Hp ProLiant DL380 G5 Server User Manual Page 36
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• Page Faults/sec—Rate at which the page faults occur in the executing threads within this process. A page fault
occurs when a thread refers to a virtual memory page that is not in its working set in main memory. This does
not cause the page to be fetched from disk if it is on the standby list and already in main memory, or if it is in
use by another process with whom the page is shared.
• % CPU Time—Percentage of elapsed time that all the threads of this process used the processor to execute
instructions. An instruction is the basic unit of execution in a computer, a thread is the object that executes
instructions, and a process is the object created when a program is run. Code executed to handle some
hardware interrupts and trap conditions are included in this count. On multi-processor machines, the maximum
value of the counter is 100 % times the number of processors.
• % Privileged CPU Time—Percentage of elapsed time that the threads of the process have spent executing code
in privileged mode. When a Windows NT system service is called, the service often runs in privileged mode to
gain access to system-private data. Such data is protected from access by threads executing in user mode. Calls
to the system can be explicit or implicit, such as page faults or interrupts. Unlike some early operating systems,
Windows NT uses process boundaries for subsystem protection in addition to the traditional protection of user
and privileged modes. These subsystem processes provide additional protection. Therefore, some work done by
Windows NT on behalf of your application might be displayed in other subsystem processes in addition to the
privileged time in your process.
Processor Utilization
This window displays information about the system's processor utilization for different time intervals.
The system processor bar graphs display the percentage of total possible system processor utilization over the
specified period of time. A bar graph is displayed for every processor installed in the device. Use this graph to
determine if the system processor is a performance bottleneck.
Storage
Drive Array Controllers
This section displays general and status information about drive arrays. Select a drive array controller entry from the
Mass Storage list to display a submenu containing separate entries for Array Controller Information, Physical Drives,
Logical Drives, and storage system information. The following items display:
Array Controller Information
Select an array controller from the Mass Storage list to display information for the controller.
The following information displays for each controller:
• Model—Displays the type of controller card.
• Controller Status—Displays the array controller board status. The following values are valid:
• OK—The array controller is operating properly.
• General Failure—The array controller has failed.
• Cable Problem—The array controller has a cable problem. Check all cables to the controller.
• Powered Off—The array controller does not have power. Replace the controller and restore power to the
controller's slot.
• Unknown—Indicates that the Storage Agents are unable to determine the status of the controller. You may
need to upgrade the Storage Agents.
• Current Role—D
isplays the array controller's current role for duplexed array controllers. The following
values are valid:
• Not Duplexed—This array controller is not duplexed.
• Active—This duplexed array controller is the active controller.
• Backup—This duplexed array controller is the backup controller.
• Unknown—Indicates that the Storage Agents are unable to determine the role of the controller. You may
need to upgrade the Storage Agents.
• Redundancy Model—Displays the redundancy type for the controller. The following values are valid:
• Not Redundant—This array controller is not in a redundant configuration.
• Driver Duplexing—The array controller is using a controller duplexing algorithm implemented exclusively in
the operating system driver.
• Firmware Active/Standby—The array controller is using an active/standby algorithm implemented in the
controller firmware and the operating system driver.
Agent information 36
- HP Insight Management Agents 1
- Contents 3
- Contents 4 4
- Browser requirements 5
- Obtaining JVM from Microsoft 6
- Obtaining JVM from Sun 6
- Introduction 8
- Overview 8
- Logging in 9
- System Management Homepage 10
- Header frame 11
- Body frame 13
- Home tab 13
- Settings tab 15
- SNMP Webagent 16
- Security 17
- User Preferences 18
- UI Properties 18
- Tasks Tab 19
- Logs tab 19
- Webapps tab 19
- Support tab 20
- Help tab 20
- 2 Agent information 21
- System Agent 22
- Sub system Classification 23
- Cooling and temperature 24
- Agent information 25 25
- Agent information 26 26
- Memory Summary 27
- Memory Details 27
- Processors 28
- PCI Devices 28
- Management Processor 29
- Battery 30
- Modem/COM Port Settings 30
- Operating System 31
- Logical Disk Space 32
- Server 33
- Agent information 34 34
- Network 35
- Processes 35
- Processor Utilization 36
- Agent information 37 37
- Agent information 38 38
- Agent information 39 39
- Identify Drives 40
- Physical Drive Information 41
- Agent information 42 42
- Logical Drive Information 43
- Predictive Indicators 44
- Problem Indicators 44
- Failure Indicators 45
- Statistics 46
- Agent information 48 48
- Identify Drive 49
- Associated Tape Drives 50
- Tape Drive Information 50
- Agent information 51 51
- Storage Systems 52
- Agent information 53 53
- IDE controllers 54
- IDE controller information 54
- IDE ATAPI devices 54
- IDE ATA disk drives 54
- Logical drives 55
- IDE ATA logical drives 55
- Physical drives 56
- Spare drives 56
- SCSI controllers 56
- Controller information 56
- SCSI device information 57
- Tape library 58
- Tape devices 59
- CD storage system 60
- CD Library Information 60
- CD-ROM drive information 61
- SCSI physical drives 62
- Drive indicators 63
- Drive statistics 64
- SCSI logical drives 65
- SCSI bus information 66
- System Configuration 67
- System Board 68
- Advanced Memory Protection 69
- Agent information 70 70
- ROM Microcode Patches 71
- General I/O Devices 71
- System Resources 72
- System Summery 72
- Enclosure Information 73
- Agent information 74 74
- Agent information 75 75
- Critical Error Log 76
- Agent information 77 77
- Correctable errors 78
- Power-On Messages 78
- Integrated Management Log 78
- Operating system overview 79
- Summary page 79
- File System page 80
- User Information page 80
- Connection page 81
- Loaded NLMs page 81
- Server Parameter page 82
- Physical Partition page 82
- Adapter Information page 83
- Mass storage RAID Array 84
- Mass Storage Physical 84
- Mass Storage controller 85
- Mass Storage Summary 85
- Environment Monitoring Unit 85
- External Expansion Cabinet 86
- Telephone numbers 87
- Appendix A Troubleshooting 88
- SNMP community string issues 90
- issues 90
- Insight Manager issues 91
- Other problems 93
- Glossary 95
- Glossary 96 96
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