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116 Event Logs
Operating System Event Log
StorView is capable of passing all the events to the host operating system event log. Accessing the
operating system event logs will display events generated by StorView. Each event is identified by an
Event ID. In the tables for the events you will see the Event type followed by its ID. The ID is given in
the format of its hexadecimal value and its equivalent decimal value in parenthesis. The hexadecimal
Event number is how the events are displayed in the operating system event log, and the decimal
value is the format the OS event log will use to display the Event ID.
You can double-click the specific event in the operating system log and it will display a window with
a plain english description of the event.
Also, you can use the tables to locate the event ID and determine the possible cause of that event
and suggested actions to take if necessary.
StorView events are placed into the application event logs.
To shutoff OS event logging, edit the following file using a text editor:
<install directory>/db/server.ini
1. Change the field “UseOsEventLog” from “true” to “false”.
UseOsEventLog = true
enables event logs to be sent to the OS Event log, and,
UseOsEventLog = false
disables event logs being sent to the OS Event log.
2. At the Main screen click the Rescan button. After the rescan is complete events will no longer
be sent to the Windows operating system event log.
List of Events
NOTE
Events in this chapter are categorized then listed in order of their individual Event Type [ID].
Controller Events
The following table provides a brief description of the events which relates to all models of the RAID
Controller and the Configuration. The type [ID] format is: Event type name with its associated ID
expressed in [hexadecimal (decimal (displayed in the OS))].
Controller Events
Messages
Type [ID] Cause Action
There was a fatal xxxx.
Where xxxx could be:
- Watchdog Error
- ECC Error
- Host Fibre Channel
Interface Error on
Loop <xx>
- Firmware Error
0x<xx>.
Additional Info: 0x<xx>
0x<xx> 0x<xx> 0x<xx>
0x<xx> 0x<xx> 0x<xx>
0x<xx> 0x<xx> 0x<xx>
0x<xx> 0x<xx>
Error
[0xB01 (2817)]
Internal hardware or
firmware failure.
Fault
SDRAM or
damaged internal bus.
Internal hardware.
Memory or bus error
on the indicated
channel.
Replace the controller.
Contact technical support.
- StorView 1
- RAID User Guide 1
- MAXDATA SR1202 M1 1
- 2 Contents 2
- Contents 3
- 8 SAN LUN Mapping 63 4
- MAXDATA SR1202 M1 – StorView 5
- 6 Contents 6
- 1 Preface 9
- 10 Preface 10
- 2 Introduction 11
- License Manager 12
- 3 StorView Quick Tour 13
- Enclosure Section 14
- Locate Enclosure 17
- Mixed Drive Types 18
- Server Sidebar Section 21
- How to Use this Document 23
- 4 Embedded StorView Setup 25
- Using Dynamic IP (DHCP) 26
- Using Static IP 26
- Getting a New IP Address 26
- 5 Getting Started 27
- 28 Getting Started 28
- Configuring E-MAIL Notices 29
- Deleting an E-MAIL Addressee 30
- Configuring SNMP Traps 31
- Changing the Password 32
- Monitoring Setting 33
- Additional Monitoring Servers 34
- 6 Storage Assistant 35
- 36 Storage Assistant 36
- 38 Storage Assistant 38
- 40 Storage Assistant 40
- Creating Disk Arrays 43
- Create the Array 45
- Initializing the Array 49
- Adding Hot Spare Drives 51
- Assigning a Global Spare 52
- Figure 32. Drive Panel Screen 53
- Figure 33. Make Spare Screen 53
- Assigning a Dedicated Spare 54
- Removing a Spare 55
- Auto Spare 55
- Create the Logical Drive 56
- Figure 38. Main Screen 57
- Saving the Configuration 59
- Figure 45. File Name Screen 61
- 8 SAN LUN Mapping 63
- 64 SAN LUN Mapping 64
- Creating a SAN LUN Mapping 65
- 66 SAN LUN Mapping 66
- Figure 48. Main Screen 66
- Deleting a SAN LUN Mapping 68
- Modifying a SAN LUN Mapping 68
- 70 SAN LUN Mapping 70
- 9 Controller Environmentals 71
- Operations 72
- Update Controller Firmware 73
- 74 Controller Environmentals 74
- Overview 75
- Advanced Settings 75
- Identity 76
- Fault Tolerance 77
- Host Ports 79
- Advanced Array Functions 81
- Modifying Arrays 82
- Verify Parity 83
- Identifying Drive Members 85
- Rebuilding an Array 86
- Figure 69. Drive Panel Screen 87
- Expanding an Array 88
- Trust an Array 89
- Restoring the Configuration 91
- Clearing the Configuration 93
- Advanced Drive Options 94
- Locate Drive 95
- Viewing Unassigned Free Space 96
- Expanding a Logical Drive 96
- Figure 85. Main Screen 97
- Deleting a Logical Drive 98
- Execution Throttle 101
- Scatter/Gather 101
- Additional StorView Functions 102
- Take Control Monitoring 103
- 13 Support and Updates 105
- 106 Support and Updates 106
- Caution 107
- 14 Event Logs 109
- 110 Event Logs 110
- Figure 97. Main Screen 110
- Figure 98. Event Log Screen 111
- 112 Event Logs 112
- Figure 100. Main Screen 113
- Figure 101. Event Log Screen 113
- 114 Event Logs 114
- Figure 104. Main Screen 115
- Figure 105. Event Log Screen 115
- Operating System Event Log 116
- List of Events 116
- Drive and Array Events 120
- Controller Port Events 125
- Enclosure Events 127
- NOTE 130
- Failed Drives Codes 133
- 15 Statistics 135
- Read-Ahead Statistics 138
- Command Cluster Statistics 139
- Introduction 141
- Sequential Access 142
- Access Size 142
- RAID 5 Sub-Array 143
- Multiple Drive Failures 143
- 17 Troubleshooting 145
- 150 Index 150
- 152 Index 152
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