expander slot containing the board (`0`-`17)`, y is the card voltage (`3` or `5`), and z is the PCI controller number (`0` or `1`)

WPCI Board

The following table provides a brief description of the properties for a Sun Fire high-end systems Domain Config Reader Sun Fire Link PCI (WPCI) board (TABLE 6-44). Refer to the Sun Fire Link Fabric Administrator's Guide for more information about the Sun Fire Link system.

TABLE 6-44 Domain Config Reader WPCI Board
Property	Rule (if any)	Description
WPCI ID		WPCI board identifier containing FRU ID(Slot ID): `WPCI(IO`x`)`, where x is the number of the expander slot containing the board (`0`-`17)`
Board Type		WPCI board type identifier: `WPCI`
Condition	`scStateCheck`	Attachment point condition of the WPCI board from `cfgadm`: `OK`, `FAIL`, or `UNKNOWN`
Last Change		Date and time of the last change or `UNKNOWN`
HPCI/Paroli Cards		Comma-separated list of identifiers for HPCI cards and Paroli cards on this WPCI board. The HPCI card identifier is `IO`x`/C`y`V`z, where x is the number of the expander slot containing the board (`0`-`17)`, y is the card voltage (`3` or `5`), and z is the PCI controller number (`0` or `1`). The Paroli card identifier is `IO`x`/PAR`y, where x is the number of the expander slot containing the board (`0`-`17`) and y is the number of the Paroli card (`0`,`1`).

MaxCPU Board

The following table provides a brief description of the properties for Sun Fire high-end systems Domain Config Reader MaxCPU board (TABLE 6-45):

TABLE 6-45 Domain Config Reader MaxCPU Board
Property	Rule (if any)	Description
MCPU ID		MaxCPU board identifier containing FRU ID(Slot ID): `MCPU(IO`x`)`, where x is the number of the expander slot containing the board (`0`-`17)`
Board Type		Board type identifier: `MCPU`
Processor List		Comma-separated list of identifiers for processors on the MaxCPU board: `CPU(SB`x`)`, where x is the number of the expander slot containing the board (`0`-`17)`
Condition	`scStateCheck`	Attachment point condition of the MaxCPU board from `cfgadm`: `OK`, `FAIL`, or `UNKNOWN`
Last Change		Date and time of the last change or `UNKNOWN`

HPCI Card

The following table provides a brief description of the properties for a Sun Fire high-end systems Domain Config Reader hot-swap PCI (HPCI) card (TABLE 6-46). An HPCI cassette can contain two HPCI cards.

TABLE 6-46 Domain Config Reader HPCI Card
Property	Rule (if any)	Description
CARD ID		HPCI card identifier containing FRU ID(Slot ID): FRU ID is either `C3V` for a 3.3-volt card or `C5V` for a 5-volt card. Slot ID is `IO`x`/C`y`V`z, where x is the number of the expander slot containing the board (`0`-`17)`, y is the card voltage (`3` or `5`), and z is the PCI controller number (`0` or `1`)
Device Type		Device type identifier for the HPCI card, such as `network`, `scsi-fcp`, or `fcal`
Device Class		Device class for the HPCI card, such as `Mass` `Storage` `Controller,SCSI`; `Network` `Controller,Ethernet`; `Network` `Controller,FDDI`; or `Network` `Controller,ATM`
Condition	`scStateCheck`	Attachment point condition of the HPCI card from `cfgadm`: `OK`, `FAIL`, or `UNKNOWN`
Last Change		Date and time of the last change or `UNKNOWN`
Name		Sun name for this HPCI card, such as `SUNW,qlc`; `SUNW,qfe`; `SUNW,hme`; or `network`
Manufacturer		Manufacturer of this HPCI card
Model		Model identifier of this HPCI card
Version		Version of this HPCI card
Revision ID		Revision identifier of this HPCI card
Vendor ID		Vendor identifier of this HPCI card

Paroli Card

The following table provides a brief description of the properties for a Sun Fire high-end systems Domain Config Reader parallel optical link (Paroli) card (TABLE 6-47). Refer to the Sun Fire Link Fabric Administrator's Guide for more information about the Sun Fire Link system.

Note - Paroli card presence can be determined only if the domain is part of a configured Sun Fire Link cluster. If the domain is not part of a configured Sun Fire Link cluster, the Paroli card table will be empty; however, this is not an indication that there is no Paroli card in the domain.

TABLE 6-47 Domain Config Reader Paroli Card
Property	Rule (if any)	Description
CARD ID		Paroli card identifier containing FRU ID(Slot ID): `PARS(IO`x`/PAR`y`)`, where x is the number of the expander slot containing the board (`0`-`17)`and y is the number of the Paroli card (`0` or `1`)
Type		Type identifier for the Paroli card: `DUAL` `or` `SINGLE`
Link Number		Link number of the Paroli card: `0, 1,` or `2`
Link Validity	`scLnkVld`	Validity of the Paroli card link: `VALID` or `INVALID`
Link Status	`scLnkSt`	Status of the Paroli card link: `LINK` `UP`, `LINK` `DOWN`, `LINK` `NOT` `PRESENT`, `WAIT` `FOR` `SC` `LINK` `TAKEDOWN`, `WAIT` `FOR` `SC` `LINK` `UP`, `SC` `ERROR` `WAIT` `FOR` `LINK` `DOWN`, or `UNKNOWN`
Remote Link Number		Number of the remote link
Remote Port ID		Port identifier on the remote end of the link
Remote Cluster Member		Host name of the domain on the remote end of the link.

Processor

The following table provides a brief description of the properties for a Sun Fire high-end systems Domain Config Reader Processor (TABLE 6-48):

TABLE 6-48 Domain Config Reader Processor
Property	Rule (if any)	Description
PROC ID		Processor identifier containing ID(Slot ID): `PROC(SB`x`/P`y`)`, where x is the number of the expander slot containing the board (`0`-`17)` and y is the processor number (0-3)
Processor Number		Processor number or port ID assigned to this processor
Module Revision		Processor module revision number
Module Type		Processor module type identifier
Manufacturer		Processor manufacturer identifier
SPARC^® Version		SPARC version identifier
Clock Frequency (MHz)		Processor clock frequency in megahertz (MHz), with values rounded up to the next integer.
Icache Size (KB)		Instruction cache size in kilobytes (KB)
Dcache Size (KB)		Data cache size in kilobytes (KB)
Ecache Size (KB)		External cache size in kilobytes (KB)
Status	`scCPUStatus`	Current status of the processor: `ONLINE`, `OFFLINE`, `POWEROFF`, or `UNKNOWN`
Condition	`scStateCheck`	Attachment point condition of the processor from `cfgadm`: `OK`, `FAIL`, or `UNKNOWN`
Last Change		Date and time of last change or `UNKNOWN`

Memory Controller

The following table provides a brief description of the properties for Sun Fire high-end systems Domain Config Reader memory controller (TABLE 6-49):

TABLE 6-49 Domain Config Reader Memory Controller
Property	Rule (if any)	Description
Memory Controller ID		Memory controller identifier containing ID(Slot ID): `MEMCTRL(SB`x`/P`y`)`, where x is the number of the expander slot containing the board (`0`-`17)` and y is the processor number (0-3)
Memory Bank List		Comma-separated list of slot IDs for the memory banks: `SB`x`/P`y`/B`z, where x is the number of the expander slot containing the board (`0`-`17)`, y is the processor number (`0`-`3`), and z is the physical memory bank number (`0` or `1`)
Condition	`scStateCheck`	Attachment point condition of the memory controller from `cfgadm`: `OK`, `FAIL`, or `UNKNOWN`
Last Change		Date and time of last change or `UNKNOWN`

Memory Bank

The following table provides a brief description of the properties for a Sun Fire high-end systems Domain Config Reader memory bank (TABLE 6-50).

Note - It is possible to have an entry for a non-existing memory bank in this table. The entry will have DISABLED in the POST Status property.

TABLE 6-50 Domain Config Reader Memory Bank
Property	Rule (if any)	Description
Memory Bank ID		Memory bank identifier containing ID(Slot ID): `MEMBANK(SB`x`/P`y`/B`z`)`, where x is the number of the expander slot containing the board (`0`-`17)`, y is the processor number (`0`-`3`), and z is the physical memory bank number (`0` or `1`)
Memory Size		Memory size in megabytes of this memory bank
DIMM List		Comma-separated list of slot IDs for the DIMMS on this memory bank: `SB`w`/P`x`/B`y`/D`z, where w is the number of the expander slot containing the board (`0`-`17)`, x is the processor number (`0`-`3`), y is the physical memory bank number (`0` or `1`), and z is the DIMM number (`0`-`3`)
Logical Bank 0 POST Status	`scPOSTStatus`	Indicates whether the POST status of logical memory bank 0 is `UNKNOWN`, `OKAY`, `DISABLED`, `UNDEFINED`, `MISCONFIGURED`, `FAIL-OBP`, `FAIL`, `BLACKLISTED`, `REDLISTED`, or `MISSING`
Logical Bank 1 POST Status	`scPOSTStatus`	Indicates whether the POST status of logical memory bank 1 is `UNKNOWN`, `OKAY`, `DISABLED`, `UNDEFINED`, `MISCONFIGURED`, `FAIL-OBP`, `FAIL`, `BLACKLISTED`, `REDLISTED`, `MISSING`
Processor ID		Processor identifier for this memory bank: `SB`x`/P`y, where x is the number of the expander slot containing the board (`0`-`17)` and y is the processor number (`0`-`3`)
SEEPROM ID		Identifier of the SEEPROM; currently `--`

DIMM

The following table provides a brief description of the properties for Sun Fire high-end systems Domain Config Reader dual inline memory module (DIMM) (TABLE 6-51).

Note - It is possible to have an entry for a nonexistent DIMM in this table. The entry will have DISABLED in the POST Status property.

TABLE 6-51 Domain Config Reader DIMM
Property	Rule (if any)	Description
DIMM ID		DIMM identifier containing FRU ID(Slot ID): `DIMM(SB`w`/P`x`/B`y`/D`z), where w is the number of the expander slot containing the board (`0`-`17)`, x is the processor number (`0`-`3`), y is the physical memory bank number (`0` or `1`), and z is the DIMM number (`0`-`3`)
Memory Size		Size of the memory for the DIMM in kilobytes (KB)
SEEPROM ID		Identifier of the SEEPROM; currently `--`
POST Status	`scPOSTStatus`	Indicates whether the POST status of the DIMM is `UNKNOWN`, `OKAY`, `DISABLED`, `UNDEFINED`, `MISCONFIGURED`, `FAIL-OBP`, `FAIL`, `BLACKLISTED`, `REDLISTED`, or `MISSING`
ECC Memory Errors	`scDimmErrCnt`	Number of error-correcting code (ECC) memory errors for the DIMM

Disk Devices

The following table provides a brief description of the properties for Sun Fire high-end systems Domain Config Reader disk devices (TABLE 6-52):

TABLE 6-52 Domain Config Reader Disk Devices
Property	Rule (if any)	Description
Disk ID		Disk device identifier: `disk(c`x`t`y`d`z`)` where x is the PCI controller number (`0` or `1`), y is the target number, and z is the logical unit number; such as `c0t64d0`. If the disk is dual ported, two disk device identifiers will be separated by a comma.
Card ID		Card identifier: `IO`x`/C`y`V`z, where x is the number of the expander slot containing the board (`0`-`17)`, y is the card voltage (`3` or `5`), and z is the PCI controller number (`0` or `1`)
Enclosure Name		Enclosure identifier from `luxadm` or `--`. Refer to Platform Notes: Using luxadm Software for more information.
Path		Physical path to the disk device
Block Size		Block size established when the disk was partitioned
Block Count		Number of blocks allocated for the file system
Blocks Available		Number of unused blocks for the file system
File Count		Number of files existing on the file system
Files Available		Number of unused files available for the file system
Status		Status of this disk: `OK` or a message describing the problem encountered
Hardware Errors	`scDskErrCnt`	Number of hardware-related errors
Software Errors	`scDskErrCnt`	Number of software-related errors
Transport Errors	`scDskErrCnt`	Number of transport-related errors

Tape Devices

The following table provides a brief description of the properties for Sun Fire high-end systems Domain Config Reader tape devices (TABLE 6-53).

TABLE 6-53 Domain Config Reader Tape Devices
Property	Rule (if any)	Description
Tape ID		Tape device identifier, following the standard naming convention for tape devices
Card ID		Card identifier: `IO`x`/C`y`V`z, where x is the number of the expander slot containing the board (`0`-`17)`, y is the card voltage (`3` or `5`), and z is the PCI controller containing the card (`0` or `1`)
Path		Physical path to the tape device
Device Name		Name that identifies the tape device, such as `Exabyte` `4mm` or `QIC` `8mm` `archive`. Can be up to 64 characters.
Status		Status of this tape device: OK or a message describing the problem encountered
Tape Errors	`scTpeErrCnt`	Number of tape errors as recorded in the `syslog` file

Network Interfaces

The following table provides a brief description of the properties for Sun Fire high-end systems Domain Config Reader network interfaces (TABLE 6-54):

TABLE 6-54 Domain Config Reader Network Interfaces
Property	Rule (if any)	Description
Network ID		Network interface identifier, such as `network(dman0)` or `network(qfe0)`
Card ID		Card identifier: `IO`x`/C`y`V`z, where x is the number of the expander slot containing the board (`0`-`17)`, y is the card voltage (`3` or `5`), and z is the PCI controller number (`0` or `1`)
Symbolic Name		Host name of the host computer associated with this network interface
Ethernet Address		Ethernet address for the network interface
IP Address		IP address for the network interface
Status		Status of this network interface: `OK` or blank
Network Error		If the system cannot obtain information for any network interface property, or obtains an error code, that message is shown here.

WCI

The following table provides a brief description of the properties for Sun Fire high-end systems Domain Config Reader Sun Fire Link interface (WCI) (TABLE 6-55). Refer to the Sun Fire Link Fabric Administrator's Guide for more information about the Sun Fire Link system.

TABLE 6-55 Domain Config Reader WCI
Property	Rule (if any)	Description
WCI ID		Sun Fire Link interface identifier containing FRU ID(Slot ID):: `WCI(IO`x/WCI`)`, where x is the number of the expander slot containing the WCI
Name		Driver or device name: `SUNW,wci`
Compatible		Drivers compatible with the WCI: `wrsm` or `wssm`
Number of Parolis		Number of parallel optical links

Domain Config Reader Alarm Rules

This section describes the alarm rules for the Domain Config Reader module. You cannot change the limits for these rules. The system provides a message with the alarms telling what the current property is and what the limit is.

CPU Status Rule (`scCPUStatus`)

The CPU status rule generates a caution alarm if the processor is OFFLINE (TABLE 6-56). This alarm is for information only and is not an error.

TABLE 6-56 Domain Config Reader CPU Status Rule
CPU Status	Alarm Level	Meaning
`ONLINE`		CPU is online.
`OFFLINE`	Caution	CPU is offline.
`POWEROFF`		CPU is powered off.
`UNKNOWN`		CPU status is unknown.

Action: You can use psradm(1M) to change the operational status of processors if necessary.

DIMM Error Count Rule (`scDimmErrCnt`)

The DIMM error count rule generates a caution, alert, or critical alarm depending on the number of error-correcting code (ECC) errors that have occurred in the memory module (TABLE 6-57).

TABLE 6-57 Domain Config Reader DIMM Error Count Rule
Number of Errors	Alarm Level	Meaning
`5`	Caution	ECC memory error count exceeds 5.
`10`	Alert	ECC memory error count exceeds 10.
`15`	Critical	ECC memory error count exceeds 15.

Action: Dispatch a technician to test the memory module. Refer to the syslog file for the error descriptions.

Disk Error Count Rule (`scDskErrCnt`)

The disk error count rule generates a caution, alert, or critical alarm depending on the number of hardware, software, or transport errors that have occurred on a disk. (TABLE 6-58).

TABLE 6-58 Domain Config Reader Disk Error Count Rule
Number of Errors	Alarm Level	Meaning
`5`	Caution	Hardware, software, or transport error count exceeds 5.
`10`	Alert	Hardware, software, or transport error count exceeds 10.
`15`	Critical	Hardware, software, or transport error count exceeds 15.

Action: Dispatch a technician to test the disk.

POST Status Rule (`scPOSTStatus`)

The power-on self-test (POST) Status Rule generates a caution, alert, or critical alarm when the POST status is not OKAY (TABLE 6-59).

TABLE 6-59 Domain Config Reader POST Status Rule
POST Status	Alarm Level	Meaning
`OKAY`		POST status is okay.
`UNKNOWN`	Caution	POST status is unknown.
`BLACKLISTED`	Caution	Component is blacklisted.
`REDLISTED`	Caution	Component is redlisted.
`DISABLED`	Alert	Component is disabled.
`UNDEFINED`	Alert	Component is undefined.
`MISCONFIGURED`	Alert	Component is misconfigured.
`FAIL-OBP`	Critical	Component failed in OBP.
`FAIL`	Critical	Component failed POST.

Actions:

A caution alarm is for information only and is not an error. Refer to the System Management Services (SMS) Administrator Guide for more information.

An alert alarm does not always indicate a problem, but you should inform your system administrator or Sun service personnel of a possible problem.

A critical alarm indicates a problem. Contact your Sun service personnel.

For more information, look at the POST log file on the system controller. The POST log file is located in /var/opt/SUNWSMS/adm/[A-R]/post.

State Check Rule (`scStateCheck`)

The state check rule generates a caution alarm if any of the board, CPU, or memory controller attachment point conditions are not OK as reported from cfgadm(1M) (TABLE 6-60).

TABLE 6-60 Domain Config Reader State Check Rule
State	Alarm Level	Meaning
`OK`		Attachment point condition from `cfgadm` is okay.
`UNKNOWN`	Caution	Attachment point condition from `cfgadm` is unknown.
`FAIL`	Caution	Attachment point condition from `cfgadm` is fail.

Action: If the condition is not OK, run cfgadm(1M) to double-check the condition of the attachment point. Contact your systems administrator.

Tape Error Count Rule (`scTpeErrCnt`)

The tape error count rule generates a caution, alert, or critical alarm depending on the number of errors that have occurred on a tape drive (TABLE 6-61).

TABLE 6-61 Domain Config Reader Tape Error Count Rule
Number of Errors	Alarm Level	Meaning
`10`	Caution	Tape error count exceeds 10.
`20`	Alert	Tape error count exceeds 20.
`30`	Critical	Tape error count exceeds 30.

Action: Dispatch a technician to test the tape drive. Refer to the syslog file for the error descriptions.

Link Status Rule (`scLnkSt`)

The link status rule generates an alarm if the Link Status is not LINK UP (TABLE 6-62).

TABLE 6-62 Domain Config Reader Link Status Rule
Link Status	Alarm Level	Meaning
`LINK` `UP`		Link is up.
`LINK DOWN`	Critical	Link is down.
`LINK NOT PRESENT`	Caution	Link is not present.
`WAIT FOR SC LINK TAKEDOWN`	Alert	Wait for the `SC LINK TAKEDOWN` status.
`WAIT FOR SC LINK UP`	Alert	Wait for the `SC` `LINK` `UP` status.
`SC ERROR WAIT FOR LINK DOWN`	Alert	SC error, wait for `LINK` `DOWN` status.
`UNKNOWN`	Critical	Link status is unknown.

Action: Dispatch a technician to analyze and fix the problem. The technician can look in the syslog file for more information.

Link Valid Rule (`scLnkVld`)

The link valid rule generates an alert alarm when the Link Validity is INVALID (TABLE 6-63).

TABLE 6-63 Domain Config Reader Link Valid Rule
Link Validity	Alarm Level	Meaning
`VALID`		Link configuration is valid.
`INVALID`	Alert	Link configuration is invalid.

Action: The configuration problem could be in the striping, switch nodes, compute nodes, or partitions, depending on the installation topology. Dispatch a technician to analyze and fix the problem. The technician can look in the syslog file for more information.

SC Config Reader Module

The Sun Fire high-end systems SC Config Reader module provides the hardware configuration for a CP1500 or CP2140 system controller board on a Sun Fire high-end system. During Sun Fire high-end systems agent setup, this module is automatically loaded, but can be unloaded later.

FIGURE 6-3 shows the icon for the module--Config Reader (Sun Fire High-End Systems SC)--as it is displayed in the host (SC) Details window under the Module Browser tab and Hardware icon.

FIGURE 6-3 SC Config Reader Module

Screen capture of the Browser tab in the SC Details window, showing the Config Reader icon.

SC Config Reader Properties

The tables in this section describe each of the visible properties for each Sun Fire high-end systems SC Config Reader object. If a property has a value of --, the SC Config Reader is unable to get data for that property.

System

The following table provides a brief description of the properties for a Sun Fire high-end systems SC Config Reader System (TABLE 6-64):

TABLE 6-64 SC Config Reader System
Property	Rule (if any)	Description
Node Name		`system`
Hostname		System controller host name
Host ID		System controller serial number
Operating System		Operating environment running on the system controller
OS Version		Version of the operating environment running
System Clock Frequency (MHz)		Frequency in megahertz (MHz) of the clock that provides system timing
Architecture		Machine architecture
Last Update		Date and time of the last update
Total Disks		Number of disks present for this system controller
Total Memory		Total memory in megabytes (MB) from the memory modules on this system controller
Total Processors		Number of processors for this system controller: `1`
Total Tape Devices		Number of tape devices attached to this system controller.

SC Board

The following table provides a brief description of the properties for a Sun Fire high-end systems SC Config Reader CP1500 or CP2140 board, which is a system controller (TABLE 6-65):

TABLE 6-65 SC Config Reader CP1500 or CP2140 Board
Property	Rule (if any)	Description
SC ID		System controller board identifier containing FRU ID(Board ID); for example, `CP1500(CP31)`or `CP2140(CP31)`
Board Type		`CP1500` or `CP2140`
Voltage Status	`cpBrdVolt`	Status of input voltage to CP1500 board: `OK`, `FAIL`, or `UNKNOWN. Status of input voltage to CP2140 board is UNKNOWN.`
Memory Module List		Identifiers of the one or two memory modules for this board; for example `CP31/P0/MM0`
Processor List		Identifier of the processor for this board; for example, `CP31/P0`
Reset Reason		Reset type from the last hardware reset; for example, `S-POR`
POST Results		Results of power-on self-test; also indicates whether POST ran during the last reset.

Processor

The following table provides a brief description of the properties for a Sun Fire high-end systems SC Config Reader processor (TABLE 6-66):

TABLE 6-66 SC Config Reader Processor
Property	Rule (if any)	Description
PROC ID		Identifier of the processor containing FRU ID(CPU ID); for example, `PROC(CP31/P0)`
Processor Number		UltraSPARC Port Architecture (UPA) port ID for the processor
Temperature (C)	`cpCPUTemp`	Temperature of the processor. Displays `-1` if the temperature cannot be determined.
Module Revision		Revision number of this module type
Module Type		Type of processor, such as `SUNW,UltraSPARC-III`
Manufacturer		Manufacturer number
SPARC Version		Version number of this SPARC processor architecture
Clock Frequency (MHz)		Clock frequency in megahertz (MHz) of this processor
Icache Size (KB)		Size of the processor's instruction cache in kilobytes (KB)
Dcache Size (KB)		Size of the processor's data cache in kilobytes (KB)
Ecache Size (KB)		Size of the processor's external cache in kilobytes (KB)
Status	`cpCPUStatus`	Current processor status: `ONLINE` or `OFFLINE`

Memory Module

The following table provides a brief description of the properties for a Sun Fire high-end systems SC Config Reader memory module (TABLE 6-67):

TABLE 6-67 SC Config Reader Memory Module
Property	Rule (if any)	Description
MEMMOD ID		Identifier of the memory module containing FRU ID(Memory Module ID); for example, `MEMMOD(CP31/P0/MM0)`
Memory Size (MB)		Size of memory in the memory module in megabytes (MB)

PCI Device

The following table provides a brief description of the properties for a Sun Fire high-end systems SC Config Reader PCI device (TABLE 6-68):

TABLE 6-68 SC Config Reader PCI Device
Property	Rule (if any)	Description
DEVICE ID		Identifier of the PCI device containing FRU ID(Device Driver ID): `PCI`(xxx), where xxx is `eri`, `glm`, `hci 1394`, `hme`, or `usb`
Device Type		Device I/O protocol type used, such as `pci`, `sbus`, `network`, or `scsi-2`
Device Class		Required PCI class code, such as `Network` `Controller,Ethernet;` `Mass` `Storage` `Controller,SCSI;` `Serial` `Bus` `Controller`
Clock Frequency (MHz)		Clock frequency in megahertz (MHz)
Name		Device driver common or symbolic name, such as `network`, `scsi`, `firewire`, or `usb`
Manufacturer		Manufacturer number
Model		Device driver model number, such as `SUNW,pci-eri`; or `Symbios,53C875`
Version		Version of the driver
Revision ID		Driver revision
Vendor ID		Vendor number

Disk Device

The following table provides a brief description of the properties for a Sun Fire high-end systems SC Config Reader disk device (TABLE 6-69):

TABLE 6-69 SC Config Reader Disk Device
Property	Rule (if any)	Description
Disk ID		Disk device identifier: `disk(c`x`t`y`d`z`)` where x is the PCI controller number (`0` or `1`), y is the target number, and z is the logical unit number; such as `c0t4d0`. If the disk is dual ported, two disk device identifiers will be separated by a comma.
Path		Physical path to the disk device; such as `/pci@1f,0/pci@1,1/scsi@2/sd@0,0;`...`1,0`; or `6,0`
Block Size		Block size established when the disk was partitioned
Block Count		Number of blocks allocated for the file system
Blocks Available		Number of unused blocks for the file system
File Count		Number of files existing on the file system
Files Available		Number of unused files available for the file system
Status		Status of this disk: `OK` or a message describing the problem encountered
Hardware Errors	`cpDskErrCnt`	Number of hardware-related errors
Software Errors	`cpDskErrCnt`	Number of software-related errors
Transport Errors	`cpDskErrCnt`	Number of transport-related errors

Tape Device

The following table provides a brief description of the properties for a Sun Fire high-end systems SC Config Reader tape device (TABLE 6-70):

TABLE 6-70 SC Config Reader Tape Device
Property	Rule (if any)	Description
Tape ID		Tape device identifier, following the standard naming convention for tape devices, such as `tape` `(0)`
Path		Physical path to the tape device, such as `/devices/pci@1f,0/pci@1,1/scsi@2/st@4,0`
Device Name		Name that identifies the tape device, such as `HP` `DDS-3` `4MM` `DAT`
Status		Status of this tape device: `OK` or a message describing the problem encountered
Tape Errors	`cpTpeErrCnt`	Number of tape errors as recorded in the `syslog` file

Network Interface

The following table provides a brief description of the properties for a Sun Fire high-end systems SC Config Reader network interface (TABLE 6-71):

TABLE 6-71 SC Config Reader Network Interface
Property	Rule (if any)	Description
Network ID		Network interface identifier, such as `network(hme0)`, `network(scman1)`, or `network(scman1:1)`
Symbolic Name		Host name of the host computer associated with this network interface
Ethernet Address		Ethernet address for the network interface
IP Address		IP address for the network interface
Status		Status of this network interface: `OK` or blank
Network Error		If the system cannot obtain information for any network interface property, or obtains an error code, that message is shown here.

SC Config Reader Alarm Rules

This section describes the alarm rules for the SC Config Reader module. You cannot change the limits for some of these rules. The system provides a message with the alarms telling what the current property is and what the limit is.

Board Voltage Rule (`cpBrdVolt`)

The board voltage rule generates an alarm when the voltage is not within 5 percent of the nominal value of 5 volts (TABLE 6-72). A voltage alarm is not generated when the board is powered off.

TABLE 6-72 SC Config Reader Board Voltage Rule
Voltage Threshold	Alarm Level	Meaning
`OK`		Voltage is in range.
`UNKNOWN`	Caution	Unable to determine voltage. This is the only response for a CP2140 system controller.
`FAIL`	Critical	Voltage is out of range.

Actions:

Contact your Sun service personnel for a critical alarm.

Caution - Shut down the system controller if the voltage is not within 5 percent of the nominal value. If the voltage is not within 10 percent of the nominal value, the system performs a power-on reset (POR).

Refer to the SPARCengine ASM Reference Manual for more information.

A caution alarm for a CP2140 SC is normal, and you do not need to take any action. A caution alarm for a CP1500 SC indicates that one or more i2c device drivers are not loaded and the module is unable to take voltage readings. Rerun the system controller agent setup to load the needed i2c device drivers. See Setting Up the Sun Fire High-End Systems Add-On Software Using the Sun Management Center Setup Wizard for more information.

CPU Status Rule (`cpCPUStatus`)

The CPU status rule generates a caution alarm if the processor is OFFLINE (TABLE 6-73).

TABLE 6-73 SC Config Reader CPU Status Rule
CPU Status	Alarm Level	Meaning
`ONLINE`		CPU is online.
`OFFLINE`	Caution	CPU is offline.
`POWERED` `OFF`		CPU is powered off.

Action: The caution alarm is for information only and is not an error. Use psradm(1M) to change the operational status of processors if necessary.

CPU Temperature Rule (`cpCPUTemp`)

The CPU temperature rule generates an alarm when the temperature is above certain default threshold values (TABLE 6-74). A temperature alarm is not generated when the board is powered off.

TABLE 6-74 SC Config Reader CPU Temperature Rule
Temperature Threshold	Alarm Level	Meaning
`Warning`	Alert	Temperature is over the default limit of 69 degrees Celsius.
	Caution	Temperature cannot be determined. (Temperature property in the Processor table displays `-1`.)
`Error`	Critical	Temperature is over the default limit of 74 degrees Celsius.

Action: Contact your Sun service personnel for an alert or a critical alarm.

Note - The default threshold values are specified in the OpenBoot PROM setup. Refer to the SPARCengine ASM Reference Manual for a complete description. If these thresholds are changed, they also must be changed in the ruleinit file.

Disk Error Count Rule (`cpDskErrCnt`)

The disk error count rule generates a caution, alert, or critical alarm depending on the number of hardware, software, or transport errors that have occurred on a disk (TABLE 6-75).

TABLE 6-75 SC Config Reader Disk Error Count Rule
Error Counts	Alarm Level	Meaning
`5`	Caution	Hardware, software, or transport error count exceeds 5.
`10`	Alert	Hardware, software, or transport error count exceeds 10.
`15`	Critical	Hardware, software, or transport error count exceeds 15.

Action: Dispatch a technician to test the disk.

Tape Error Count Rule (`cpTpeErrCnt`)

The tape error count rule generates a caution, alert, or critical alarm depending on the numbers of errors that have occurred on a tape drive (TABLE 6-76).

TABLE 6-76 SC Config Reader Tape Error Count Rule
Tape Errors	Alarm Level	Meaning
`10`	Caution	Tape error count exceeds 10.
`20`	Alert	Tape error count exceeds 20.
`30`	Critical	Tape error count exceeds 30.

Action: Dispatch a technician to test the tape drive. Refer to the syslog file for error descriptions.

Platform/Domain State Management Module

The Platform/Domain State Management (PDSM) module enables an administrator to perform platform and domain management, and dynamic reconfiguration of system boards in the same manner that you would with the command-line interface (CLI) commands in SMS, only with the Sun Management Center GUI.

During the software installation, this module is automatically installed. You must load this module to use it the first time. You must load it from the platform Details window (where the Platform Config Reader is automatically loaded.) You can unload the module, but you might want to keep it loaded as long as it is being used. For specific information about loading and unloading Sun Management Center modules, refer to the Sun Management Center User's Guide.

FIGURE 6-4 shows the icon for the module--PDSM (Sun Fire high-end systems)--as it is displayed in the platform Details window under the Module Browser tab and Hardware icon.

Note - The PDSM module does not show any unknown board slots. However, the Platform Config Reader (PCR) module does show unknown board slots (see Unknown Component).

FIGURE 6-4 Platform/Domain State Management (PDSM) Module

Screen capture of the Browser tab in the platform Details window, showing the PDSM module icon.

The PDSM module has two types of views:

Platform View

Domain Views (one for each domain A through R)

Platform View

The Platform View contains the following tables:

Platform Info

Platform Slot 0 Boards

Platform Slot 1 Boards

Platform Empty Slots

Platform Expander Boards

Power Supplies

Fan Trays

Platform Info

The following table provides a brief description of the properties for the Sun Fire high-end systems PDSM module platform info (TABLE 6-77):

TABLE 6-77 PDSM Module Platform Info
Property	Rule (if any)	Description
Platform ID		Platform identifier
Platform Type		Platform type
Max Domains		Maximum number of domains (18)
Active Domains		Number of active domains on this Sun Fire high-end system
SC Power		Power state of the system controller: `ON` or `OFF`

Platform Slot 0 Boards

The following table provides a brief description of the properties for the Sun Fire high-end systems PDSM module platform slot 0 boards (TABLE 6-78):

TABLE 6-78 PDSM Module Platform Slot 0 Boards
Property	Rule (if any)	Description
Board ID		Board identifier in slot 0 containing FRU ID(Slot ID): `CPU(SB`x), `V2CPU`(SBx), or `V3CPU(SB`x`)`, where x is the number of the expander slot containing the board (`0`-`17)`and `V3` indicates an UltraSPARC IV or UltraSPARC IV+ CPU board
Board State		State of the board in slot 0: `ACTIVE`, `ASSIGNED`, or `FREE`
Power State		Indicates whether the power state of the board in slot 0 is `ON` or `OFF`
Test Status		Indicates whether the test status of the CPU is `UNKNOWN_TEST_STATUS`, `IPOST` (in POST), `PASSED`, `DEGRADED`, or `FAILED`
Test Level		POST test level for this board in slot 0
Domain ID		Identifier of the domain assigned to this board in slot 0: `A`-`R` or `UNASSIGNED`

Platform Slot 1 Boards

The following table provides a brief description of the properties for the Sun Fire high-end systems PDSM module platform slot 1 boards (TABLE 6-79):

TABLE 6-79 PDSM Module Platform Slot 1 Boards
Property	Rule (if any)	Description
Board ID		Board identifier in slot 1 containing FRU ID(Slot ID): `HPCI(IO`x`)`, `MCPU(IO`x`)`, or `WPCI(IO`x`)`, where x is the number of the expander slot containing the board (`0`-`17)`
Board State		State of the board in slot 1: `ACTIVE`, `ASSIGNED`, or `FREE`
Power State		Indicates whether the power state of the board in slot 1 is `ON` or `OFF`
Test Status		Indicates whether the test status of the board is `UNKNOWN_TEST_STATUS`, `IPOST` (in POST), `PASSED`, `DEGRADED`, or `FAILED`
Test Level		POST test level for this board in slot 1
Domain ID		Identifier of the domain assigned to this board in slot 1: `A`-`R` or `UNASSIGNED`

Platform Empty Slots

The following table provides a brief description of the properties for the Sun Fire high-end systems PDSM module platform empty slots (TABLE 6-80):

TABLE 6-80 PDSM Module Platform Empty Slots
Property	Rule (if any)	Description
Board ID		Available board identifier: Input/output card number (`IO`x) or system board number (`SB`x), where x is the number of the expander slot containing the board (`0`-`17)`
Board State		State of the available board: `FREE` or `ASSIGNED`
Power State		Indicates whether the power state of the available board is `OFF` or `--`
Test Status		Indicates whether the test status of the available board is `UNKNOWN` or `--`
Test Level		POST test level for this available board
Domain ID		Identifier of the domain assigned to this available board: `A`-`R` or `UNASSIGNED`

Expander Boards

The following table provides a brief description of the properties for the Sun Fire high-end systems PDSM module expander boards (TABLE 6-81).

TABLE 6-81 PDSM Module Expander Boards
Property	Rule (if any)	Description
EXB ID		Expander board identifier containing FRU ID(Slot ID): `EXB(EX`x`)`, where x is the expander board number (`0`-`17`)
Power State		Indicates whether the expander board power is `ON` or `OFF`
Slot 0		Identifier of the system board that occupies slot 0: `CPU(SB`x), `V2CPU(SB`x`)`, `V3CPU(SB`x`)`, or `NOT_PRESENT`, where x is the number of the centerplane slot containing the board (`0`-`17`) and `V3` indicates an UltraSPARC IV or UltraSPARC IV+ CPU board.
Slot 1		Identifier of the system board that occupies slot 1: `HPCI(IO`x`)`, `MCPU(IO`x`)`, or `NOT_PRESENT`, where x is `0`-`17`

Power Supplies

The following table provides a brief description of the properties for the Sun Fire high-end systems PDSM module power supplies (TABLE 6-82):

TABLE 6-82 PDSM Module Power Supplies
Property	Rule (if any)	Description
Power Supply ID		Power supply identifier containing FRU ID(SlotID): `PS(PS`x`)`, where x is the power supply number (`0`-`5`)
Power State		If either DC 0 or DC 1 is on, the power state indicates `ON`. If both DC 0 and DC 1 are off, the power state indicates `OFF`.

Fan Trays

The following table provides a brief description of the properties for the Sun Fire high-end systems PDSM module fan trays (TABLE 6-83):

TABLE 6-83 PDSM Module Fan Trays
Property	Rule (if any)	Description
Fan Tray ID		Fan tray identifier containing FRU ID(SlotID): `FT(FT`x`)`, where x is the fan tray number (`0`-`7`)
Power State		Power state of the fan tray: `ON` or `OFF`
Fan Speed		Speed of the fan: `OFF`, `NORMAL`, or `HIGH`

Domain X View

The Domain X View, where X is the domain identifier A through R, contains the following tables for each domain.

Domain X Info

Domain X Slot 0 Boards

Domain X Slot 1 Boards

Domain X Empty Slots

Domain X Info

The following table provides a brief description of the properties for the Sun Fire high-end systems PDSM module domain X info (TABLE 6-84):

TABLE 6-84 PDSM Module Domain X Info
Property	Rule (if any)	Description
Domain ID		Domain identifier: `A`-`R`
Domain Tag		Domain tag: `domain`X, where X is `A`-`R`
Domain State		Domain status as output from the SMS showplatform command, such as `Running Solaris` or `Powered Off`. Refer to `showplatform`(1M) in the System Management Services SMS Reference Manual for more information.
Solaris Node Name		Host name of the Solaris Operating System node
Keyswitch		Virtual keyswitch position: `ON`, `STANDBY`, `OFF`, `DIAG`, `SECURE`, or `UNKNOWN`
Domain ACL		Domain access control list-space-separated input/output card numbers (`IO`x) and system board numbers (`SB`x), where x is the number of the expander slot containing the board (`0`-`17)`
Primary IO Board		Identifier of the primary input/output board used for communication between the domain and the system controller: `HPCI(IO`x`)`, where x is the number of the expander slot containing the board (`0`-`17)`
Internal Ethernet Board		Identifier of the I/O board that contains the active Ethernet controller: `HPCI(IO`x`)`, where x is the number of the expander slot containing the board (`0`-`17)`

Domain X Slot 0 Boards

The following table provides a brief description of the properties for the Sun Fire high-end systems PDSM module domain X slot 0 boards (TABLE 6-85):

TABLE 6-85 PDSM Module Domain X Slot 0 Boards
Property	Rule (if any)	Description
Board ID		Board identifier in slot 0: `CPU(SB`x`)`, `V2CPU(SB`x`)`, or `V3CPU(SB`x`)`, where x is the number of the expander slot containing the board (`0`-`17)`and `V3` indicates an UltraSPARC IV or UltraSPARC IV+ CPU board
Board State		State of the board in slot 0: `ACTIVE`, `ASSIGNED`, or `FREE`
Power State		Indicates whether the power state of the board in slot 0 is `ON` or `OFF`
Test Status		Indicates whether the test status of the CPU is `UNKNOWN_TEST_STATUS`, `IPOST` (in POST), `PASSED`, `DEGRADED`, or `FAILED`
Test Level		POST test level for this board in slot 0
Domain ID		Identifier of the domain assigned to this board in slot 0: `A`-`R` or `UNASSIGNED`

Domain X Slot 1 Boards

The following table provides a brief description of the properties for the Sun Fire high-end systems PDSM module domain X slot 1 boards (TABLE 6-86):

TABLE 6-86 PDSM Module Domain X Slot 1 Boards
Property	Rule (if any)	Description
Board ID		Board identifier in slot 1: `HPCI(IO`x`)`, `MCPU(IO`x`)`, or `WPCI(IO`x`)`, where x is the number of the expander slot containing the board (`0`-`17)`
Board State		State of the board in slot 1: `ACTIVE`, `ASSIGNED`, `FREE`
Power State		Indicates whether the power state of the board in slot 1 is `ON` or `OFF`
Test Status		Indicates whether the test status of the CPU is `UNKNOWN_TEST_STATUS`, `IPOST` (in POST), `PASSED`, `DEGRADED`, or `FAILED`
Test Level		POST test level for this board in slot 1
Domain ID		Identifier of the domain assigned to this board in slot 1: `A`-`R` or `UNASSIGNED`

Domain X Empty Slots

The following table provides a brief description of the properties for the Sun Fire high-end systems PDSM module domain X empty slots (TABLE 6-87):

TABLE 6-87 PDSM Module Domain X Empty Slots
Property	Rule (if any)	Description
Board ID		Available board identifier: Input/output card number (IOx) or system board number (SBx), where x is the number of the expander slot containing the board (`0`-`17)`
Board State		State of the available board: `FREE` or `ASSIGNED`
Power State		Indicates whether the power state of the available board is `OFF` or `--`
Test Status		Indicates whether the test status of the available board is `UNKNOWN` or `--`
Test Level		POST test level for this available board
Domain ID		Identifier of the domain assigned to this available board: `A`-`R` or `UNASSIGNED`

Dynamic Reconfiguration Module

See Chapter 8 for all information about the Dynamic Reconfiguration module.

SC Monitoring Module

The SC Monitoring module monitors the System Management Services (SMS) daemons on the active, or main, system controller. The Sun Fire high-end systems SC Monitoring Module table is automatically loaded when the agent is installed on the system controller. If desired, you can unload it later.

FIGURE 6-5 shows the icon for the module--SC Monitoring (Sun Fire high-end systems)--as it is displayed in the platform Details window under the Module Browser tab and Local Applications icon.

FIGURE 6-5 SC Monitoring Module

Screen capture of the Browser tab in the platform host Details window, showing the SC Monitoring icon.

Many of the SMS daemons are critical to the operation of Sun Fire high-end systems, and this module generates an alarm according to the assigned priority when any of the SMS daemons fails, even if it restarts. Refer to the System Management Services (SMS) Administrator Guide for more information about the SMS daemons. Refer to the ps(1) command for more information about displaying the status of current processes.

This module monitors the following SMS daemons:

Capacity-on-Demand Daemon (codd)

Domain Configuration Administration (dca) - One per domain

Domain Services Monitoring Daemon (dsmd)

Domain X Server (x/dxs), where x is domain a-r

Event Front-end Daemon (efe)

Error and Fault handling Daemon (efhd)

Event Log Access Daemon (elad)

Event Reporting Daemon (erd)

Environmental Status Monitoring Daemon (esmd)

Failover Management Daemon (fomd)

FRU Access Daemon (frad)

Hardware Access Daemon (hwad)

Key Management Daemon (kmd)

Management Network Daemon (mand)

Message Logging Daemon (mld)

OpenBoot PROM Support Daemon (osd)

Platform Configuration Daemon (pcd)

SMS Startup Daemon (ssd)

Task Manager Daemon (tmd)

SC Monitoring Properties--SC Daemon Process

The following table provides a brief description of the properties for a Sun Fire high-end systems SC daemon process (TABLE 6-88):

TABLE 6-88 SC Daemon Process
Property	Rule (if any)	Description
Command		Command name for this daemon
Process ID		Process identifier number for the daemon
Parent Process ID		Parent process identifier number for the daemon
User ID		User identifier under which the daemon is running
User Name		Name of the user associated with the User ID
Effective User ID		Effective user identifier
Group ID		Group identifier for the user
Effective Group ID		Effective group identifier for the user
Session ID		Process identifier of the session leader
Process Group ID		Process identifier of the process group leader
TTY		Controlling terminal for the daemon; should always be blank
Start Time		Time (within 24 hours) or date (after 24 hours) when the process was started
CPU Time		CPU time this process has run
State		State of the daemon, such as `R` for running or `S` for sleeping
Wait Channel		Address of an event on which the process is sleeping. If blank, the process is running.
Schedule Class		Scheduling class name for the process, which indicates three possible scheduling algorithms: `SYS` - System process owned by the kernel, which has the highest priority `RT` - Real-time process, which has a fixed priority that is not changed by the scheduler `TS` - Time-sharing process, which has a dynamic priority that is set lower if it takes too much CPU time and higher if it is not getting enough CPU time
Address		Memory address for the process
Size		Size (in pages) in main memory for the image of the swappable process
Priority		Process priority
Nice		Decimal value of the system scheduling priority of the process, if applicable
Percent CPU Time		Current CPU usage for the daemon expressed as a percentage of CPU time available
Percent Memory		Current memory usage for the daemon expressed as a percentage of the physical memory on the machine
Command Line	`rDownProc`	Full command string used to start the daemon

SC Monitoring Alarm Rule--Process Down Rule (`rDownProc`)

This section describes the alarm rule for the SC Monitoring module. You cannot change the limits for this rule. The system provides a message with the alarm telling what the current property is and what the limit is.

The process down rule generates a critical alarm when any SMS daemon other than dca or dxs is down. If the Command Line column of the SC Monitoring Module table is --, the system considers the process down.

Action: Contact your systems administrator for a critical alarm.

SC Status Module

The SC Status module monitors the main or spare status of the system controller. The module enables the user to see at a glance which system controller is the active, or main, system controller. For further information about the status of the system controller, see the SC Config Reader tables.

The Sun Fire high-end systems SC Status module is automatically loaded when the agent is installed on the system controller. If desired, you can unload it later.

To find the module, first open the SC Details Window. (For more information about finding the SC Details Window, see SC Config Reader Module.)

FIGURE 6-6 shows the icon for the module--SC Status--as it is displayed in the host (SC) Details window under the Module Browser tab and Local Applications icon. FIGURE 6-6 also shows the SC Information icon, under the SC Status icon, which you click to view the SC Information table.

FIGURE 6-6 SC Information Showing MAIN Status

Screen capture of SC Information panel showing MAIN status.

SC Status Properties

The SC Status property has three possible values:

MAIN - This system controller is acting as the main system controller (FIGURE 6-6).

SPARE - This system controller is acting as the spare system controller.

UNKNOWN -The role of this system controller could not be determined.

SC Status Alarm Rule (`rscstatus`)

The SC status alarm rule generates a disabled alarm when the status of the system controller is not MAIN.

Displaying Platform and Domain Log Files

To display platform and domain log files for diagnosing errors, type these commands:

# /opt/SUNWsymon/sbin/es-run ccat /var/opt/SUNWsymon/log/platform.log

# /opt/SUNWsymon/sbin/es-run ccat /var/opt/SUNWsymon/log/agent.log

^{1 (TableFootnote) Pay particular attention to which modules are loaded on which agents on the SC. If you do not load the correct modules on the correct agent on the SC, you will get a core dump.}

^{2 (TableFootnote) This value represents the average of two of the ambient temperature values for probe points 0, 1, and 2.The two probe points chosen display temperatures that differ by no more than 6 degrees, so that a faulty probe will not throw off the results of the average.}

Platform Modules Disabled

Sun Fire High-End Systems Module Properties

Sun Fire High-End Systems Module Alarm Rules

Platform Config Reader Module

Platform Config Reader Module Refresh

Platform Config Reader Properties

System

Centerplane

Expander Board

Centerplane Support Board

System Controller

System Controller Peripheral

Fan Tray

Power Supply

CPU Board

HPCI Board

HPCI+ Board

WPCI Board

MaxCPU Board

HPCI Cassette

Paroli Card

Processor

Memory Bank

DIMM

Domain

Unknown Component

Fault Event Table

Discovery Object Table

Platform Config Reader Alarm Rules

Board Current Rule (scBCurrt)

Board Power Rule (scBPower)

Board Temperature Rule (scBTemp)

Board Voltage Rule (scBVolt)

Domain Stop and Record Stop Rule (scStop)

HPCI Cassette Rule (scHPCIcd)

Failover State Rule (scFoStat)

OK/BAD/UNKNOWN State Rule (scOBURul)

OK/FAIL Rule (scOkFail)

ON/OFF Rule (scOnOff)

POST Status Rule (scPOST)

Power Supply Breaker Rule (scBreakr)

System Board DR State Rule (scDrStat)

System Board Test Status Rule (scBTest)

Domain Status Alarm Rule (scDmnSt)

Domain Bus Configuration Rule (scBusCfg)

Fault Event Rule (faultEventRuleProc)

Domain Config Reader Module

Domain Agent Might Not Start on a Configuration With Many External Disks

To Modify the agent-stats-d.def File

To Modify Alarm Attributes for the Domain

Domain Config Reader Module Refresh Intervals

To Refresh Domain Config Reader Data

Domain Config Reader Properties

System

CPU/Memory Board

IO Board

WPCI Board

MaxCPU Board

HPCI Card

Paroli Card

Processor

Memory Controller

Memory Bank

DIMM

Disk Devices

Tape Devices

Network Interfaces

WCI

Domain Config Reader Alarm Rules

CPU Status Rule (scCPUStatus)

DIMM Error Count Rule (scDimmErrCnt)

Disk Error Count Rule (scDskErrCnt)

POST Status Rule (scPOSTStatus)

State Check Rule (scStateCheck)

Tape Error Count Rule (scTpeErrCnt)

Link Status Rule (scLnkSt)

Link Valid Rule (scLnkVld)

SC Config Reader Module

SC Config Reader Properties

System

Board Current Rule (`scBCurrt`)

Board Power Rule (`scBPower`)

Board Temperature Rule (`scBTemp`)

Board Voltage Rule (`scBVolt`)

Domain Stop and Record Stop Rule (`scStop`)

HPCI Cassette Rule (`scHPCIcd`)

Failover State Rule (`scFoStat`)

OK/BAD/UNKNOWN State Rule (`scOBURul`)

OK/FAIL Rule (`scOkFail`)

ON/OFF Rule (`scOnOff`)

POST Status Rule (`scPOST`)

Power Supply Breaker Rule (`scBreakr`)

System Board DR State Rule (`scDrStat`)

System Board Test Status Rule (`scBTest`)

Domain Status Alarm Rule (`scDmnSt`)

Domain Bus Configuration Rule (`scBusCfg`)

Fault Event Rule (`faultEventRuleProc`)

To Modify the `agent-stats-d.def` File

CPU Status Rule (`scCPUStatus`)

DIMM Error Count Rule (`scDimmErrCnt`)

Disk Error Count Rule (`scDskErrCnt`)

POST Status Rule (`scPOSTStatus`)

State Check Rule (`scStateCheck`)

Tape Error Count Rule (`scTpeErrCnt`)

Link Status Rule (`scLnkSt`)

Link Valid Rule (`scLnkVld`)

Board Voltage Rule (`cpBrdVolt`)

CPU Status Rule (`cpCPUStatus`)

CPU Temperature Rule (`cpCPUTemp`)

Disk Error Count Rule (`cpDskErrCnt`)

Tape Error Count Rule (`cpTpeErrCnt`)

SC Monitoring Alarm Rule--Process Down Rule (`rDownProc`)

SC Status Alarm Rule (`rscstatus`)