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Oracle Hardware Management Pack 2.2.x HTML Documentation Collection |
Management Agents User's Guide
Oracle Server Management Agents User's Guide Overview
Oracle Server Management Agents
Oracle Server Hardware Management Agent
Oracle Server Hardware SNMP Plugins
itpconfig and the ILOM Trap Proxy
Configuring Hardware Management Agent and Hardware SNMP Plugins
Hardware Management Agent Configuration File
Configuring the Hardware Management Agent Logging Level
How to Configure the Hardware Management Agent Logging Level
Configuring your Host Operating System's SNMP
(Solaris and Linux ) Configuring Net-SNMP/SMA
(Windows) How to Configure SNMP
Oracle Server Hardware SNMP Plugins Overview
Overview of Sun HW Monitoring MIB
Sun Server Product and Chassis
Sun Server Hardware Monitoring MIB
Sun Server Hardware Management Agent
Sun Server Hardware Monitor Sensor Group
Working With Management Agents
Retrieving and Setting Information Through SNMP
How to Retrieve the Product Information from a Sun x86 Server
How to Retrieve The Product Information on a Sun x86 Server Module
How to Retrieve the Server Module's Product Chassis Information
How to Retrieve Service Processor Information
How to Retrieve Inventory Information
How to Retrieve the Sensor Group Information
How to Set the Indicator Locator
How to Inject a Simulated Fault
Host-to-ILOM Interconnect Configuration Commands
How to Enable Host-to-ILOM Interconnect
How to Disable Host-to-ILOM Interconnect
How to List the Host-to-ILOM Interconnect Settings
itpconfig Trap Forwarding Commands
How to Disable Trap Forwarding
Configuring Trap Forwarding on Windows Servers
How to configure trap forwarding on Windows servers
Troubleshooting Management Agents
General Management Agents Troubleshooting
Oracle Solaris Operating System Troubleshooting
How to Remove a Packaging Lock File
Hardware Management Agent Service Fails to Start
How to Solve Issues With IPMI Device Drivers
Hardware Management Agent Service Status Dead
The following tables list physical and logical storage objects:
sunStorageControllerTable. The storage controller object represents either an on-board or bus-attached storage controller. The properties associated with a controller object describe the type of controller (vendor and model) as well as the features it supports (such as RAID). The table is indexed with an arbitrary integer to uniquely identify each entry. Entries can contain the following:
Identifying: name, part number, serial number, manufacturer, model, firmware version, and PCIbus address
RAID capabilities: levels supported, maximum volumes manageable, number of spares, and stripe size
Status: operational and alarm
sunStorageDiskTable. Each disk object corresponds to one physical disk that is available to the host operating system. Entries in this table might have parent objects in other tables (such as sunStorageControllerTable). The table is indexed with sunHwMonFruIndex, so that information corresponding to the same physical disk is retrievable from both the sunHwMonInventoryTable and sunStorageDiskTable at the same index.
Identifying: name and OS device name
Relational: parent name and index, slot number
Descriptive: physical type, interface type, and capacity
Status: mapping, RAID, and operational
Entries can contain the following:
sunStorageVolumeTable. This table contains logical volume objects that correspond to a logical disk visible to the host OS. Only RAID logical volumes are supported. The table is indexed with an arbitrary integer to uniquely identify each entry. Entries can contain the following:
Identifying: name, OS device name, and mount point
Relational: parent name and index
Descriptive: capacity, RAID level, and sizing
Status: mapping, mounting, RAID parameters, task, and operational
sunStorageLogicalCompTable. A logical component node represents an active or passive component of its logical device parent. A logical component object is always a direct child of a logical device node. In the case of a RAID logical device, the logical component represents a physical device, or part of a physical device, used to create the specified RAID level. The table is indexed with an arbitrary integer to uniquely identify each entry. Entries can contain the following:
Identifying: name, disk name, and index
Relational: parent name and index
Status: RAID spare and RAID operational