Sun Management Center 3.6.1 User's Guide

Appendix C Sun Management Center Software Modules

The Sun Management Center software uses modules to monitor various components of your system. The modules can be separated into four categories: hardware, operating environment, local applications, and remote systems. This appendix provides additional information about the modules that are described in Chapter 11, Managing Modules. In addition, this chapter identifies the modules that are in the four categories.

For more information about other modules that might be applicable to your particular system, see the Sun Management Center web site: http://www.sun.com/sunmanagementcenter/.

This appendix describes the following modules:

Overview of Module Relationships

Most of the Sun Management Center modules have default monitoring conditions that generate alarms when system values fall outside of these conditions. You can alter these default thresholds by creating your own alarm thresholds, as explained in Chapter 12, Managing Alarms.

Some modules utilize the Add Row operation to define the data properties to monitor. These modules start with empty tables. You have to execute an Add Row operation to activate the specifics for monitoring these modules.

The following table lists the modules described in this appendix. The table identifies the following information for each module:

The module name
The version of the module that applies to the Sun Management Center 3.6.1 product
An indication that the module is loaded automatically
An indication that more than one copy of the module can be loaded
An indication that the module uses the Add Row operation

Table C–1 Module Summary Table


Alphabetical Listing of Modules	Version	Module Loads Automatically	Module Loads Multiple Times	Module Uses Add Row Utility
Agent Statistics	2.0	X
Agent Update	1.0
Config-Reader [Refer to your platform-specific supplement for more information about the Config-Reader module.]	1.0	X
Data Logging Registry	2.0
Directory Size Monitoring	2.0		X	X
Dynamic Reconfiguration Module [Refer to your platform-specific supplement for more information about the Dynamic Reconfiguration module.]	1.0
Fault Manager	1.0
File Monitoring	2.0		X	X [Each added row defines which file to monitor.]
File Scanning	2.0	X [File Scanning is loaded automatically for the System Log file.]	X [Each instance identifies the file to be scanned.]	X [Each added row defines which pattern within the monitored file to match. The row needs to be added to the Scan Table table.]
HP JetDirect	2.0		X
Hardware Diagnostic Suite	2.0
Health Monitor	2.0
IPv6 Instrumentation	1.0
Kernel Reader	2.0
Kernel Reader (Simple)	1.0	X
Logview ACL	1.0			X
MCP Manager	1.0
MIB-II Instrumentation	1.0
MIB-II Proxy Monitoring	2.0		X
MIB-II System (Simple)	1.0	X
NFS File Systems	2.0		X
NFS Statistics	2.0
Print Spooler	3.0			X
Process Monitoring	2.0		X	X [Each row defines the pattern to match from all the processes that are running on the agent host.]
Service Management Facility	1.0	X
Solaris Process Details	2.0
Storage A5`x`00	1.0
Sun StorEdge T3	1.0
Volume System Monitoring	1.0	X
X86/X64 Config Reader	1.0	X

Hardware Modules

When the following modules are loaded, these modules are found under the Hardware section of the Module Browser tab in the Details window:

Volume System Monitoring Module Version 1.0

The Volume System Monitoring module monitors a set of attributes managed by the N1 System Manager (System Manager) agent and displays them in the Module Browser.

To Access the System Manager Server Through Web Console

Navigate through the topology or hierarchy view until you have accessed the System Manager server that has Volume System Monitoring add-on.

Press mouse button 3 and choose Launch Webconsole from the pop-up menu.

A browser opens at the following site:

https://<n1smservername>:<n1smserverport>

Where <n1smservername> is the host name of the System Manager server and <n1smserverport> is the port number on which the System Manager server is listening.

To Access the System Manager Server Through `SSH`

Secure Shell (ssh) is a program for logging into a remote machine and for executing commands on a remote machine. This program connects and logs into the specified hostname. The user must prove the identity to the remote machine using one of several methods depending on the protocol version used.

Navigate through the topology or hierarchy view until you have accessed the System Manager server that has Volume System Monitoring add-on.

Press mouse button 3 and choose SSH to Host from the pop-up menu.

The ssh program on the System Manager server is started.

Sun StorEdge A5`x`00 Array Module

This module enables you to monitor the state of Sun StorEdge A5000, 5100, and 5200 storage devices, and manage alarms on these devices. The following series of tables identifies the specific rules for each Sun StorEdge A5x00 array.

Table C–2 Rules for Sun StorEdge A5x00


Rules	Property
sunSmTreeProp	tree prop
sunSmNodeName	Name
timestamp_raw	timestamp_raw
timestamp	Name
status_change	Number Of Model property/value changed. This value changes when there is a difference between the previous snapshot and the current snapshot.

Table C–3 Sun StorEdge A5x00 Sena Table


Property	Description
sunSmTreeProp	sunSmTreeProp
sunSmNodeName	Current node name
entry_no	Entry number
dataFormat	Instance
rowstatus	Row status
box_rev	Box_rev
device_count	Device_count
box_id	Box Id
instance	Instance
logical_path	Logical Path
machine	Machine
name	Name
node-wwn	Node-wwn
physical_path	Physical Path
platform	Platform
set_flg	Set Flag
slot_count	Slot_count
type	Type
vendor_name	Vendor_name
virtual_node	Virtual_node

Table C–4 Sun StorEdge A5x00 Front Table


Property	Description
sunSmTreeProp	sunSmTreeProp
sunSmNodeName	Current node name
entry_no	Entry number
instance	Instance

Table C–5 Sun StorEdge A5x00 Rear Table


Property	Description
sunSmTreeProp	sunSmTreeProp
sunSmNodeName	Current node name
entry_no	Entry number
entry number	Instance

Table C–6 Sun StorEdge A5x00 Disk Backplane Table


Property	Description
sunSmTreeProp	sunSmTreeProp
sunSmNodeName	Current node name
entry_no	Entry number
byp_a_enabled	Byp_a_enabled
byp_b_enabled	Byp_b_enabled
fru	fru
status	Status
alarmRules	rpho400

Table C–7 Sun StorEdge A5x00 Fan Tray Table


Property	Description
sunSmTreeProp	sunSmTreeProp
sunSmNodeName	Current Name
entry_no	entry number
fan_fail	Fan_fail
fru	fru
speed	Speed
status	Status
alarmRules	rpho401
type	Type

Table C–8 Sun StorEdge A5x00 Led Table


Property	Description
sunSmTreeProp	tree prop
sunSmNodeName	Name
entry_no	entry number
led-num	Led No
state	State

Table C–9 Sun StorEdge A5x00 Front Slot Table


Property	Description
front_slotTbl	Front_slot Table
sunSmTreeProp	sunSmTreeProp
sunSmNodeName	Current Name
entry_no	entry number
connect_disk	connect_disk_name
id	Id
loop_status	Loop_status
alarmRules	rpho411
power_status	power-status
alarmRules	rpho414
slot-num	Slot-num
status	Status
temperature	Temperature
temperature_status	Temperature_status
alarmRules	rpho407

Table C–10 Sun StorEdge A5x00 Rear Slot Table


Property	Description
sunSmTreeProp	sunSmTreeProp
sunSmNodeName	Current Name
entry_no	entry number
connect_disk	connect_disk_name
id	Id
loop_status	Loop_status
alarmRules	rpho412
power_status	power-status
alarmRules	rpho414
slot-num	Slot-num
status	Status
temperature	Temperature
temperature_status	Temperature_status
alarmRules	rpho408

Table C–11 Sun StorEdge A5x00 Disk Table


Property	Description
sunSmTreeProp	sunSmTreeProp
sunSmNodeName	Current Name
entry_no	entry number
capacity	Capacity
device_type	Device Type
firmware_revision	firmware_revision
fru	Fru
hard_address	Hard Address
instance	Instance
logical_path	logical_path
mounted_partitions	Mounted Partitions
name	Name
node-wwn	Node Wwn
physical_path	physical_path
port-wwn	Port Wwn
product_name	product_name
revision	revision
serial_number	serial_number
status	Status
alarmRules	rpho406
vendor_name	vendor_name

Table C–12 Sun StorEdge A5x00 Sena Power Supply Table


Property	Description
sunSmTreeProp	sunSmTreeProp
sunSmNodeName	Current Name
entry_no	entry number
fru	Fru
AC_status	AC_status
DC-current	DC-current
DC-voltage	DC-voltage
ps-instance	Ps-instance
status	Status
alarmRules	rpho402
temperature_status	Temperature_status
alarmRules	rpho409
type	Type

Table C–13 Sun StorEdge A5x00 Interconnect Table


Property	Description
sunSmTreeProp	sunSmTreeProp
sunSmNodeName	Current Name
entry_no	entry number
eprom_failure	Eprom_failure
fru	Fru
status	Status
alarmRules	rpho405

Table C–14 Sun StorEdge A5x00 Interface_board Table


Property	Description
interface_board-entry	entry_no
sunSmTreeProp	sunSmTreeProp
sunSmNodeName	Current Name
entry_no	entry number
fru	Fru
interface_board-instance	Ib-Instance
loop	Loop
loop0_fault	Loop0_fault
loop1_fault	Loop1_fault
status	Status
alarmRules	rpho400
temperature_status	temperature_status
alarmRules	rpho410

Table C–15 Sun StorEdge A5x00 Loop – Gbic Table


Property	Description
sunSmTreeProp	sunSmTreeProp
sunSmNodeName	Current Name
entry_no	entry number
fru	Fru
loop-instance	Gbic-Instance
status	Status
alarmRules	rpho413
loop_configuration_status	Loop Configuration

Table C–16 Sun StorEdge A5x00 Rules


Rule	Description
rpho414	Fibre Channel OFFLINE
rpho415	Fibre Channel CRC Error
rpho416	ASC 0x47
rpho417	Drive operation marginal
rpho418	Failure prediction
rpho419	Incomplete DMA XFER on sbus
rpho420	Offline Timeout
rpho421	soc lilp map failed

Sun StorEdge T3 Array Module

This module enables you to monitor the state of Sun StorEdge T3 storage devices and to manage alarms on these devices.

Table C–17 Sun StorEdge T3 Module – Basic Properties Table


Property	Description
sunSmTreeProp	sunSmTreeProp
sunSmNodeName	Current Name
t300name	t300name
rowstatus	Row Status
sysId	id
sysVendor	vendor
sysModel	model
sysRevision	firmware revision
sysStatus	Status of the connection between the agent and the T300 storage box
sysIpAddr	IP address
sysSubNet	subnet mask
sysGateway	gateway
sysBootMode	boot mode
sysBootDelay	boot delay
sysMpSupport	multi-pathing support
sysHasVolumes	has volumes

Table C–18 Sun StorEdge T3 Module – Advanced Properties Table


Property	Description
t300name	t300name
rowstatus	Row Status
sysStripeUnitSize	stripe unit size
sysCacheMode	cache mode
sysCacheMirror	cache mirror
sysReadAhead	read ahead
sysReconRate	reconRate
sysOndgMode	ondgMode
sysOndgTimeslice	ondgTimeslice
sysTftpHost	tftp host
sysTftpFile	tftp file
sysLastRestart	ast restart time
sysDate	date
sysTime	time
sysTimezone	time zone

Table C–19 Sun StorEdge T3 Module – Statistical Properties Table


Property	Description
t300name	t300name
sysTotalRequests	total requests
sysWriteRequests	write requests
sysReadRequests	read requests
sysTotalBlocks	total blocks
sysBlocksWritten	blocks written
sysBlocksRead	blocks read
sysCacheWriteHits	cacheWriteHits
sysCacheWriteMisses	cacheWriteMisses
sysCacheReadHits	cacheReadHits
sysCacheReadMisses	cacheReadMisses
sysCacheRmwFlushes	sysCacheRmwFlushes
sysCacheReconFlushes	cacheReconFlushes
sysCacheStripeFlushes	cacheStripeFlushes
clear-flag	clear flag

Table C–20 Sun StorEdge T3 Module – Unit Table


Property	Description
sunSmTreeProp	sunSmTreeProp
sunSmNodeName	Current Name
t300name	t300name
unitId	unit id
unitType	unit type
unitStandby	standby
unitIsControllerUnit	isControllerUnit
machine	machine
platform	platform

Table C–21 Sun StorEdge T3 Module – Disk Table


Property	Description
sunSmTreeProp	sunSmTreeProp
sunSmNodeName	Current Name
entry_no	entry number

Table C–22 Sun StorEdge T3 Module – Disk Properties Table


Property	Description
sunSmTreeProp	sunSmTreeProp
sunSmNodeName	Current Name
t300name	t300name
unitId	unit id
fruStatus	status
alarmRules	rple400
fruDiskRole	disk role
fruDiskCapacity	disk capacity
fruDiskTemp	temperature
fruID
fruState
fruVendor
fruModel
fruRevision
fruSerialNo
fruErrors

Table C–23 Sun StorEdge T3 Module – Advanced Properties Table


Property	Description
t300name	t300name
unitId	unit id
fruId	fru id
fruDiskPort1State	port1 state
fruDiskPort2State	port2 state
fruDiskStatusCode	status code
fruDiskVolId	disk volid
fruDiskVolIndex	disk volindex
fruDiskVolName	disk volname
fruDiskIsRebuildable
fruDiskIsRoleData	isRoleData
fruDiskIsRoleStandby	isRoleStandby
fruDiskIsRoleUndefined	sUndefined
fruDiskIsExpendable	isExpendable

Table C–24 Sun StorEdge T3 Module – Controllers


Property	Description
sunSmTreeProp	sunSmTreeProp
sunSmNodeName	Current Name
entry_no	entry number

Table C–25 Sun StorEdge T3 Module – Controller Table


Property	Description
sunSmTreeProp	sunSmTreeProp
sunSmNodeName	Current Name
t300name	t300name
unitId	unit id
fruStatus	status
fruState
fruVendor
fruModel
fruRevision
fruSerialNo
fruErrors
alarmRules	rple401

Table C–26 Sun StorEdge T3 Module – Loopcards


Property	Description
loopcards-entry	entry_no
sunSmTreeProp	sunSmTreeProp
sunSmNodeName	Current Name
entry_no	entry number

Table C–27 Sun StorEdge T3 Module – Loop Card Table


Property	Description
sunSmTreeProp	sunSmTreeProp
sunSmNodeName	Current Name
t300name	t300name
unitId	unit id
fruId
fruState
fruVendor
fruModel
fruRevision
fruSerialNo
fruErrors
fruStatus	status
fruLoopMode	loop mode
fruLoopCable1State	cable1 state
fruLoopCable2State	cable2 state
fruLoopTemp	temperature
alarmRules	rple402

Table C–28 Sun StorEdge T3 Module – Power Cooling Unit Table


Property	Description
sunSmTreeProp	sunSmTreeProp
sunSmNodeName	Current Name
t300name	t300name
unitId	unit id
fruStatus	status
fruPowerPowOutput	output state
fruPowerPowSource	input source
fruPowerPowTemp	temperature
fruPowerFan1State	fan1 state
fruPowerFan2State	fan2 state
fruPowerBatState	battery state
fruPowerBatLife	battery life
fruPowerBatUsed	battery used
fruId
fruState
fruVendor
fruModel
fruRevision
fruSerialNo
fruErrors
alarmRules	rple403

Table C–29 Sun StorEdge T3 Module – Midplane Table


Property	Description
sunSmTreeProp	true
sunSmNodeName	Current Name
t300name	t300name
unitId	unit id
fruStatus	status
fruId
fruState
fruVendor
fruModel
fruRevision
fruSerialNo
fruErrors
fruId
fruState
fruVendor
fruModel
fruRevision
fruSerialNo
fruErrors

Table C–30 Sun StorEdge T3 Module – Volume (Basic Properties Table)


Property	Description
sunSmTreeProp	sunSmTreeProp
sunSmNodeName	Current Name
t300name	t300name
unitId	unit id
volId	volume id
volName	volume name
volWWN	volume WWN
volStatus	volume status
volCacheMode	cache mode
volCacheMirror	cache mirror
volCapacity	volume capacity
volArrayWidth	drive number
volRaidLevel	RAID (Redundant Array of Independent/Inexpensive Disks) level for the volume
volDisabledDisk
volSubstitutedDisk
volInitRate
volVerifyRate

Table C–31 Sun StorEdge T3 Module – Statistical Properties Table


Property	Description
t300name	t300name
unitId	unit id
volId	volume id
volTotalRequests	total requests
volWriteRequests	write requests
volReadRequests	read requests
volTotalBlocks	total blocks
volBlocksWritten	blocks written
volBlocksRead	blocks read
volSoftErrors	soft errors
volFirmErrors	firm errors
volHardErrors	hard errors
volCacheWriteHits	cacheWriteHits
volCacheWriteMisses	cacheWriteMisses
volCacheReadHits	cacheReadHits
volCacheReadMisses	cacheReadMisses
volCacheRmwFlushes	cacheRmwFlushes
volCacheReconFlushes	cacheReconFlushes
volCacheStripeFlushes	cacheStripeFlushes
clear-flag	clear flag

Table C–32 Sun StorEdge T3 Module – Ports


Property	Description
sunSmTreeProp	sunSmTreeProp
sunSmNodeName	Current Name
entry_no	entry number

Table C–33 Sun StorEdge T3 Module – Port (Basic Properties Table)


Property	Description
sunSmTreeProp	sunSmTreeProp
sunSmNodeName	Current Name
t300name	t300name
unitId	unit id
portId	portId
portWWN	port WWN
portStatus	port status
portType	port type
portFruId	port fruId
portSunHost	port sunHost
portFibreCount	fibre count
portFibreAlpaMode	ALPA mode
portFibreAlpa	ALPA

Table C–34 Sun StorEdge T3 Module – Statistical Properties Table


Property	Description
t300name	300name
unitId	Unit ID
portId	Port ID
portTotalRequests	Total requests (read requests plus write requests)
portWriteRequests	Write requests
portReadRequests	Read requests
portTotalBlocks	Total blocks
portBlocksWritten	Blocks written
portBlocksRead	Blocks read

Table C–35 Sun StorEdge T3 Module – Attachments Table


Property	Description
sunSmTreeProp	sunSmTreeProp
sunSmNodeName	Current Name
entry_no	entry number

Table C–36 Sun StorEdge T3 Module – Attachment Table


Property	Description
sunSmTreeProp	sunSmTreeProp
sunSmNodeName	Current Name
t300name	t300name
unitId	unit id
portId	portId
attachId	attach id
attachLun	attach Lun
attachMode	attach mode
attachVolId	attach volid
attachVolName	attach volname

Table C–37 Sun StorEdge T3 Module – Loops


Property	Description
sunSmTreeProp	sunSmTreeProp
sunSmNodeName	Current Name
entry_no	entry number

Table C–38 Sun StorEdge T3 Module – Loops Table


Property	Description
sunSmTreeProp	sunSmTreeProp
sunSmNodeName	Current Name
t300name	t300name
unitId	unit id
loopId	loop id
loopStatus	loop status
loopMux	loop mux
loopIsAvailable	isAvailable
loopIsReserved	isReserved
loopIsIsolated	isIsolated
loopIsTop	isTop
loopIsBottom	isBottom
loopIsMiddle	isMiddle

Table C–39 Sun StorEdge T3 Module – Midplanes Table


Property	Description
entry_no	Entry number
sunSmTreeProp	sunSmTreeProp
sunSmNodeName	Current Name

Table C–40 Sun StorEdge T3 Module – Powerunits Table


Property	Description
entry_no	Entry number
sunSmTreeProp	sunSmTreeProp
sunSmNodeName	Current Name

Table C–41 Sun StorEdge T3 Module – Volumes Table


Property	Description
entry_no	Entry number
sunSmTreeProp	sunSmTreeProp
sunSmNodeName	Current Name

Table C–42 Sun StorEdge T3 Module – Logging Table


Property	Description
t300name
sunSmTreeProp	sunSmTreeProp
sunSmNodeName	Current Name
rowstatus
logStatus
logPort
logTo
logLevel

Table C–43 Sun StorEdge T3 Module – Rules


Rule	Description
rple201	Controller Error
rple202	Power Cooling Unit Error
rple203	Loop Card Error
rple204	Disk Error
rple205	Controller Warning
rple206	Power Cooling Unit Warning
rple207	Loop Card Warning
rple208	Disk Warning
rple209	DC error
rple210	Power supply unit disabled
rple211	Power supply off
rple212	Power supply error
rple213	Battery missing
rple214	Loop card missing
rple215	Interconnect cable missing
rple216	Loop card disabled
rple220	Disk Error
rple221	Power Cooling Unit Error
rple222	Power Cooling Unit Error
rple223	Controller Warning
rple224	Loop Card Warning
rple225	Disk Warning
rple226	Disk Warning
rple227	Power Cooling Unit Warning
rple400	FRU or disk. Use `fruState` and `fruStatus` to decide whether disk is normal.
rple401	FRU or controller. Use `fruState` and `fruStatus` to decide whether controller is normal.
rple402	FRU or loop-card. Use `fruState` and `fruStatus` to decide whether loop-card is normal.
rple403	FRU or power cooling unit. Use `fruState` and `fruStatus` to decide whether power cooling unit is normal.
rple404	System or basic-table, basic-entry, or sysStatus rule. If `sysStatus` is not equal to `OK,` the T3 array has a fault.

X86/X64 Config Reader Module Version 1.0

The X86/X64 Config Reader module enables you to monitor a set of hardware-specific attributes and displays them in the Module Browser. The family type exported by this module is x86–Generic-i86pc.

The X86/X64 Config Reader module has the following managed objects:

System table
CPU Units table
Network Devices table
Media Devices

The System table has the following properties:

Name
Operating System
Operating System Version
System Clock Frequency
Architecture
Hostname Of The System
Machine Name
System Platform
Serial Number
Timestamp
Raw Timestamp
Total Disks
Total Memory
Total Processors
Total Tape Devices

The CPU Units table has the following properties:

Name
Clock Frequency
CPU Type
Model
Status
Unit

The Network Devices table has the following properties:

Interface Name
Device Type
Ethernet Address
Internet Address
Symbolic Name

The Media Devices table has the following properties:

Name
Device Id
Removable Media
Product Id
Vendor Id
Physical Path
Hard Error Count
Soft Error Count
Transport Error Count
Predictive Failure Count

Operating System

The software provides several modules that monitor the operating system on your host. When the following modules are loaded, these modules are found under the Operating System section of the Module Browser tab in the Details window:

File Monitoring Module Version 2.0

This module enables you to monitor the files on a host. You can isolate any file or number of files and monitor those files individually by loading multiple instances of the File Monitoring module. This module requires you to add rows for the data property tables. For more information, see To Add a Row to a Data Property Table.

The following table lists the File Monitoring Status properties and their descriptions.

Table C–44 File Monitoring Properties


Property	Description
Name	Name of the file being monitored
Description	Descriptive name provided for this file when added
Filename	File being monitored
Last Modified	Date and time the file last changed
File Size (Bytes)	Size of the file
Size Rate (Bytes)	Number of bytes written per second

IPv6 Instrumentation Module Version 1.0

This section presents information on the IPv6 Instrumentation module, which comprises the groups that are described in the following sections:

IPv6 IP Group Properties

The tables that are in this section identify the IPv6 IP Group properties.

The following table identifies the properties that are shown in the IPv6 IP Group Table.

Table C–45 IPv6 IP Group Table


Property	Description
IPv6 Forwarding	Number of forwards enabled
IPv6 Default Hop Limit	Hop limit (default 255)
IPv6 Interface	Number of interfaces
IPv6 Route Number	Route number

The following table identifies the properties that are shown in the IPv6 If Table.

Table C–46 IPv6 If Table


Property	Description
IPv6 If Index	Index
IPv6 If Descr	Description
IPv6 If Lower Layer
IPv6 If Effective Mtu
IPv6 If Reasm Max Size
IPv6 If Identifier
IPv6 If Identifier Length
IPv6 If Physical Address
IPv6 If Admin Status
IPv6 If Oper Status

The following table identifies the properties that are shown in the IPv6 If Stats Table.

Table C–47 IPv6 If Stats Table


Property	Description
IPv6 If Index
IPv6 If Stats In Receives
IPv6 If Stats In Hdr Errors	Number of incoming headers that had errors
IPv6 If Stats In Too Big Errors	Number of incoming packets that were too big
IPv6 If Stats In No Routes
IPv6 If Stats In Addr Errors
IPv6 If Stats In Unknown Protos
IPv6 If Stats In Truncated Pkts	Number of incoming packets that were truncated
IPv6 If Stats In Discards
IPv6 If Stats In Delivers
IPv6 If Stats Out Forw Datagrams
IPv6 If Stats Out Requests
IPv6 If Stats Out Discards
IPv6 If Stats Out Frag OKs
IPv6 If Stats Out Frag Fails
IPv6 If Stats Out Frag Creates
IPv6 If Stats Reasm Reqds	Reassembled
IPv6 If Stats Reasm OKs
IPv6 If Stats Reasm Fails
IPv6 If Stats In Mcast Pkts
IPv6 If Stats Out Mcast Pkts

The following table identifies the properties that are shown in the IPv6 Addr Prefix Table.

Table C–48 IPv6 Addr Prefix Table


Property	Description
IPv6 If Index
IPv6 Addr Prefix	Prefix for physical address
IPv6 Addr Prefix Length
IPv6 Addr Prefix On Link Flag
IPv6 Addr Prefix Autonomous Flag

The following table identifies the properties that are shown in the IPv6 Addr Table.

Table C–49 IPv6 Addr Table


Property	Description
IPv6 If Index
IPv6 Addr Address
IPv6 Addr Pfx Length
IPv6 Addr Type
IPv6 Addr Anycast Flag
IPv6 Addr Status

The following table identifies the properties that are shown in the IPv6 Route Table.

Table C–50 IPv6 Route Table


Property	Description
IPv6 Route Dest
IPv6 Route Pfx Length
IPv6 Route Index
IPv6 Route If Index
IPv6 Route Next Hop
IPv6 Route Type
IPv6 Route Protocol
IPv6 Route Policy
IPv6 Route Age
IPv6 Route Next Hop RDI
IPv6 Route Metric
IPv6 Route Weight
IPv6 Route Info
IPv6 Route Valid

The following table identifies the properties that are shown in the IPv6 Net to MediaTable.

Table C–51 IPv6 Net To Media Table


Property
IPv6IfIndex
IPv6NetToMediaNet Address
IPv6NetToMedia PhysAddress
IPv6NetToMedia Type
IPv6IfNetToMedia State
IPv6IfNetToMedia LastUpdated
IPv6NetToMedia Valid

IPv6 TCP Properties

The following table identifies the properties that are shown in the IPv6 Conn Table.

Table C–52 IPv6 Conn Table


Property	Description
IPv6 Conn State	Connectivity state
IPv6 Conn Local Address	Connectivity local IP address
IPv6 Conn Local Port	Connectivity local port number
IPv6 Conn Rem Address	Connectivity remote IP address
IPv6 Conn Rem Port	Connectivity remote port number

IPv6 UDP Properties

The following table identifies the properties that are shown in the IPv6 UDP Table.

Table C–53 IPv6 UDP Table


Property	Description
IPv6 Udp Local Address	IP address
IPv6 Udp Local Port	Port number
IPv6 Udp If Index	Index

IPv6 ICMP Properties

The following table identifies the properties that are shown in the IPv6 If ICMP Table.

Table C–54 IPv6 If ICMP Table


Property	Description
IPv6 If Index
IPv6 If Icmp In Msgs	Number of incoming messages
IPv6 If Icmp In Errors	Number of incoming errors
IPv6 If Icmp In Dest Unreachs	Number of unreachable incoming destinations
IPv6 If Icmp In Admin Prohibs
IPv6 If Icmp In Time Excds
ivp6 If Icmp In Parm Problems
ivp6 If Icmp In Pkt Too Bigs
IPv6 If Icmp In Echos
IPv6 If Icmp In Echo Replies
IPv6 If Icmp In Router Solicits
IPv6 If Icmp In Router Advertisements
IPv6 If Icmp In Neighbor Solicits
IPv6 If Icmp In Neighbor Advertisements
IPv6 If Icmp In Redirects
IPv6 If Icmp In Group Memb Queries
IPv6 If Icmp In Group Memb Responses
IPv6 If Icmp In Group Memb Reductions
IPv6 If Icmp Out Msgs
IPv6 If Icmp Out Errors
IPv6 If Icmp Out Dest Unreachs
Ipv6 If Icmp Out Admin Prohibs
IPv6 If Icmp Out Time Excds
IPv6 If Icmp Out Parm Problems
IPv6 If Icmp Out Pkt Too Bigs
IPv6 If Icmp Out Echos
IPv6 If Icmp Out Echo Replies
IPv6 If Icmp Out Router Solicits
IPv6 If Icmp Out Router Advertisements
IPv6 If Icmp Out Neighbor Solicits
IPv6 If Icmp Out Neighbor Advertisments
IPv6 If Icmp Out Redirects
IPv6 If Icmp Out Group Memb Queries
IPv6 If Icmp Out Group Memb Responses
IPv6 If Icmp Out Group Memb Reductions

Kernel Reader (Simple) Module Version 1.0

The Kernel Reader (Simple) module generates a warning alarm if the module finds any disk with an increasing wait queue while busy.

A warning alarm occurs when the disk is over 75% busy and the average queue length is over 10 with an increasing wait queue. The warning alarm is on until the disk is not over 70% busy and the average queue length is no longer than 8. Similarly, this module generates a warning alarm if 90% of swap space is in use. The alarm remains open until the swap space in use is less than 80% of the total swap space.

The following table provides default alarm thresholds for applicable Kernel Reader modules.

Table C–55 Alarm Thresholds for the Kernel Reader Module


Alarm Threshold Message	Condition
Error	If file system kpctUsed is > 98
Warning	If file system kpctUsed is > 90
Error	If file system inode percentage is > 90
Warning	If file system inode percentage is > 80

User Statistics Table

The following table provides a brief description of the properties for User Statistics.

Table C–56 User Statistics Properties


Property	Description
Console User	User currently logged in on the console
Number Of Users	Number of unique users currently logged in
Number Of User Sessions	Number of currently active user sessions
Max Console User	Login name of the user that logged into the system console the most times since the last reboot

Interprocess Communication Tables

The following tables describe interprocess communication properties.

The following table describes the shared memory properties.

Table C–57 IPC Shared Memory Properties


Property	Description
Total Shared Memory Segments	Total number of shared memory segments initially available for use.
Available Shared Memory Segments	Number of currently available shared memory segments.
Shared Memory Segments Used	Shared memory segments used as a percentage of the total units.

The following table describes semaphores properties.

Table C–58 IPC Semaphores Properties


Property	Description
Total Semaphores Available	Total number of semaphores currently available.
Semaphores Used	Semaphores used as a percentage of the total.

The following table provides a brief description of the properties for System Load Statistics.

Table C–59 System Load Statistics Properties


Property	Description
1 Min Load Average	Load average over the last 1 minute
5 Min Load Average	Load average over the last 5 minutes
15 Min Load Average	Load average over the last 15 minutes

Disk Statistics Managed Objects Tables

The following tables provide a brief description of the properties for Disk Statistics.

The following table provides a brief description of the properties for Disk Details.

Table C–60 Disk Details Properties


Property	Description
Disk Name	Name of the disk, such as sd0
Disk Alias	Name of the disk, such as c0t0d0
Read Operation Per Sec	Read operations per second
Writes Operation Per Sec	Write operations per second
Operation Per Sec (read + write)	Operations per second (read and write)
Number Of Bytes Read	Number of bytes read
Number Of Bytes Written	Number of bytes written
Number Of Bytes Transferred (read + write)	Number of bytes transferred (read and write)
Average Number Of Transactions Waiting	Average number of transactions waiting
Average Number Of Transactions Running	Average number of transactions running

The following table provides a brief description of the properties for Disk Service Time.

Table C–61 Disk Service Time Properties


Property	Description
Diskname	Name of the disk , such as sd0
Disk Alias	Name of the disk, such as c0t0d0
Percentage Of Time There Is A Transaction Waiting For Service	Percentage of time there is a transaction waiting for service (wait queue length)
Percentage Of Time The Disk Is Busy	Percentage of time the disk is busy (transaction running)
Average Wait Service Time	Average wait service time
Average Run Service Time	Average run service time
Average Service Time	Average service time
Rule 404	Meta Disk Rule

The following table provides a brief description of the properties for I/O error statistics.

Table C–62 I/O Error Statistics Properties


Property	Description
Device	The name of the device in a descriptive format
Software Errors	The total number of software errors
Hardware Errors	The total number of hardware errors
Transport Errors	The total number of transport errors
Total Errors	Total number of errors

Under the I/O Error Statistics Table, there are the following two tables.

Table C–63 Device Error Table


Property	Description
Device	The name of the device in descriptive format
Software Errors	Total number of software errors
Hardware Errors	Total number of hardware errors
Transport Errors	Total number of transport errors
Total Errors	Total number of errors

Table C–64 Tape Error Table


Property	Description
Device	The name of the device in descriptive format
Software Errors	Total number of software errors
Hardware Errors	Total number of hardware errors
Transport Errors	Total number of transport errors
Total Errors	Total number of errors

File System Usage Table

The following table provides a brief description of the properties for file system usage.

Table C–65 File System Usage Properties


Property	Description
Index	Mount point index
Mount Point	Mount point for the file system
Disk Name	Name of the device (`/dev/dsk/...`)
Size (KB)	Total size of the file system in Kbytes
Free (KB)	Available disk space in Kbytes
Free KB (Non Root)	Available disk space for non-superusers in Kbytes
Percent Used	Percentage of disk space used
Total Inodes	Total size of the file system in Kbytes
Available Inodes	Available disk space for the file system in Kbytes
Percentage Of Inodes Used	Percentage of inodes used

Note –

The Find All Recent Files (>2 or >10Meg) probe commands for the UFS Filesystem Usage and VXFS Filesystem Usage folders find only files that were created or modified less than 24 hours ago. The Find All Files (>2 or >10Meg) probe commands for UFS Filesystem Usage and VXFS Filesystem Usage find all files, regardless of the date/time they were created or modified. For more information about the probe command, see To Probe a Property.

CPU Statistics Managed Object Tables

The tables that are in this section provide a brief description of the properties for CPU Statistics managed objects.

The following table provides a brief description of the properties for CPU Utilization.

Table C–66 CPU Usage Properties


Property	Description
CPU Number	CPU number
% CPU Idle Time	Percentage of time spent by CPU on idle mode
% CPU User Time	Percentage of time spent by CPU on user mode
% CPU Kernel Time	Percentage of time spent by CPU on kernel mode
% CPU Wait Time	Percentage of time spent by CPU on wait mode
% CPU Wait Time On I/O	Percentage of time spent by CPU on wait mode for I/O
% CPU Wait Time On Swap	Percentage of time spent by CPU on wait mode for swap
% CPU Wait Time On Pio	Percentage of time spent by CPU on wait mode for Pio
Times Idle Thread Scheduled	Percentage of idle time spent by CPU on threads scheduled
Rule 403	Meta CPU Rule

The following table provides a brief description of the properties for CPU processes.

Table C–67 CPU Process Table


Property	Description
Processes in Run Queue	Processes in run queue
Processes Waiting	Waiting processes
Processes Swapped	Swapped processes
Total Number of CPUs	Total number of CPUs

The following table provides a brief description of the properties for CPU I/O.

Table C–68 CPU I/O Properties


Property	Description
CPU Number	Central Processing Unit (CPU) number
Physical Block Reads	Number of physical block reads
Physical Block Writes	Number of physical block writes
Logical Block Reads	Number of logical block reads
Logical Block Writes	Number of logical block writes
Raw I/O Reads	Number of raw I/O reads
Raw I/O Writes	Number of raw I/O writes
Bytes Read By Rdwr()	Number of bytes read by Rdwr()
Bytes Written By Rdwr()	Number of bytes written by Rdwr()
Terminal Input Characters	Number of terminal input characters
Chars Handled In Canonical Mode	Number of chars handled in canonical mode
Terminal Output Characters	Number of terminal output characters
Physical Block Writes	Number of physical block writes
Procs Waiting For Block I/O	Number of processes that are waiting for block I/O

The following table provides a brief description of the properties for CPU Interrupts.

Table C–69 CPU Interrupts Properties


Property	Description
CPU Number	CPU number
Context Switches	Number of context switches
Traps	Number of traps
Device Interrupts	Number of device interrupts
Interrupts As Threads	Number of interrupts as threads
Interrupts Blocked/Preempted/Released	Number of interrupts that were blocked, pre-empted or released

The following table provides a brief description of the properties for CPU system calls.

Table C–70 CPU System Call Properties


Property	Description
CPU Number	CPU number
System Calls	Number of system calls
Read+Readv System Calls	Number of read+ready system calls
Write+Writev System Calls	Number of Write+Writev system calls
Forks	Number of forks
Vforks	Number of Vforks
Execs	Number of executables
Msg Count	Number of message count
Semaphore Ops Count	Number of semaphore operation count
Pathname Lookups	Number of pathname lookups
`Ufs_iget()` Calls	Number of `ufs_iget()` calls
Directory Blocks Read	Number of directory block reads
Inodes Taken With Attached Pages	Number of indexes taken with attached pages
Inodes Taken With No Attached Pages	Number of indexes taken with no attached pages
Inode Table Overflows	Number of Inode table overflows
File Table Overflows	Number of file table overflows
Proc Table Overflows	Number of process table overflows

The following table provides a brief description of miscellaneous CPU properties.

Table C–71 CPU Miscellaneous Properties


Property	Description
CPU Number	CPU number
Involuntary Ctx Switches	Number of involuntary context switches
Thread_create()s	Number of thread_create()s
Cpu Migrations By Threads	Number of CPU migrations by threads
Xcalls To Other Cpus	Number of Xcalls to other CPUs
Failed Mutex Enters (adaptive)	Number of failed mutex enters (adaptive)
Rw Reader Failures	Number of read/write reader failures
Rw Write Failures	Number of read/write write failures
Loadable Module Loaded	Number of loadable module loaded
Loadable Module Unloaded	Number of loadable module unloaded
Tries To Acquire RW Lock	Number of tries to acquire read/write lock

The following table provides a brief description of the properties for CPU Regwindow.

Table C–72 CPU Regwindow Properties


Property	Description
CPU Number	CPU number
User Overflows	Number of user overflows
User Underflows	Number of user underflows
System Overflows	Number of system overflows
System Underflows	Number of system underflows
System User Overflows	Number of system user overflows

The following table provides a brief description of the properties for CPU Pageinfo.

Table C–73 CPU Pageinfo Properties


Property	Description
CPU Number	CPU number
Reclaims	Number of reclaims
Reclaims From Free List	Number of reclaims from free list
Pageins	Number of pageins
Pages Paged In	Number of pages that were paged in
Pageouts	Number of pageouts
Pages Paged Out	Number of pages that were paged out
Swapins	Number of swap ins
Pages Swapped In	Number of pages that were swapped in
Swapouts	Number of swap outs
Pages Swapped Out	Number of pages that were swapped out
Pages Zero Filled On Demand	Number of pages zero filled on demand
Pages Freed By Daemon	Number of pages fixed by daemon
Pages Examined By Pageout Daemon	Number of pages examined by the pageout daemon
Revolutions Of The Page Daemon Hand	Number of revolutions of the page daemon hand
Times Pager Scheduled	Number of times pager scheduled

The following table provides a brief description of the properties for CPU Faults.

Table C–74 CPU Faults Properties


Property	Description
CPU Number	CPU number
Minor Page Faults Via `hat_fault()`	Number of minor page faults through `hat_fault()`
Minor Page Faults Via `as_fault()`	Number of minor page faults through `as_fault()`
Major Page Faults	Number of major page faults
Copy-on-write Faults	Number of copy-on write faults
Protection Faults	Number of protection faults
Faults Due To Software Locking Req	Number of software locking faults
`as_fault()`s In Kernel `addr` Space	Number of in kernel `addr` space

Memory Usage Statistics Table

The following table provides a brief description of the properties for Memory Usage Statistics.

Table C–75 Memory Usage Statistics Properties


Property	Description
Physical Memory Available (MB)	Physical memory that is available in Mbytes
Physical Memory In Use (MB)	Physical memory in use in Mbytes
Percent Memory Used	Percentage of memory used
Physical Memory Free (MB)	Physical memory that is free in Mbytes
Percent Memory Free	Percentage of memory that is free

Swap Statistics Table

The following table provides a brief description of the properties for Swap Statistics.

Table C–76 Swap Statistics Properties


Property	Description
Available KB (Anon Memory Not Reserved)	Swap available. Total reserved swap space.
Reserved KB (Anon Memory Reserved But Not Allocated)	Swap reserved
Allocated KB (Anon Memory Not Free)	Swap allocated
Used KB	Swap used
Total KB (Used + Available)	Swap total
Percent Swap Used	Percentage of swap used
Rule 405	Meta Swap Rule

Streams Statistics Managed Objects Table

The following section provides the various Streams Statistics properties for the following managed objects:

Stream Head Cache
Queue Cache
Streams Messages
Linkinfo Cache
Strevent Cache
Syncq Cache
Qband Cache

The following table briefly describes the managed objects.

Table C–77 Streams Statistics Managed Objects


Properties	Description
Stream Head Cache	Kernel statistics for streams head cache
Queue Cache	Kernel statistics for queue cache
Streams Msgs	Kernel statistics for streams messages
Linkinfo Cache	Kernel statistics for link information cache
Strevent Cache	Kernel statistics for streams event cache
Syncq Cache	Kernel statistics for synoq cache
Qband Cache	Kernel statistics for qband cache

All of the Streams Statistics managed objects have the same properties. The following table presents these common properties.

Table C–78 Streams Statistics Table Properties


Property	Description
The Name Of The Cache	Name of the cache
Current Usage (total - avail)	Cache's current usage
Maximum Capacity	Maximum capacity of the cache
Cumulative Total Of Allocations	Number of total cache allocations
Number of Allocation Failures	Number of allocation failures
Percent Used	Percentage of cache used

Software Rules Table

The following table provides a brief description of the properties for Software Rules.

Table C–79 Software Rules Properties


Property	Description
Rule rknrd105	Software rule (refer to rule `rknrd105` in Appendix D, Sun Management Center Software Rules
Rule rknrd106	Software rule (refer to rule `rknrd106` in Appendix D, Sun Management Center Software Rules)

Zones Table

The following table provides a brief description of the properties for zones.

Table C–80 Zones Properties


Property	Description
Zone ID	Zone identification number
Zone Name	Name of the zone
Status	State of the zone
Root Dir	Directory in global zone that is root directory for a non-global zone
IP Address	IP address of the zone
Autoboot	Specifies whether the zone must automatically reboot when the system reboots

MIB-II Instrumentation Module Version 1.0

This section presents information on the MIB-II Instrumentation module. The MIB-II Instrumentation module includes the property tables described in the following sections:

MIB-II System Group Table

The following table provides a brief description of the properties for MIB-II System Group.

Table C–81 MIB-II System Group Properties


Property	Description
System Description	MIB-II system description or the description of the host (read-write)
System OID	Object identifier or the Object ID (OID) of the software system
Time Since System Is Up	Time in microseconds since the system booted
System Contact	The contact name for this system
System Name	The qualified host name on which the agent is running (read-write)
System Location	The physical location of the host (read-write)
System Services	Sum integer value indicating the set of services primarily offered

MIB-II Interfaces Group Tables

The following tables provide a brief description of the properties for the MIB-II Interface group.

The following table provides a brief description of the properties for MIB-II Interfaces Group.

Table C–82 MIB-II Interfaces Group Properties


Property	Description
Number of Interfaces	Number of interfaces to the machine, including the loopback

The following table provides a brief description of the properties for MIB-II Interfaces.

Table C–83 MIB-II Interface Properties


Property	Description
IF Index	Index of the interface in this table
IF Descr	Description of the interface
IF Type	Type of the interface
IF Largest MTU	Size of the largest datagram that can be sent on the interface
IF Speed	Bandwidth of the interface
IF Physical Address	Physical address of the interface
IF Admin Status	Desired state of the interface
IF Oper Status	Operational state of the interface
IF Last Change	Value of sysUpTime (that is, time when the system is up and running) when the operational state has changed last time
IF In Octets	Octets received on the interface
IF In Unicast Pkts	Unicast packets received on the interface
IF In NonUnicast Pkts	Non-unicast packets received on the interface
IF In Discards	Number of packets on the interface that are chosen to be discarded
IF In Errors	Number of inbound packets on the interface that contained errors
IF In Unknown Protos	Number of packets with unsupported protocol that were received on the interface
IF Out Octets	Number of octets that are transmitted out on the interface
IF Out Unicast Pkts	Number of unicast packets transmitted out on the interface
IF Out NonUnicast Pkts	Number of non-unicast packets transmitted out on the interface
IF Out Discards	Number of outbound packets on the interface that contained errors
IF Out Errors	Number of outbound packets that could not be transmitted because of errors
IF Out Queue Length	Length of the output packet queue
IF Specific	Reference to the MIB definitions specific to the particular media

MIB-II IP Group Table

The following tables provide a brief description of the properties for MIB-II IP.

The following table provides a brief description of the properties for MIB-II IP Group.

Table C–84 MIB-II Group Properties


Property	Description
IP Forwarding	Indicates whether this entity is a gateway
IP Default TTL	Default Time-to-Live inserted into the IP headers
IP In Receives	Number of datagrams received
IP In Header Errors	Number of input datagrams that are discarded because of errors in IP headers
IP In Address Errors	Number of input datagrams that are discarded because of errors in destination IP address
IP Forwarded Datagrams	Number of forwarded datagrams
IP In Unknown Protos	Number of locally addressed datagrams that were discarded because of unsupported protocols
IP In Discards	Number of input datagrams that were discarded
IP In Delivers	Number of input datagrams that were successfully delivered
IP Out Requests	Number of datagrams that were supplied to IP for transmission
IP Out Discards	Number of output IP datagrams that were discarded
IP Out No Routes	Number of output IP datagrams that were discarded because no route destination was found
IP Reassemble Timeouts	Maximum time in seconds for which the received fragments were held for reassembly
IP Reassemble Requireds	Number of IP fragments received that required reassembly
IP Reassemble OKs	Number of IP datagrams that were successfully reassembled
IP Reassemble Fails	Number of failures detected by the reassembly algorithm
IP Fragmentation OKs	Number of IP datagrams that were successfully fragmented
IP Fragmentation Fails	Number of IP datagrams that have failed fragmentation
IP Fragmentation Creates	Number of IP datagram fragments that were generated due to fragmentation

The following table provides a brief description of the properties for IP Addresses.

Table C–85 IP Addresses Properties


Property	Description
IPAT IP Address	IP address to which this entry's addressing information pertains
IPAT IfIndex	Index in the interface table for the corresponding interface
IPAT Net Mask	Subnet mask associated with the IP address
IPAT Broadcast Address	Value of the least significant bit in the IP broadcast address
IPAT Reassemble Max Size	Size of the largest IP datagram that can be reassembled by this entity

The following table provides a brief description of the properties for IP Route.

Table C–86 IP Route Properties


Property	Description
IP Route Destination	Destination IP address of the route
IP Route IfIndex	Index of the interface in the interface table through which the next hop of this route is reached
IP Route Metric1	Primary routing metric for the route that is specific to the routing 1 protocol
IP Route Metric2	Alternate routing metric for the route that is specific to the routing 2 protocol
IP Route Metric3	Alternate routing metric for the route that is specific to the routing 3 protocol
IP Route Metric4	Alternate routing metric for the route that is specific to the routing 4 protocol
IP Route NextHop	IP address of the next hop of this route
IP Route Type	Type of route
IP Route Proto	Routing mechanism through which this route was learned
IP Route Age	Number of seconds since the route was last updated
IP Route Mask	Mask to be logical and with the destination address before being compared to the route destination
IP Route Metric5	Alternate routing metric for the route that is specific to the routing 5 protocol
IP Route Info	Reference to MIB definitions specific to the routing protocol

The following table provides a brief description of the properties for IP NetToMedia.

Table C–87 IP NetToMedia Properties


Property	Description
IPN2M IfIndex	Index of the interface in the interface table on which this entry's equivalence is effective
IPN2M PhysAddress	Media-dependent physical address
IPN2M NetAddress	IP address corresponding to the physical address
IPN2M Type	Type of mapping

MIB-II ICMP Group Table

The following table provides a brief description of the properties for MIB-II ICMP Group.

Table C–88 MIB-II ICMP Group Properties


Property	Description
ICMP In Messages	Number of ICMP messages received
ICMP In Errors	Number of ICMP messages received with errors
ICMP In Dest Unreachs	Number of ICMP destination unreachable messages received
ICMP In Time Exceeds	Number of ICMP time exceeded messages received
ICMP In Parameter Problems	Number of messages received that describe ICMP parameter problems
ICMP In Src Quenchs	Number of ICMP source quench messages received
ICMP In Redirects	Number of ICMP redirect messages received
ICMP In Echos	Number of messages received that describe ICMP echo requests
ICMP In Echo Reps	Number of messages received that describe ICMP echo replies
ICMP In Timestamps	Number of messages received that describe ICMP timestamp requests
ICMP In Timestamp Reps	Number of messages that relate to ICMP timestamp replies
ICMP In Address Masks	Number of ICMP address mask request messages received
ICMP In Address Mask Reps	Number of ICMP address mask reply messages received
ICMP Out Messages	Number of ICMP messages that were attempted to be sent
ICMP Out Errors	Number of ICMP messages that were not sent due to problems
ICMP Out Dest Unreachs	Number of ICMP destination unreachable messages sent
ICMP Out Time Exceeds	Number of ICMP time exceeded messages sent
ICMP Out Parameter Problems	Number of messages sent that relate to ICMP parameter problems
ICMP Out Src Quenchs	Number of ICMP source quench messages sent
ICMP Out Redirects	Number of ICMP redirect messages sent
ICMP Out Echos	Number of messages sent that relate to ICMP echo requests
ICMP Out Echo Reps	Number of number of messages sent that relate to ICMP echo replies
ICMP Out Timestamps	Number of request messages sent for ICMP timestamps
ICMP Out Timestamp Reps	Number of ICMP timestamp reply messages sent
ICMP Out Address Masks	Number of ICMP address mask request messages sent
ICMP Out Address Mask Reps	Number of ICMP address mask reply messages sent

MIB-II TCP Group Tables

The following tables provide a brief description of the properties for MIB-II TCP.

The following table provides a brief description of the properties for MIB-II TCP Group.

Table C–89 MIB-II TCP Group Properties


Property	Description
TCP Retransmission Algorithm	Algorithm used to determine the timeout value to be used for retransmitting unacknowledged octets
TCP Retransmit Min Timeout	Minimum value permitted by TCP implementation for the retransmission timeout
TCP Retransmit Max Timeout	Maximum value permitted by TCP implementation for the retransmission timeout
TCP Max Connections	Limit on the number of TCP connections
TCP Active Opens	Number of times TCP connections have transitioned to SYN-SENT from CLOSED state
TCP Passive Opens	Number of times TCP connections have transitioned to SYN-RCVD from LISTEN state
TCP Attempt Fails	Number of times TCP connections have transitioned from SYN-SENT or SYN-RCVD to COLSED state and from SYN-RCVD to LISTEN state
TCP Established-to-Resets	Number of times TCP connections have transitioned from ESTABLISHED or CLOSE-WAIT to CLOSED state
TCP Current Established	Number of TCP connections for which the current state is ESTABLISHED or CLOSE-WAIT
TCP In Segments	Number of segments received
TCP Out Segments	Number of segments sent
TCP Retransmitted Segments	Number of segments retransmitted
TCP In Errors	Number of segments that were received in error
TCP Out With Reset Flag	Number of segments sent containing the RST flag

The following table provides a brief description of the properties for TCP Connections.

Table C–90 TCP Connections Properties


Property	Description
TcpConn State	State of this TCP Connection
TcpConn Local Address	Local IP address for this TCP connection
TcpConn Local Port	Local port number for this TCP connection
TcpConn Remote Address	Remote IP address for this TCP connection
TcpConn Remote Port	Remote port number for this TCP connection

MIB-II UDP Group Tables

The following tables provide a brief description of the properties for MIB-II UDP.

The following table provides a brief description of the properties for MIB-II UDP Group.

Table C–91 MIB-II UDP Group Properties


Property	Description
UDP In Datagrams	Number of UDP datagrams that were delivered to UDP users
UDP No Port Datagrams	Number of received UDP datagrams for which there is no application at the destination port
UDP In Errors	Number of received UDP datagrams that could not be delivered
UDP Out Datagrams	Number of UDP datagrams sent

The following table provides a brief description of the properties for UDP.

Table C–92 UDP Properties


Property	Description
UDP Local Address	The local IP address for this UDP listener
UDP Local Port	The local port number for this UDP listener

MIB-II (Simple) Module Version 1.0

Note –

The MIB-II (simple) module is used to identify a Sun Management Center agent. If this module is not loaded, the agent can only be created as a ping host or as an SNMP host.

The tables that are in this section provide a brief description of the properties for Simple MIB-II managed objects.

System Group

The following table provides a brief description of the properties for System Group.

Table C–93 System Group Properties


Property	Description
System Description	MIB-II system description or the description of the host (read-write)
System OID	Object identifier or the Object ID (OID) of the software system
Time Since Up	Time in microseconds since the system is up
System Contact	The contact name for the system
System Name	The qualified host name on which the agent is running (read-write)
System Location	The physical location of the host (read-write)
System Services	Sum integer value indicating the set of services primarily offered

Interfaces Group

The Number of Interfaces group property indicates the number of interfaces to the machine, including the loopback. Additional interfaces properties are described in the following table.

Table C–94 Interfaces Table


Property	Description
IF Index	Index of the interface in this table
IF Descr	Description of the interface
IF Type	Type of the interface
IF Largest MTU	Size of the largest datagram that can be sent on the interface
IF Speed	Bandwidth of the interface
IF Physical Address	Physical address of the interface
IF Admin Status	Desired state of the interface
IF Oper Status	Operational state of the interface
IF Last Change	Value of sysUpTime (that is, time when the system is up and running) when the operational state has changed last time
IF In Octets	Octets received on the interface
IF In Unicast Pkts	Unicast packets received on the interface
IF In nonUnicast Pkts	Non-unicast packets received on the interface
IF In Discards	Number of packets on the interface that are chosen to be discarded
IF In Errors	Number of inbound packets on the interface that contained errors
IF In Unknown Protos	Number of packets with unsupported protocol that were received on the interface
IF Out Octets	Number of octets that are transmitted out on the interface
IF Out Unicast Pkts	Number of unicast packets transmitted out on the interface
IF Out nonUnicast Pkts	Number of non-unicast packets transmitted out on the interface
IF Out Discards	Number of outbound packets on the interface that contained errors
IF Out Errors	Number of outbound packets that could not be transmitted because of errors
IF Out Queue Length	Length of the output packet queue
IF Specific	Reference to the MIB definitions specific to the particular media

IP Group

The IP Forwarding group property indicates whether this entity is a gateway. Additional IP route properties are described in the following table.

Table C–95 IP Route Table


Property	Description
IP Route Destination	Destination IP address of the route
IP Route IfIndex	Index of the interface in the interface table through which the next hop of this route is reached
IP Route Metric1	Primary routing metric for the route that is specific to the routing 1 protocol
IP Route Metric2	Alternate routing metric for the route that is specific to the routing 2 protocol
IP Route Metric3	Alternate routing metric for the route that is specific to the routing 3 protocol
IP Route Metric4	Alternate routing metric for the route that is specific to the routing 4 protocol
IP Route NextHop	IP address of the next hop of this route
IP Route Type	Type of route
IP Route Proto	Routing mechanism through which this route was learned
IP Route Age	Number of seconds since the route was last updated
IP Route Mask	Mask to be logical and with the destination address before being compared to the route destination
IP Route Metric5	Alternate routing metric for the route that is specific to the routing 5 protocol
IP Route Info	Reference to MIB definitions specific to the routing protocol

The following table describes the IP address properties.

Table C–96 IP Address Table Properties


Property	Description
IPAT IP Address	IP Address Table Entry IP Address in MIB-II
IPAT IfIndex
IPAT Net Mask
IPAddTab R MaxSize

NFS File Systems Module Version 2.0

The NFS File Systems module enables you to monitor the NFS file systems on hosts that are running the Solaris 8, Solaris 9, or Solaris 10 operating systems. The NFS File Systems module monitors the amount of disk space occupied by mounted or unmounted file systems. The module monitors the amount of used and available space as well as the remaining total capacity.

When loading the NFS File Systems module, you can define the file systems that you want to monitor by using pattern matching. Patterns can be used to filter which NFS file systems are monitored by file system or mount point.

The following table provides a brief description of the properties for NFS File System usage.

Table C–97 File System Usage Properties


Property	Description
NFS Filesys	Name of the NFS file system
Size	Total size of the NFS file system in Kbytes
Used	Used disk space for the NFS file system in Kbytes
Available	Available disk space for the NFS file system in Kbytes
% Used	Percentage of NFS disk space used
Rate	Percentage capacity change per second
Mount Point	Mount point for the NFS file system
Entry Index	Entry index of the NFS file system

NFS Statistics Module Version 2.0

This section presents property tables for NFS Statistics:

RPC Information Table
NFS Information Table

You can use the NFS Statistics module to monitor statistical information on the remote procedure calls (RPC) and Sun's distributed computing file system (NFS) calls. The number of RPC and NFS calls that the client made and the server received are displayed in the main console window along with the status of the transaction activity on the local host. The following tables list some of the properties monitored by this module with both the server and the client statistics.

RPC Information Table

The following table provides a brief description of the properties for RPC Information.

Table C–98 RPC Server and Client Information Properties


Property	Description
RPC Calls	Total number of RPC calls made by the host
Bad RPC Calls	Total number of calls rejected by the RPC layer
Bad RPC Calls %	Percentage of rejected calls compared to the total number of calls made (bad RPC Calls/RPC calls)
RPC Call Rate	Number of RPC calls that are made per second

NFS Information Tables

The following table provides a brief description of the properties for NFS information.

Table C–99 NFS Server and Client Information Properties


Property	Description
NFS Calls	Total number of NFS calls sent by the host
Bad NFS Calls	Total number of NFS calls rejected
Bad NFS Calls %	Percentage of rejected NFS calls compared to the total number of sent calls (bad NFS calls/NFS calls)
NFS Call Rate	Number of NFS calls that were sent per second

The following table provides a brief description of the properties for NFS server statistics.

Table C–100 NFS Server Statistics


Property	Description
Server NFS Calls	Number of bad server NFS calls since the last init
Server Bad NFS Call %	Bad NFS calls as a percent of the total NFS calls made
Server NFS Call Rate	Rate at which server NFS calls are being made per second

The following table provides a brief description of the properties for NFS client statistics.

Table C–101 NFS Client Statistics


Property	Description
NFS Calls	Client NFS calls
Bad NFS Calls	Number of bad client NFS calls since the last init
Bad NFS %	Bad NFS calls as a percentage of the total NFS calls made
NFS Call Rate	Rate at which client NFS calls are being made per second

Solaris Process Details Module Version 2.0

The parameters for the Solaris Process Details module are listed in the following table. This table is displayed when you try to load the module.

Table C–102 Solaris Process Details Parameters


Property	Description
Module Name	Name of the module (not editable)
Module Description	Description of the module (not editable)
Version	Version of the module (not editable)
Enterprise	SNMP enterprise in which the module is loaded (not editable)
Module Type	Type of the module (not editable)
Number of Processes	Number of processes that is obtained by the module based on the selection criteria. One of the given numbers can be selected by the user.
Selection Criteria	Selection criteria by which the processes are sorted and selected. For example, the user can select the top 10 processes using this function.

The following table provides a brief description of the properties for Solaris Process.

Table C–103 Process Properties


Property	Description
PS Process ID	Process ID of the process
PS Parent Process ID	Process ID of the parent of the process
PS User ID	Login ID of the user of the process
PS User Name	Login name of the user of the process
PS Effective User ID	Effective user ID of the process
PS Group ID	Real group ID of the process
PS Effective Group ID	Effective group ID of the process
PS Session ID	Process ID of the session leader of the process
PS Process Group ID	Process ID of the process group leader of the process
PS TTY	Controlling terminal for the process
PS Start Time	Starting time of the process
PS Time	Cumulative execution time of the process
PS State	State of the process
PS Wait Channel	Address of an event for which the process is waiting
PS Scheduling Class	Scheduling class of the process
PS Address	Memory address of the process
PS Size	Total size of the process in virtual memory
PS Priority	Priority of the process
PS Nice	Nice value of the process, which is used for priority computation
PS Percent CPU Time	Percent CPU time
PS Percent Memory	Percent memory
PS Command	Base name of the executable file for the process
PS Command Line	Full command name of the process, including the arguments

Local and Remote Application Modules

The software enables you to monitor local and remote applications. An example of a local application would be a print spooler. An example of a remote application would be an HP printer that is equipped with a JetDirect card.

When the following modules are loaded, they are found under the Local Applications section on the Module Browser tab in the Details window:

When the following modules are loaded, they are found under the Remote Systems section on the Module Browser tab in the Details window:

The local and remote applications modules are described in the following sections.

Agent Statistics Module Version 2.0

This section presents the following information on Agent Statistics:

The Agent Statistics module monitors the health of the agent installed on a host. This module monitors the objects, processes, and execution of processes by the agent.

Table C–104 Agent Statistics Main Sections


Agent Statistics Tables	Description
Object Section	Displays data on the objects that are loaded onto the agent. Status field displays the current status of the TOE and binary objects loaded into and used by the agent.
Execution Section	Displays data on the number of Tcl or TOE commands invoked by the agent interpreter. Also displays data on the number of asynchronous transactions initiated by the agent. Status field displays a brief description of the current status of the objects listed.

The following table provides a brief description of the Agent Statistics managed objects.

Table C–105 Agent Statistics Section Properties


Property	Description
Object Statistics	TOE Count – Number of TOE objects loaded into the agent binary object buffer Count – Number of binary object buffers used by the agent
Commands Executed	Total – Total number of commands that have been executed by the agent Rate (#/sec) – Number of commands executed by the agent per second
Transactions Performed	Total – Total number of transactions performed by the agent Rate (#/sec) – Number of transactions performed by the agent per second
PA Process Statistics	Process statistics pertaining to the PA
PA Total Process Statistics	Total process statistics pertaining to the PA

The following lists default alarm thresholds for applicable Agent Statistics modules.

Table C–106 Agent Statistics Alarm Thresholds


Agent Statistics	Condition
Error	If toeCount > 6000
Warning	If toeCount > 5000
Error	If bobcount > 1200
Warning	If bobcount > 1000
Warning	If commands rate > 6000
Warning	If transactions rate > 8
Error	If process size > 35000
Warning	If process size > 30000
Error	If rss > 25000
Warning	If percentage CPU time > 90
Warning	If totalstats.count > 15
Error	If totalstats.size > 40000
Warning	If totalstats.size > 35000
Warning	If totalstats.rss > 35000

The following sections describe the individual property tables for Agent Statistics.

Object Statistics Table

The Objects section displays information about the Objects that are loaded onto the agent. The Status field displays the current status of the TOE and binary objects loaded into and used by the agent.

The following table provides a brief description of the properties for Object Statistics.

Table C–107 Object Statistics Properties


Property	Description
Total TOE Objects	Number of TOE objects loaded into the agent
Total Bobs	Number of binary object buffers used by the agent

Commands Executed Table

The following table provides a brief description of the properties for commands executed.

Table C–108 Executed Commands Properties


Property	Description
Total Commands	Total number of commands that have been executed by the agent
Rate (/sec)	Number of commands executed by the agent per second

Transactions Performed Table

The following table provides a brief description of the properties for performed transactions.

Table C–109 Transactions Performed Properties


Property	Description
Total Transactions	Total number of transactions performed by the agent
Transaction Rate (/sec)	Number of transactions performed by the agent per second

Sun Management Center Process Statistics Table

The software monitors the Sun Management Center process statistics. The following table provides a brief description of the properties for Sun Management Center process statistics.

Table C–110 Sun Management Center Process Statistics Properties


Property	Description
Process ID	Identification number of the process
Process Unique Id	Unique identification number of the process
Process Name	Name of the process
Process Status	Status of the process
Process State	State of the process
User ID	User ID of the process
Virtual Size	Total size of the process
Resident Set Size	Resident size of the process
Start Time Seconds	Startup time of the process in seconds since January 1, 1970
Start Date	Startup date of the process
Start Time	Startup time of the process
CPU Time	CPU time used by the process
Percent CPU Time	Percentage of CPU time used by the process
Context Switches	Context switches of the process
System Calls	System calls made by the process
Command Line	Command line of the process

Sun Management Center Total Process Statistics Table

The software monitors the total Sun Management Center process statistics.

The following table provides a brief description of the properties for total Sun Management Center process statistics.

Table C–111 Total Sun Management Center Process Statistics Properties


Property	Description
Number of Processes	Number of agent and child processes
Total Virtual Size	Total virtual size of agent and children
Total Res Size	Total resident set size of agent and children

Agent Update Module Version 1.0

The Agent Update module enables you to update agents across your enterprise using a single feature. When loaded, information about this module appears in the Local Applications section of the Module Browser window.

Table C–112 Agent Update Data Properties


Property	Description of Value
Server Name	Name of Sun Management Center server
HTTP Server Port	Port number on which the web server is running
Update Image Name	The name of the agent update image file on this server
Product Layers Installed	Agent, Console, and Server as appropriate

Table C–113 Addons List


Column	Description
Addon Name	Name of Sun Management Center component
Addon Version	Version of component

Data Logging Registry Module Version 2.0

The Data Logging Registry consists of the registry table.

The following table provides a brief description of the properties for Data Logging Registry.

Table C–114 Data Logging RegistryProperties


Property	Description
Log Destination State	State of the logged file destination.
Module Name	Module name for data value (data from this module is logged in the registry)
Instance Name	Module instance name for data value.
Property Name	Property name for data value
Logging Interval	Logging interval for data value
File Logging	File logging status.
Logging Destination	The logging destination for data value.
Data Cache	Data cache status
Cache Size (samples)	Size of data cache

Logview ACL Version 1.0

The Logview module creates a file list that allows you to specify which user or group can access this file in the logviewer. This list provides the following information:

Instance name

File name

User name

Group name

Print Spooler Module Version 3.0

The Print Spooler module monitors the status of the printer daemon and print queue on the local host as well as the printer devices installed on it.

The following table describes the print spooler managed objects.

Table C–115 Print Spooler Properties


Property	Description
Lpsched Status	Status of the `lpsched` process
Printer Devices	Table lists information about the printer devices
Printer Queues	Table lists information about the printer queue

Printer LPsched

The printer daemon section displays data on the LP Request Scheduler. The Line Printer's Schedule (LPsched) state property describes the current status of the printer.

Printer Devices Table

The Printer Devices table lists the printers that are already added to the table.

The instance name or alias of the printer is displayed in the Name field. The description of the printer is displayed in the Description field. The name of the host on which the printer is installed is displayed in the Host Name field. If you are running a console that shows data monitored by an agent on a print server host, the path name of the printer device is displayed in the Device field. The printer state displays in the Printer State field.

The following table provides a brief description of the properties for Printer Devices.

Table C–116 Printer Devices Properties


Property	Description
Row Status	Status of the row
Printer name	Name of the printer device
Description	Description of the row
Host name	Name of the host to which the device is attached
Device name	Alphanumeric device name
Device state	State of the device

Printer Queues Table

The Print Queues table lists the print queues on the local host and displays the status of each queue. The following table provides a brief description of the properties for Printer Queues.

Table C–117 Printer Queues Properties


Property	Description
Printer Queue Name	Name of the printer queue
Printer Queue State	Current status of the printer queue (values are “accepting” and “not accepting”)
# of Printer Queue Jobs	Total number of jobs in the queue
Current Printer Job	Number of jobs currently spooled in the queue
Printer Queue Size	Total size (in Kbytes) of the jobs currently spooled in the queue

HP JetDirect Module Version 2.0

Agents can monitor HP printers that are equipped with a JetDirect card by proxy using the HP JetDirect module. Multiple HP printers can be monitored by loading multiple instances of this module.

The following table provides a brief description of the properties for Printer Status.

Table C–118 General Printer Status Properties


Property	Description
Status Display	LED status display
SNMP Get Status	Status of SNMP Get

For platform-specific information, see your supplement.

MIB-II Proxy Monitoring Module Version 2.0

The MIB-II Proxy Monitoring module monitors the MIB-II parameters for remote systems. The various categories that monitor the MIB-II parameters on remote systems are listed in the following sections, which list MIB-II group tables:

For more information about the properties of these parameters, see IPv6 Instrumentation Module Version 1.0, which lists the properties for local systems. The same functionality is applied on remote systems by the MIB-II Proxy Monitoring module. For more information on the definition of MIB-II, see the standards documentation RFC1213 (Request For Comments 1213).

Advanced System Monitoring Modules

Advanced System Monitoring (ASM) is a licensed value-added software product. You choose to install it when you install the Sun Management Center 3.6.1 software. ASM provides additional modules that support more complete system monitoring capabilities. ASM includes the following modules, which are described in this section:

Directory Size Monitoring Module Version 2.0

This module enables you to isolate and monitor the size of any directory and its subdirectories on a host on which an agent is installed. The subdirectories and links can be viewed recursively using a window that is accessible from the modules pop-up menu.

Note –

To monitor several directories individually, either load multiple instances of the Directory Size Monitoring module or add rows for additional directories in the properties table. See To Monitor Directory Size for more information.

The following table provides a brief description of the properties for Directory Size Monitoring.

Table C–119 Directory Size Monitoring Properties


Property	Description
Instance Name	Single word or alpha-character string that is used internally within the Sun Management Center agent to identify uniquely a particular module or a row within a module
Directory Name	Name of the directory being monitored
Directory	Directory Existing Check
Directory Size (KB)	Current size of the directory in Kbytes
Rate (KB/sec)	Rate at which the directory is changing size in Kbytes per second

Fault Manager Module Version 1.0

The Fault Manager module handles hardware and software faults effectively. This module also displays a detailed fault report or a message article for the selected fault.

The Fault Manager module has the following managed objects:

Fault Management Daemon table
FMD Configuration table
FMD Fault Events table

The following table provides a brief description of the properties for the fault manager.

Table C–120 Fault Manager Properties


Property	Description
Fault Management Daemon	Shows the details of the Fault Management Daemon.
FMD Configuration	Shows the details of the modules loaded.
FMD Fault Events	Shows the latest 20 faults with their message IDs. An alarm will be generated for every new fault.

The following table provides a brief description of the properties for Fault Management Daemon.

Table C–121 Fault Management Daemon Properties


Property	Description
Property	Properties of the Fault Management Daemon. Properties are FMD program path, FMD program version, and FMD process id.
Value	Values of the properties of Fault Management Daemon.

The following table provides a brief description of the properties for FMD configuration.

Table C–122 FMD Configuration Properties


Property	Description
Module Name	Name of the FMD module. Examples of FMD modules are cpumem-diagnosis, cpumem-retire, and fmd-self-diagnosis.
Version	Version of the module.
Status	Status of the module. The status can be active or failed. An alarm is generated for this property when the value changes from active to failed.
Description	Description of the module.

The following table provides a brief description of the properties for FMD fault events.

Table C–123 FMD Fault Events Properties


Property	Description
Time	Time at which the diagnosis of the fault happened
UUID	Unique ID for the fault event
SUNW-MSG-ID	Message identifier that is used to access a corresponding knowledge article located at `http://www.sun.com/msg/`

To View a Fault Report

Navigate through the topology or hierarchy view until you have accessed the FMD Fault Events table of the Fault Manager module.

Select a fault for which you want to view a fault report.

Press mouse button 3 and choose Show Fault Report from the pop-up menu.

The Probe Viewer shows the detailed fault report for the selected fault.

To View a Message Article

The message article contains information such as the fault type, severity, description, impact, and suggested action. This article helps the user to take appropriate action for a specific fault.

Navigate through the topology or hierarchy view until you have accessed the FMD Fault Events table of the Fault Manager module.

Select a fault for which you want to view a message article.

Press mouse button 3 and, from the pop-up menu, choose Show Message Article at http://www.sun.com/msg.

A browser opens with a message article at the following site:

http://www.sun.com/msg/<SUNW-MSG-ID>

Where <SUNW-MSG-ID> is the message identifier and is the last column of the FMD Fault table.

Note –
The message article does not open in the browser if the Java Console is not installed on your system.

File Scanning Module Version 2.0

The File Scanning module scans files on a host for user-specified patterns. Multiple instances of the File Scanning module can be loaded to scan multiple files. This module requires you to add rows for the data property tables. For more information, see To Add a Row to a Data Property Table.

The File Scanning module has the following managed objects:

File ID Table
File Statistics Table
Scan Table

The following table provides a brief description of the properties for file scanning.

Table C–124 File Scanning Properties


Property	Description
File ID	Name of the pattern used in the file scan
File Stats	State of the pattern listed
Scan Table	Name of the pattern used in the file scan

The following table provides a brief description of the properties for file ID.

Table C–125 File ID Properties


Property	Description
Filename	Full path name of the file to be scanned
Scan Mode	Mode in which the file is being scanned
Start Time	Time the file scan was first started

The File Statistics table displays summary information on the file that is to be scanned. The following table provides a brief description of the properties for file statistics.

Table C–126 File Statistics Properties


Property	Description
Modification Time	Date and time when the file was last modified
File Size	Size of the file in bytes
Number of Lines	Number of lines that are in the file
Lines Per Second	Rate at which the file is changing in lines per second

The following table provides a brief description of the properties for scan.

Table C–127 Scan Table Properties


Property	Description
Row Status	Status of the row
Pattern Name	Name of the pattern that was used in the file scan
Pattern Description	Name of the pattern entry to be displayed in the name field of the Scan Results section. To scan the fault messages in the `syslog` file, prefix the description with FMA:
Regexp Pattern	Regular expression pattern to be used when scanning the file for entries. To scan the fault messages in the `syslog` file, specify the pattern in this format: <`token`>:<`value`>, where <`token`> is the fault parameter and <`value`> is the value of the fault parameter.
Pattern State	State of the pattern listed (on/off). The off state indicates that the listed pattern is not used in the file scan
Matches	Number of lines that contain the pattern

Hardware Diagnostic Suite Version 2.0

The Hardware Diagnostic Suite tests the system for hardware faults. When the module is loaded and the Hardware Diagnostic Suite software is installed, the Applications tab on the Details window allows you to initiate the tests. For more information about the Hardware Diagnostic Suite, see Sun Management Center Hardware Diagnostic Suite 2.0 User's Guide.

Health Monitor Module Version 2.0

The Health Monitor module monitors the health of your host. When alarm conditions occur, this module offers suggestions, if necessary, on how to improve the performance of the system.

For example, this module monitors the swap space that is available, reserved, allocated, and used. Sample alarm messages, from lowest to highest severity, include:

No Worries: sufficient swap space available
There is lots of unused swap space
Not much swap left: perhaps add some more
Swap space shortage: add some more now
Dangerous swap space shortage: add more immediately

This section describes properties of the following Health Monitor module managed objects:

Swap Table
Kernel Contention Table
NFS Table
CPU Table
Disk Table
RAM Table
Kernel Memory Table
Directory Cache Table

The Health Monitor module tracks the system properties for the above as described in the following table.

Table C–128 Health Monitor Properties


Property	Description
Swap	Details the swap space
Kernel Contention	Monitors the kernel contention (mutex) properties
NFS	Provides NFS client information
CPU	Provides information on the power of the CPU
Disk	Presents the disc I/O information
RAM	Random access memory (RAM) information
Kernel Memory	Information on kernel memory
Directory Cache	Cache of the directory

Swap Table

The following table provides a brief description of the properties for Swap.

Table C–129 Swap Properties


Property	Description
Swap Available KB	Swap space value available
Swap Reserved KB	Swap space value reserved
Swap Allocated KB	Swap space value allocated
Swap Used KB	Swap space value used
Swap Rule	Rule for swap

Kernel Contention Table

The following table provides a brief description of the properties for Kernel Contention (mutex).

Table C–130 Kernel Contention Properties


Property	Description
Spins On Mutexes	Spins on mutexes (lock not acquired on first try) - Sum for all CPUs
Number Of CPUs	Number of CPUs
Spins On Mutexes Rule	Spins on mutexes (lock not acquired on first try) - Sum for all CPUs

NFS Table

The following table provides a brief description of the properties for NFS client information.

Table C–131 NFS Client Information Properties


Property	Description
Calls	Total number of RPC calls received
Badcalls	Total number of calls rejected by the RPC layer
Retrans	Call retransmitted due to a timeout
Badxids	Reply from server not corresponding to any outside call
Timeouts	Call timed-out while waiting for a reply from server
Newcreds	Number of times authentication information was refreshed
Badverfs	Calls failed due to a bad verifier in response
Timers	Number of times that calculated timeouts exceed the minimum specified timeout value for a call.
Nomem	Failure to allocate memory
Can't Send	Failure to send NFS/RPC rule
NFS/RPC Rule	Value of the NFS/RPC rule

CPU Table

The following table provides a brief description of the properties for the central processing unit (CPU).

Table C–132 CPU Properties


Property	Description
Processes In Run Queue	Number of processes in run queue
Processes Waiting	Number of processes blocked for resources
Processes Swapped	Number of processes that can be run but swapped
CPU Power Rule	CPU power rule

Disk Table

The following table provides a brief description of the properties for disk.

Table C–133 Disk Properties


Property	Description
Disk Name	Name of the disk
Disk Alias	Name of the disk, such as `c0t0d0`
Percent Disk Wait	Average number of transactions waiting for service
Percent Disk Busy	Percent of time disk is busy
Service Time (ms)	Average service time in milliseconds
Disk Rule	Disk rule

RAM Table

The following table provides a brief description of the properties for random access memory (RAM).

Table C–134 RAM Properties


Property	Description
Handspread	Value of hand spread (one of kernel parameters) pages
Scan rate	Page scan rate
Real Memory rule	Real memory rule

Kernel Memory Table

The following table provides a brief description of the properties for Kernel Memory.

Table C–135 Kernel Memory Properties


Property	Description
Total Kernel Allocation Fails	Value of kernel allocation failure
Physical Memory Free	Value of free physical memory
Kernel Memory Rule	Value of kernel memory rule

Directory Cache Table

The following table provides a brief description of the properties for Directory Cache.

Table C–136 Name Cache Statistics Properties


Property	Description
Cache Hits	Number of times a previously accessed page is found
Cache Misses	Number of times a previously accessed page is missed
DNLC Rule	Directory name lookup cache rule

Kernel Reader Module Version 2.0

The Kernel Reader module monitors kernel statistics and all kernel information including CPU statistics, system load statistics, disk statistics, file system usage, and so on. This section includes properties and their descriptions for all Kernel Reader managed objects:

User Statistics Table
Interprocess Communication Tables
Disk Statistics Managed Objects Tables
I/O Error Statistics Table
Filesystem Usage Table
CPU Statistics Managed Object Tables
Memory Usage Statistics Table

Process Monitoring Module Version 2.0

The following section describes the Process Monitoring module parameters and their property descriptions. This module requires you to add rows for the data property tables. For more information, see To Add a Row to a Data Property Table.

When a matching process is found, the %CPU and a count of the number of processes that match is displayed. If you want to change the module parameters, you can edit all the parameters except for the entry name by accessing the pop-up menu. See To Access a Pop-Up Menu for more information.

Process Statistics Table

The following table provides a brief description of the properties for Process Statistics.

Note –

When you add a row to the process statistics table, you must provide the information in the first five rows in the following table. See To Add a Row to a Data Property Table for more information.

Table C–137 Process Statistics Properties


Property	Description
Entry Name	Name of the process statistics table entry (must be a unique name).
Name Pattern	Pattern to match the name of the binary for the process that you want to monitor.
Argv Pattern	Pattern to match the arguments of the command that executes the process.
User Specification	User name that is executing the process.
Entry Description	Description of the entry (required field).
Process Command	Command used to initiate the process, if applicable.
Process Count	Number of processes currently running that match the patterns.
% System CPU Usage	Percentage CPU used by the system processes. This value is a time-weighted average that is taken at different time intervals. Do not confuse this percentage with the value that might result after you enter the UNIX `ps` command.
% User CPU Usage	Percentage CPU used by the user processes.
Virtual Size	Total size of the processes in Kbytes.
Resident Set Size	Resident size of the processes in Kbytes.
Monitoring State	Toggle between on (row is enabled) and off (row is disabled). When the row is disabled, all the entries are displayed as 0 (zero).

Microstate Information Table

The following table provides a brief description of the properties for Microstate Information.

Table C–138 Microstate Information Properties


Property	Description
Entry Name	Name of the entry (must be a unique name).
CPU wait time	Percentage of time for CPU wait.
Text page fault time	Percentage of time for text page faults.
Data page fault time	Percentage of time for data page faults.
Major page faults	Number of major page faults per second (text and data faults).
Characters in I/O	Number of characters read and written per second.
Involuntary context switches	Number of involuntary context switches per second.
CPU time for reaped children	Percentage of CPU time used by child processes that have detached from their parent processes.
User lock time	Percentage of time spent for user locks.
System trap time	Percentage of time spent for system traps.
Total swaps	Percentage of time spent on swaps.
Entry Description	Description of the entry (required field).
Executable code Rule	Rule that applies to executable code.
File access rule	Rule that applies to file access.

Note –

You might see extremely high percentages on a per-CPU basis if the following facts are true:

A particular process has a number of n threads that are waiting to become active.
User Lock Time is 100% times the number of n threads.

Service Management Facility Module Version 1.0

The Service Management Facility (SMF) module monitors and displays the services running on a host. You can view the current state of a service. However, you cannot create, delete, or modify the properties of a service. You can enable or disable a service when certain conditions are met. For details, see Enabling or Disabling a Service.

The SMF module describes the following details for each service.

Table C–139 Service Details


Field	Description
FMRI	Fault Management Resource Identifier. This identifier identifies each service on the system. The syntax of FMRI is `svc://host/category/service:instance` where `host` is the host name on which the service is running. `category` is the category under which the service belongs. The category can be application, device, milestone, network, platform, site, or system. `service:instance` identifies the specific service. An example of FMRI is `svc://localhost/network/smtp:sendmail`.
Time	Date and time that the service starts.
Description	Description of the service.
Service State	Current state of the service. The current state can accept one of the following values: Online. The service is running. Offline. The service is not running or is available to run. Disabled. The service is not running. Maintenance. The service has encountered an error that an administrator must solve. Degraded. Some of the dependency services are not running. Uninitialized. The service is not running. This state is the initial state for all services. Note – Even if the SMF module is disabled, you can change the state of a service.

For more information about SMF, see Managing Services (Overview) and Managing Services (Tasks) in System Administration Guide: Basic Administration.

To View the Details of a Service

Navigate through the topology or hierarchy view until you have accessed the Service Management Facility module.

The SMF module displays services based on their category. The details that are displayed for each service are: start time of the service, state of the service, FMRI (Fault Management Resource Identifier), and description of the service.

Select a service.

Press mouse button 3 and choose Service Details from the pop-up menu.

The Probe Viewer appears that shows the service details, dependencies for the selected service, services that depend on the selected service, and the processes in the selected service.

Enabling or Disabling a Service

You can enable or disable a service when the following conditions are met:

You are assigned the Service Management profile in the /etc/user_attr file.
You are given local access to the SMF module by using es-config -M smf -l <username>. For more information about this, see Chapter 9, Sun Management Center Administration, in Sun Management Center 3.6.1 Installation and Configuration Guide.
The FMRI of the selected service does not match the FMRI of the services in the /var/opt/SUNWsymon/cfg/smf-excl-d.dat file. If this file is empty, you can enable or disable any service.

Caution –

By default, the /var/opt/SUNWsymon/cfg/smf-excl-d.dat file contains essential services such as Sun Management Center services, Physical or Logical network services, Milestone services, and Filesystem services. These services cannot be disabled through this module. You can delete the relevant entries in the smf-excl-d.dat file to disable these services.

Note –

If the /var/opt/SUNWsymon/cfg/smf-excl-d.dat file does not exist, you cannot enable or disable any service.

To Enable or Disable a Service

Caution –

Ensure that you disable the appropriate service. If you disable the agent service, the application might hang. You will have to restart the agent from the command line.

Navigate through the topology or hierarchy view until you have accessed the Service Management Facility module.

Select a service.

To enable a service, select online from the Service State list.

To disable a service, select disabled from the Service State list.

To Set Alarms

You can set alarms on the Service State field.

Navigate through the topology or hierarchy view until you have accessed the Service Management Facility module.

If a service has encountered an error that must be solved by the administrator, select maintenance from the Service State list.

When the state of the service is changed to maintenance, it generates alarms.

Appendix C Sun Management Center Software Modules

Overview of Module Relationships

Hardware Modules

Volume System Monitoring Module Version 1.0

To Access the System Manager Server Through Web Console

To Access the System Manager Server Through SSH

Sun StorEdge A5x00 Array Module

Sun StorEdge T3 Array Module

X86/X64 Config Reader Module Version 1.0

Operating System

File Monitoring Module Version 2.0

IPv6 Instrumentation Module Version 1.0

IPv6 IP Group Properties

IPv6 TCP Properties

IPv6 UDP Properties

IPv6 ICMP Properties

Kernel Reader (Simple) Module Version 1.0

User Statistics Table

Interprocess Communication Tables

Disk Statistics Managed Objects Tables

File System Usage Table

CPU Statistics Managed Object Tables

Memory Usage Statistics Table

Swap Statistics Table

Streams Statistics Managed Objects Table

Software Rules Table

Zones Table

MIB-II Instrumentation Module Version 1.0

MIB-II System Group Table

MIB-II Interfaces Group Tables

MIB-II IP Group Table

MIB-II ICMP Group Table

MIB-II TCP Group Tables

MIB-II UDP Group Tables

MIB-II (Simple) Module Version 1.0

System Group

Interfaces Group

IP Group

NFS File Systems Module Version 2.0

NFS Statistics Module Version 2.0

RPC Information Table

NFS Information Tables

Solaris Process Details Module Version 2.0

Local and Remote Application Modules

Agent Statistics Module Version 2.0

Object Statistics Table

Commands Executed Table

Transactions Performed Table

Sun Management Center Process Statistics Table

Sun Management Center Total Process Statistics Table

Agent Update Module Version 1.0

Data Logging Registry Module Version 2.0

Logview ACL Version 1.0

Print Spooler Module Version 3.0

Printer LPsched

Printer Devices Table

Printer Queues Table

HP JetDirect Module Version 2.0

MIB-II Proxy Monitoring Module Version 2.0

Advanced System Monitoring Modules

Directory Size Monitoring Module Version 2.0

Fault Manager Module Version 1.0

To View a Fault Report

To View a Message Article

File Scanning Module Version 2.0

Hardware Diagnostic Suite Version 2.0

Health Monitor Module Version 2.0

Swap Table

Kernel Contention Table

NFS Table

CPU Table

Disk Table

RAM Table

Kernel Memory Table

Directory Cache Table

Kernel Reader Module Version 2.0

Process Monitoring Module Version 2.0

Process Statistics Table

Microstate Information Table

Service Management Facility Module Version 1.0

To Access the System Manager Server Through `SSH`

Sun StorEdge A5`x`00 Array Module