APPENDIX B

Config Reader

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The Config Reader determines the configuration of a machine, along with the status of its components. Its output is depicted in these consoles:

• Physical View
• Logical View

Tables B-2 through B-4 list the Config Reader data hierarchy. Use the information in this appendix if you want to write event rules that monitor the output of the Config Reader.

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Terminology

The terms in TABLE B-1 are used to explain the information in TABLE B-2.

TABLE B-1

Property	Term	Definition
P	instance	This is a decimal or hexadecimal number acquired by reading /etc/path_to_inst, which maps physical device names to the instance number; refer to the man page for more information.

TABLE B-1

Property	Term	Definition
P	upa-portid	This property exists for SBus and CPU units. Each board has two CPU slots, A and B, which have unique numbers. For example, board 0 has upa-portid 0 and 1, and board 1 has upa-portid 2 and 3, and so on. portid/2 = slot number.
P	upa-mid	This property is displayed for fhc, sbus, cpu-unit and central modes. It is always equal to upa-portid.
P	hpu	This stands for hot plugable unit. You can replace hot plugable units without powering the system down.

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Data Hierarchy

These abbreviations are used in the following tables in this chapter:

• I = Integer
• H = Hexadecimal
• A = ASCII

Table B-2 lists the Config Reader data hierarchy for the Ultra Enterprise 3000, 4000, 5000, and 6000 systems that describe the configuration of the host. They can also be electrical entities. For example, the system_3v node is not a physical entity but is the input voltage to system boards.

Each node has a set of properties that describes its state; for example, if an LED is on or off, or if a voltage level is acceptable. The node and its properties are grouped together in TABLE B-2 in the following order:

• The first column contains the node or property name.
• The second column specifies whether the parameter is a node (N) or a property (P). A node in the hierarchy is a starting point for a branch of the hierarchy. All properties that belong to a node appear below the node and are marked with a P. For example, cpu.busy and cpu.user fall under the cpu node. The node and its properties are grouped together.
• The third column contains the data type of the property. Note that the Config Reader always encloses the value of a property between double quotes (" ").
• The fourth column lists the default value, which is not listed for every entry.
• The last column explains the meaning of the node or property.

Ultra Enterprise 3000, 4000, 5000, and 6000

The following table is the Config Reader data hierarchy for the Ultra Enterprise 3000, 4000, 5000, and 6000 server systems.

TABLE B-2

Node or Property and Name	Node or Property	Type	Default Value	Description
AC_PS	N
status	P	"A"	"OK"/"FAIL"	AC connector and switch
SUNW,fas	N				Host Bus Adapter driver
tape_count	P	"I"		Number of tapes attached to a particular slot
disk_count	P	"I"		Number of disks attached to a particular slot
instance*	P	"I"
device_type*	P	"A"	"scsi"
SUNW,ffb(N)	N			UPA color frame buffer and graphics accelerator (N) = instance number
buffer	P	"A"	"Single"/ "Double"
3DRAM	P	"A"		3-D RAM model and version number
DAC	P	"A"		Revision of DAC chip
FBC_version	P	"H "
revision	P	"A"		Revision of FFB board
instance*	P	"I"
upa-portid*	P	"I"
width	P	"I"		Pixels
height	P	"I"		Pixels
device_type	P	"A"	"display"
model	P	"A"
SUNW,hme	N			Fast Ethernet device driver
* Refer to Table B-1.

TABLE B-2 (Continued)

Node or Property and Name	Node or Property	Type	Default Value	Description
instance*	P	"I"
device_type	P	"A"	"network"
SUNW,leo	N				Double-buffered SBus color frame buffer and graphics accelerator
instance*	P	"I"
width	P	"I"		Pixels
height	P	"I"		Pixels
model	P	"A"
device_type	P	"A"	"display"
SUNW,pln(N)	N				SPARCstorage Array
disk_count	P	"I"		Number of attached disks
device_type	P	"A"	SPARCstorage Array
instance*	P	"I"
SUNW,rtvc	N			Real-time video capture
instance*	P	"I"
model	P
SUNW,soc(N)*	N			Serial Optical Controller device driver; (N) = instance number
device_type	P	"A"	See Description	Serial Optical Channel Processor Host Adapter
instance*	P	"I"
model	P
soc-wwn	P	"I"		World Wide Web device name
port-wwns	P	"I"
board(N)	N			(N) = board number
hpu	P	"A"	"yes"	Hot plug unit
temperature	P	"A"		"N C< " where N is an integer
* Refer to Table B-1.

TABLE B-2 (Continued)

Node or Property and Name	Node or Property	Type	Default Value	Description
state=	P	"A"		. "active:" Normal state for boards after the operating system has booted . "disabled:" Disabled by the PROM because it was listed in the 'disabled-board-list' property in the options node . "failed:" A board that is failed by POST and powered off in the testing phase of PROM operations . "hot-plug:" Intermediate state after a board is hotplugged . "low-power:" The state that hotplug boards are in before they are removed . "unknown:" Unused
fru	P	"A"	"yes"	Field replaceable unit
type	P	"A"	See Description	One of: clock, cpu/memory, Dual SBus I/O, disk-board, SBus/FFB I/O, pci I/O
board-num	P	"I"		For example, Ultra-Enterprise 3000: up to 4
memory_size	P	"A"		"N MB," N is an integer (CPU/memory boards only)
cdrom	N
mounted_partitions	P	"I"
device_type	P	"A"	"CD-ROM"
name	P	"A"	For example c0t6d0
instance*	P	"I"
central	N			Only exists under the clock board
instance*	P	"I"
upa-mid*	P	"I"
clock-board	N
* Refer to Table B-1.

TABLE B-2 (Continued)

Node or Property and Name	Node or Property	Type	Default Value	Description
instance*	P	"I"
cpu-unit(N)	N			(N) = unit
fru	P	"A"	"yes"	Field replaceable unit
clock-frequency	P	"A"		N MHz, where N is an integer
cpu-type	P	"A"		For example sparc
status	P	"A"	"online"/ "offline"
model	P	"A"
processor-id	P	"I"		2*board number (+1 if cpu-unit=B )
unit	P	"A"		"A" or "B" (each board takes two CPUs)
upa-mid*	P	"I"
upa-portid*	P	"I"
icache-size*	P	"A"		"N KB" or "N MB," where N is a fixed point number
dcache-size	P	"A"		"N KB" or "N MB," where N is a fixed point number
ecache-size	P	"A"		"N KB" or "N MB," where N is a fixed point number
device_type	P	"A"	"cpu"
board#	P	"A"		Board number on which this node resides
disk_fan	N			Exists only in Ultra Enterprise 3000 systems
hpu	P	"A"	"yes"	Hotplug unit?
status	P	"A"	"OK"/"FAIL"
fan	N			In the Ultra Enterprise 4000, 5000, and 6000, the AC_PS has a fan node
status	P	"A"	"OK"/"FAIL"
* Refer to Table B-1.

TABLE B-2 (Continued)

Node or Property and Name	Node or Property	Type	Default Value	Description
fhc	N			Fire Hose controller; one associated with each AC; contains board CSR, which controls on-board devices such as PROMs, RAM and UARTs
instance*	P	"I"
upa-mid*	P	"I"
version#	P	"I"		Version number
board#	P	"I"		Board number on which this node resides
model	P	"A"		Address controller
ac	N
instance*	P	"I"
version#	P	"I"
model	P	"A"
device_type	P	"A"	"memory-controller"
eeprom	N				Electrically programmable read-only memory
model	P	"A"
environment	N
instance*	P	"I"
flashprom	N
instance*	P	"I"
model	P	"A"
sbus-speed	P
keyswitch
position	P	"A"	"Normal Mode," "Secure mode," or "Diagnostic mode"
* Refer to Table B-1.

TABLE B-2 (Continued)

Node or Property and Name	Node or Property	Type	Default Value	Description
led(N)	N			Power supplies have two LEDs: green (off = no power) and amber (on=FAIL); boards have three LEDs; refer to the Ultra Enterprise Maintenance Manual for LED combinations
led-num	P	"I"		1, 2, or 3
state	P	"A"	"on"/"off"
peripheral_PS(N)	N			184w power supply for SCSI peripherals, additional power for boards in system and pre-charge power for hot plugging boards
hpu	P	"A"	"yes"	Hot plug unit
status	P	"A"	"OK"/"FAIL"
unit#	P	"I"		Unique number of this power supply
fru	P	"A"	"yes"	Field replaceable unit
nf(N)	N				SBus FDDI Driver
ether	P	"A"		Ethernet address; for example 8:0:20:75:af:f8
inet	P	"I"		Internet address; for example 129.146.65.45
symbol	P	"A"		Network name corresponding to the inet address above
name	P	"A"		Driver name; for example, nf0
instance*	P	"I"
model	P	"A"
device_type	P	"A"	"network"
power_supply(N)	N			300w board supply, (N) = unit number
hpu	P	"A"	"yes"	Hot plug unit
status	P	"A"	"OK"/"FAIL"
* Refer to Table B-1.

TABLE B-2 (Continued)

Node or Node or Property and Name...Property Type Default Value	Description
unit#..........P	Unique number of the power supply
fru............P..."A" "yes"	Field replaceable unit
sbus(N).........N instance*........P..."I" upa-portid*.......P..."I" upa-mid*.........P..."I" version#*........P	Peripheral bus; N=instance number
board#..........P..."A" device_type*.......P..."A" "sbus" model..........P	Board number on which this node resides
network_count......P..."I"	Network devices attached to this SBus
remote_console.....N status=.........P..."A" "Enabled/ Disabled"
sd(0)..........N
fru............P..."A" "yes" mounted_partitions...P..."I" device_type.......P..."A"	Field replaceable unit
name...........P..."A" instance.........P..."I"	"disk" for example, "c0t0d0"
The following data, which is a continuation of the properties that go with the sd(0) node (above), is the output of Config Reader if the disk has mounted partition.
name...........P..."A"	For example, c0t0d0s0
percent_used.......P..."I"	For example, 49%
total_bytes.......P..."I"	n MBytes or n KBytes
avail_bytes.......P..."I"	n MBytes or n KBytes
* Refer to Table B-1.

TABLE B-2 (Continued)

Node or Property and Name	Node or Property	Type	Default Value	Description
used_bytes	P	"I"		n MBytes or n KBytes
device_type*	P	"A"		partition
export name	P	"A"		For example, c0t0d0s7
simm(0)	N
board_reference_number	P	"A"
slot	P	"I"		CPU/memory slot where this SIMM resides
size	P	"A"
type	P	"A"		dram
fru	P	"A"	"yes"	Field replaceable unit
sram	N				Static RAM
instance*	P	"I"
st(N)	N			SCSI tape, N is the instance number
fru	P	"A"	"yes"	Field replaceable unit
model	P	"A"		For example, Exabyte EXB- 8500 8mm
name	P	"A"		For example, /dev/rmt/0n
status	P	"A"	"OK/FAIL"
device_type	P	"A"	"tape drive"
instance*	P	"I"
system	N				Contains general properties of the system
total_processors	P	"I"		Number of processors in the machine
total_memory	P	"A"		N MB, where N is an integer
total_disks	P	"I"
total_tape_devices	P	"I"
sample number	P	"I"	Since daemon started on server
* Refer to Table B-1.

TABLE B-2 (Continued)

Node or Node or Property and Name...Property Type	Default Value	Description
timestamp........P... "A"		For example, Tue Mar 26 10:33:08 1996
hostname.........P... "A"		Machine name
OS............P..."A"		Value as returned by uname(2) in release field
OS_version........P..."A"		Value as returned by uname(2) in release field
architecture.......P..."A"		For example, sparc, mc68030, m32100, or 8386
machine.........P..."A"		For example, sun4u
platform.........P..."A" serial_number......P..."I"		Value as returned by the uname -i command
System_clock_frequency P..."A"		N MHz, where N is an integer
The following nodes are not physical entities. They are the output of different power supplies in the system that is used for purposes such as hotplugging, and peripherals. hot_plug_charges....N
fru............P..."A"	"no"	Field replaceable unit
auxiliary_5v.......N
status..........P..."A"	"OK"/"FAIL"
fru............P..."A"	"no"	Field replaceable unit
peripheral_12v
status..........P..."A"	"OK"/"FAIL"
fru............P..."A"	"no"	Field replaceable unit
peripheral_12v_precharge N
status..........P..."A"	"OK"/"FAIL"
fru............P..."A"	"no"	Field replaceable unit
peripheral_5v......N
status..........P..."A"	"OK"/"FAIL"
fru............P..."A"	"no"	Field replaceable unit
* Refer to Table B-1.

TABLE B-2 (Continued)

Node or Property and Name	Node or Property	Type	Default Value	Description
peripheral_5vprecharge	N
status	P	"A"	"OK"/"FAIL"
fru	P	"A"	"no"	Field replaceable unit
system_5v	N
status	P	"A"	"OK"/"FAIL"
fru	P	"A"	"no"	Field replaceable unit
system_5v_ precharge	N
status	P	"A"	"OK"/"FAIL"
fru	P	"A"	"no"	Field replaceable unit
system_3v	N
status	P	"A"	"OK"/"FAIL"
fru	P	"A"	"no"	Field replaceable unit
system_3v_ precharge	N
status	P	"A"	"OK"/"FAIL"
fru	P	"A"	"no"	Field replaceable unit
* Refer to Table B-1.

SPARCserver 1000/1000E and SPARCcenter 2000/2000E

The following table is the Config Reader data hierarchy for the SPARCstation 1000/ 1000E and the SPARCcenter 2000/2000E.

TABLE B-3

Name	Node or Property	Type	Default Value	Description
QLGC, isp(N)	N			(N) = unit number
device_type	P	"A"	"SCSI controller"
disk_count	P	"I"
fru	P	"A"	"yes"	Field replaceable unit
instance*	P	"I"
model	P	"A"
tape_count	P	"I"
board(N)	N			(N) = board number; this is a unique number ranging from 0 to the maximum number of boards per machine
board-num	P	"I"	same as N, above
fru	P	"A"	"yes"	Field replaceable unit
state	P	"A"	One of "Active," "disabled," or "failed."	. "active:" Normal state for boards after the operating system has booted . "disabled:" Disabled by the PROM because it was listed in the 'disabled-board-list' property in the options node . "failed:" A board that is failed by POST and powered off in the testing phase of PROM operations
type	P	"A"	"cpu/memory/io"
cgsix(N)	N			(N) = unit number
device_type	P	"A"	"display"
* Refer to Table B-1.

TABLE B-3 (Continued)

Name	Node or Property	Type	Default Value	Description
instance*	P	"I"
model	P	"A"
cpu-unit(N)	N			(N) = unit number
board#	P	"I"		Board number on which this node resides
clock-frequency	P	"A"	"N MHz"
cpu-type	P		"sparc"
device_type	P		"cpu"
fru	P	"A"	"yes"	Field replaceable unit
module	P	"A"
processor-id	P	"I"	2*board number ( +1 if cpu-unit is "B")
sparc-version	P	"I"
status	P	"A"	"online"/ "offline"
unit	P	"A"	"A" or "B" (each board takes two CPUs)
dma(N)	N				(N) = unit number
instance*	P	"I"
model	P	"A"
esp(N)	N			(N) = unit number
chip	P	"A"
device_type	P	"A"	"SCSI controller"
disk_count	P	"I"		Number of disks attached to this node
instance*	P	"I"
tape_count	P	"I"		Number of tapes attached to this node
io-unit(N)	N
* Refer to Table B-1.

TABLE B-3 (Continued)

Name	Node or Property	Type	Default Value	Description
board#	P	"I"		Board number on which this node resides
device-id	P	"I"
instance*	P	"I"
mem-unit board#	N	"I"		Board number on which this node resides
device-id	P	"I"
device_type	P	"A"	"memory"
size	P	"A"	"N MB"
status	P	"A"	"OK"/"FAIL"
le(N)	N				(N) = unit number
alias	P		"le"
device_type	P		"network"
ether	P		"8:0:20:74:30:43 "
inet	P	"129.146.235.47"
instance*	P		"I"
name	P	"le0"
symbol	P	"pump"
lebuffer(N)	N				(N) = unit number
instance*	P		"I"
model	P		"A"
network_count	P	"I"
sbi(N)	N				(N) = unit number
device_type	P	"SBus card"
instance*	P		"I"
simm(N)	N			(N) = unit number
group#	P	"I"
memory-type	P		"RAM"
* Refer to Table B-1.

TABLE B-3 (Continued)

Name	Node or Property	Type	Default Value	Description
size	P		"32MB"
sd(N)	N			(N) = disk number
device_type	P		"disk"
fru	P	"A"	"yes"	Field replaceable unit
instance*	P	"I"
mounted_partitions	P	"I"
name="c1t3d0"	P	"A"	"N mbytes"	Partition name
directory_name	P	"A"		For example, / or /usr
avail_bytes	P	"A"	"N mbytes"
device_type	P		"partition"	You don't see these partitions unless mounted_partitions != 0
name	P		"c1t3d0s0"	You don't see these partitions unless mounted_partitions != 0
percent_used	P	"A"	"N%"	You don't see these partitions unless mounted_partitions != 0
total_bytes	P	"A"	"N mbytes"	You don't see these partitions unless mounted_partitions != 0
used_bytes	P	"A"	"N mbytes"	You don't see these partitions unless mounted_partitions != 0
slot(N)	N				Slot where boards are physically installed; (N) = unit number
slot-num	P	"I"
sd	N			This node only exists in cases where no disks are attached to the SCSI controller
device_type	P	"A"	"block"
fru	P	"A"	"yes"	Field replaceable unit
* Refer to Table B-1.

TABLE B-3 (Continued)

Name	Node or Property	Type	Default Value	Description
st	N			This node only exists in cases where no tapes are attached
device_type	P	"A"	"byte"
fru	P	"A"	"yes"	Field replaceable unit
system	N
OS	P	"A"		Value as returned by uname(2) in the release field
OS_version	P	"A"	Value as returned by uname(2) in the release field
System_clock_frequency	P	"A"		"N MHz"
architecture	P	"A"	For example, sparc, mc68030, m32100, or 8386
hostname	P	"A"	Machine name
machine	P	"A"		"sun4d"
platform	P	"A"	Value as returned by the uname -i command
serial_number	P	"I"
timestamp	P	"A"
total_disks	P	"I"	Number of disks attached to the machine
total_memory	P	"A"		"N MB"
total_processors	P	"I"	Number of processors in the machine
total_tape_devices	P	"I"	Number of tapes attached to the machine
* Refer to Table B-1.

Ultra Enterprise 2 and150 System

The following table is the Config Reader data hierarchy for the Ultra Enterprise 2 and Ultra Enterprise 150 systems.

TABLE B-4

Name	Node or Property	Type	Default Value	Description
SUNW,fas	N			Host Bus Adapter driver
tape_count	P	"I"		Number of tapes attached to a slot
disk_count	P	"I"		Number of disks attached to a slot
instance*	P	"I"
device_type*	P	"A"	"scsi"
SUNW,ffb(N)				UPA color frame buffer and graphics accelerator (N) = instance number
buffer	P	"A"	"Single"/ "Double"
3DRAM	P	"A"		3-D RAM model and version number
DAC	P	"A"		Revision of DAC chip
FBC_version	P	"H "
revision	P	"A"		Revision of FFB board
instance*	P	"I"
upa-portid*	P	"I"
width	P	"I"		Pixels
height	P	"I"		Pixels
device_type	P	"A"	"display"
model	P	"A"
SUNW,hme	N			Fast Ethernet device driver
instance*	P	"I"
device_type	P	"A"	"network"
* Refer to Table B-1.

TABLE B-4 (Continued)

Name	Node or Property	Type	Default Value	Description
SUNW,leo	N			Double-buffered SBus color frame buffer and graphics accelerator
instance*	P	"I"
width	P	"I"		Pixels
height	P	"I"		Pixels
model	P	"A"
device_type	P	"A"	"display"
SUNW,pln(N)	N				SPARCstorage Array
disk_count	P	"I"		Number of attached disks
device_type	P	"A"	SPARCstorage Array
instance*	P	"I"
SUNW,rtvc	N			Real-time video capture
instance*	P	"I"
model	P
SUNW,soc(N)*	N			Serial Optical Controller device driver; (N) = instance number
device_type	P	"A"	See Description	Serial Optical Channel Processor Host Adapter
instance*	P	"I"
model	P
soc-wwn	P	"I"	World Wide Web device name
port-wwns	P	"I"
system-board	N
state=	P	"A"	"active:" Normal state for boards after the operating system has booted "unknown:" Unused
fru	P	"A"	"yes"	Field replaceable unit
board-num	P	"I"		Always 1
memory_size	P	"A"		N MB, where N is an integer (CPU/memory boards only)
cdrom	N
* Refer to Table B-1.

TABLE B-4 (Continued)

Name	Node or Property	Type	Default Value	Description
mounted_partitions	P	"I"
device_type	P	"A"		CD-ROM
name	P	"A"		For example, c0t6d0
instance*	P	"I"
cpu-unit(N)	N			(N) = unit
fru	P	"A"	"yes"	Field replaceable unit
clock-frequency	P	"A"		N MHz, where N is an integer
cpu-type	P	"A"		For example, sparc
status	P	"A"	"online"/ "offline"
model	P	"A"
processor-id	P	"I"		0 or 1 (only 0 possible on the Ultra Enterprise 150 system)
unit	P	"A"		"A" or "B" (only on UE-2)
upa-mid*	P	"I"
upa-portid*	P	"I"
icache-size*	P	"A"		N KB or N MB, where N is a fixed point number
dcache-size	P	"A"		N KB or N MB, where N is a fixed point number
ecache-size	P	"A"		N KB or N MB, where N is a fixed point number
device_type	P	"A"	"cpu"
nf(N)	N			SBus FDDI Driver
ether	P	"A"		Ethernet address; for example, 8:0:20:75:af:f8
inet	P	"I"		Internet address; for example, 129.146.65.45
symbol	P	"A"		Network name corresponding to the inet address above
name	P	"A"		Driver name; for example. nf0
instance*	P	"I"
* Refer to Table B-1.

TABLE B-4 (Continued)

Node or Name..........Property Type Default Value	Description
model.........P..."A" device_type......P..."A" "network"
sbus(N)........N instance*.......P..."I" upa-portid*......P..."I" upa-mid*........P..."I" version#*.......P device_type*.....P..."A" "sbus" model.........P	Peripheral bus; N=instance number
network_count.....P..."I"	Network devices attached to this SBus
sd(0).........N
fru..........P..."A" "yes" mounted_partitions..P..."I" device_type......P..."A"	Field replaceable unit
name..........P..."A" instance........P..."I"	"disk" for example, c0t0d0
The following data, which is a continuation of the properties that go with the sd(0) node (above), is the output of Config Reader if the disk has mounted partition.
name..........P..."A"	For example, c0t0d0s0
percent_used.....P..."I"	For example, 49%
total_bytes......P..."I"	n MBytes or n KBytes
avail_bytes......P..."I"	n MBytes or n KBytes
used_bytes......P..."I"	"n MBytes or n KBytes
device_type*.....P..."A"	"partition"
export name......P..."A"	For example, c0t0d0s7
simm(N)........N	N is simm instance.
slot..........P... "I"	CPU/memory slot where this SIMM resides
* Refer to Table B-1.

TABLE B-4 (Continued)

Name	Node or Property	Type	Default Value	Description
size	P	"A"
type	P	"A"		"dram"
fru	P	"A"	"yes"	Field replaceable unit
board-reference-number	P	"A'			Address of SIMM on board
st(N)	N		SCSI tape, N is the instance number
fru	P	"A"	"yes"	Field replaceable unit
model	P	"A"		For example, Exabyte EXB-8500 8mm
name	P	"A"		For example, /dev/rmt/0n
status	P	"A"	"OK/FAIL"
device_type	P	"A"	"tape drive"
instance*	P	"I"
system	N				Contains general properties of the system
total_processors	P	"I"		Number of processors in the machine
total_memory	P	"A"		N MB, where N is an integer
total_disks	P	"I"
total_tape_devices	P	"I"
sample number	P	"I"		Since daemon started on server
timestamp	P	"A"		For example, Tue Mar 26 10:33:08 1996
hostname	P	"A"		Machine name
OS	P	"A"		Value as returned by uname(2) in release field
OS_version	P	"A"		Value as returned by uname(2) in release field
architecture	P	"A"	For example, sparc, mc68030, m32100, or 8386
machine	P	"A"	For example, sun4u
* Refer to Table B-1.

TABLE B-4 (Continued)

Name	Node or Property	Type	Default Value	Description
platform	P	"A"		Specific model of the hardware platform
serial_number	P	"I"
System_clock_frequency	P	"A"		N MHz, where N is an integer
sbus-board(N)	N			The SBus board in slot N
board-num	P	"I"		The number of the board in its particular sbus
fru	P	"A"	"yes"	Field replaceable unit
model	P	"A"		Board model--either a model name (if the board is identified by Solstice Symon) or the Open Boot PROM model string (for example, SUNW,501-2739)
state	P	"A"	"active:" Normal state for boards after the operating system has booted
le	N			Ethernet device driver
instance*	P	"I"
device_type	P	"A"	"network"
ether	P	"A"		Ethernet address; for example, "8:0:20:75:af:f8"
inet	P	"I"		Internet address; for example, "129.146.65.45"
name	P	"A"		Driver name; for example, le0
device_type	P	"A"	"network"
SUNW,fdtwo	N				Floppy disk device
instance*	P	"I"
device_type	P	"A"	"block"
fru	P	"A"	"yes"	Field replaceable unit
* Refer to Table B-1.

If any component of a hierarchy path contains a period ( . ) in it, you may not be able to use the findlist function to find it. For example, if you search for the mount point /export/a0.test reported by the Config Reader via the path:

system.slot.board.io-unit.sbi.dma.esp.sd./export/a0.test
the node will not be found.  Instead, use:
system.slot.board.io-unit.sbi.dma.esp.sd.* to find this node.

Ultra Enterprise 450 System

TABLE B-5 lists the Config Reader data hierarchy for the Ultra Enterprise 450 system.

TABLE B-5

Name	Node or Property	Type	Default Value	Description
glm	N			Host Bus Adapter driver
chassis-disk-group	P	"I"		Shows which of the 5 in-chassis disk groups is attached to this controller; this property is not present if the controller is not attached to internal disks
clock-frequency	P	"I"		Clock frequency of the controller (MHz)
logical-disk- controller	P	"A"		The logical controller name used to refer to this controller in the /dev/dsk directory
compatiblen	P	"A"		Alternate name for this node; may determine driver being used; will have value glm for SUN fast-wide SCSI controller
tape_count	P	"I"		Number of tapes attached to a slot
disk_count	P	"I"		Number of disks attached to a slot
instance*	P	"I"
model	P	"A"	Symbios,53C875	Model name
device_type*	P	"A"	"scsi-2"
* Refer to Table B-1.

TABLE B-5 (Continued)

Name	Node or Property	Type	Default Value	Description
SUNW,ffb(N)	N			UPA color frame buffer and graphics accelerator; N = instance number
buffer	P	"A"	"Single"/ "Double"
3DRAM	P	"A"		3-D RAM model and version number
DAC	P	"A"		Revision of DAC chip
FBC_version	P	"H "
revision	P	"A"		Revision of FFB board
instance*	P	"I"
upa-portid*	P	"I"
width	P	"I"		Pixels
height	P	"I"		Pixels
device_type	P	"A"	"display"
model	P	"A"
hme	N				Network device
compatiblen	P	"A"	Alternate device name; will have value SUNW,hme for Sun Fast Ethernet device
instance*	P	"I"
device_type	P	"A"		"network"
pln(N)	N				SPARCstorage Array
disk_count	P	"I"	Number of attached disks
device_type	P	"A"	SPARCstorage Array
instance*	P	"I"
soc(N)*	N			Serial Optical Controller device driver; N = instance number
device_type	P	"A"	See Description	Serial Optical Channel Processor Host Adapter
instance*	P	"I"
model	P
* Refer to Table B-1.

TABLE B-5 (Continued)

Name	Node or Property	Type	Default Value	Description
soc-wwn	P	"I"		World Wide Web device name
port-wwns	P	"I"
system-board	N
state=	P	"A"		"active:" Normal state for boards after the operating system has booted"unknown:" Unused
fru	P	"A"	"yes"	Field replaceable unit
board-num	P	"I"		Always 1
cdromN	N
mounted_partitions	P	"I"
device_type	P	"A"		CD-ROM
name	P	"A"	For example, c0t6d0
instance*	P	"I"
cpu-unit(N)	N			N = unit; Possible values are 1 through 4
fru	P	"A"	"yes"	Field replaceable unit
clock-frequency	P	"A"		N MHz, where N is an integer
cpu-type	P	"A"		For example, sparc
status	P	"A"	"online"/ "offline"
model	P	"A"
processor-id	P	"I"		0 through 3
unit	P	"A"		"A1" or "B1"or "A2" or "B2"
upa-mid*	P	"I"
upa-portid*	P	"I"
icache-size*	P	"A"		N KB or N MB, where N is a fixed point number
dcache-size	P	"A"		N KB or N MB, where N is a fixed point number
ecache-size	P	"A"		N KB or N MB, where N is a fixed point number
* Refer to Table B-1.

TABLE B-5 Ultra Enterprise 450 Config Reader Data Hierarchy (Continued)

Node or NamePropertyTypeDefault Value Description device_type P "A" "cpu" temperature P "A" N C< where N is an integer pci(N) N Peripheral bus; N = instance number instance* P "I" clock-frequency P "I" Speed of the PCI bus in MHz (33 MHz or 66 MHz) upa-portid* P "I" upa-mid* P "I" version#* P device_type* P "A" "sbus" model P network_count P "I" Network devices attached to this SBus sdN N SCSI disk; N is the instance number fru P "A" "yes" Field replaceable unit mounted_partitions P "I" device_type P "A" name P "A" "disk"; for example, c0t0d0 instance P "I" The following data, which is a continuation of the properties that go with the sdN node above, is the output of the Config Reader if the disk is physically located in the Ultra Enterprise 450 chassis. error_led P "A" On/Off State of the error LED of the disk disk-slot P "I" Slot number in the chassis front: 9 to 19 The following data, which is a continuation of the properties that go with the sdN node (above), is the output of Config Reader if the disk has mounted partition. name P "A" For example, c0t0d0s0 percent_used P "I" For example, 49% total_bytes P "I" n MBytes or n KBytes * Refer to Table B-1.

TABLE B-5 (Continued)

Name	Node or Property	Type	Default Value	Description
avail_bytes	P	"I"		n MBytes or n KBytes
used_bytes	P	"I"		n MBytes or n KBytes
device_type*	P	"A"		Partition
export name	P	"A"		For example, c0t0d0s7
mc(N)	N			Memory controller; instance N
device_type	P	"A"	memory-bank	Device type
bank(N)	N			Bank; instance N
device_type	P	"A"	memory-bank	Device type
bank-size	P	"A"	N Mb	Bank size in Mb
status	P	"A"	"ok"	Status of the bank--"missing DIMMs," "mis-sized," or "ok"
interleave-group	P	"I"		Group of interleaved banks; only present if this bank is interleaved
dimm(N)	N			N is dimm instance within the bank
slot	P	"I"	Memory slot where this DIMM resides
status	P	"A"	"ok"	Status of DIMM--"unused," "partially used, " or "ok"
module-size	P	"A"
type	P	"A"		"dram"
socket-name	P	"A'		Address of DIMM on board
fru	P	"A"	"yes"	Field replaceable unit
st(N)	N			SCSI tape, N is the instance number
fru	P	"A"	"yes"	Field replaceable unit
model	P	"A"		For example, Exabyte EXB-8500 8mm
name	P	"A"		For example, /dev/rmt/0n
status	P	"A"	"OK/FAIL"
device_type	P	"A"	"tape drive"
* Refer to Table B-1.

TABLE B-5 (Continued)

Name	Node or Property	Type	Default Value	Description
instance*	P	"I"
system	N			Contains general properties of the system
total_processors	P	"I"		Number of processors in the machine
ambient-temperature	P	"A"	nn C	Ambient temperature of the system in degrees C
total_memory	P	"A"		N MB, where N is an integer
total_disks	P	"I"
total_tape_devices	P	"I"
sample number	P	"I"	Since daemon started on server
timestamp	P	"A"	For example, Tue Mar 26 10:33:08 1996
hostname	P	"A"	Machine name
OS	P	"A"	Value as returned by uname(2) in the release field
OS_version	P	"A"	Value as returned by uname(2) in the release field
architecture	P	"A"	For example, sparc, mc68030, m32100, or 8386
machine	P	"A"	For example, sun4u
platform	P	"A"	Specific model of the hardware platform
serial_number	P	"I"
System_clock_frequency	P	"A"	N MHz, where N is an integer
pci-board(N)	N			The PCI board in slot N of the particular PCI bus
board-num	P	"I"	The number of the board in its particular SBus
fru	P	"A"	"yes"	Field replaceable unit
* Refer to Table B-1.

TABLE B-5 (Continued)

Name	Node or Property	Type	Default Value	Description
model	P	"A"		Board model -- either a model name (if the board is identified by Solstice Symon) or the Open Boot PROM model string (for example, SUNW,501-2739)
state	P	"A"		"active:" Normal state for boards after the operating system has booted
fdthree	N			Floppy disk device
instance*	P	"I"
fru	P	"A"	"yes"	Field replaceable unit
device_type	P	"A"	"block"
cpu-fans	N			Rack of 3 fans cooling the processors and peripheral boards
status	P	"A"	"OK"	Status of fan group; "OK" if all fans OK
power-supply-fans	N			Rack of 3 fans cooling the power supplies
status	P	"A"	"OK"	Status of fan group; "OK" if all fans OK
fan(N)	N			Individual fan node
status	P	"A"	"OK"	Fan status
front-panel-keyswitch	N
position	P	"A"		Position of key
power-supply(N)	N				Power-supply node
current-share	P	"A"		State of current--sharing
limit	P	"A"		State of current---limiting
status	P	"A"	State of power supply
power-rating	P	"A"	Rating of power supply: "N W"
temperature	P	"A"	N C< where N is an integer
* Refer to Table B-1.

If any component of a hierarchy path contains a period ( . ), you may not be able to use the findlist function. For example, if you search for the mount point /export/a0.test reported by the Config Reader via the path:

system.slot.board.io-unit.sbi.dma.esp.sd./export/a0.test
the node will not be found.  Instead, use:
system.slot.board.io-unit.sbi.dma.esp.sd.* to find this node.