CPQFCA-MIB: View SNMP OID List / Download MIB

The Major Revision level. A change in the major revision level represents a major change in the architecture of the MIB. A change in the major revision level may indicate a significant change in the information supported and/or the meaning of the supported information, correct interpretation of data may require a MIB document with the same major revision level.

The Minor Revision level. A change in the minor revision level may represent some minor additional support, no changes to any pre-existing information has occurred.

The overall condition (status) of the system represented by this MIB. Enumeration: 'failed': 4, 'degraded': 3, 'other': 1, 'ok': 2.

The Insight Agent's polling frequency. The frequency, in seconds, at which the Insight Agent requests information from the device driver. A frequency of zero (0) indicates that the Insight Agent retrieves the information upon request of a management station, it does not poll the device driver at a specific interval. If the poll frequency is zero (0) all attempts to write to this object will fail. If the poll frequency is non-zero, setting this value will change the polling frequency of the Insight Agent. Setting the poll frequency to zero (0) will always fail, an agent may also choose to fail any request to change the poll frequency to a value that would severely impact system performance.

A table of software modules that provide an interface to the device this MIB describes.

A description of a software module that provides an interface to the device this MIB describes.

A unique index for this module description.

The module name.

The module version in XX.YY format. Where XX is the major version number and YY is the minor version number. This field will be a null (size 0) string if the agent cannot provide the module version.

The module date. field octets contents range ===== ====== ======= ===== 1 1-2 year 0..65536 2 3 month 1..12 3 4 day 1..31 4 5 hour 0..23 5 6 minute 0..59 6 7 second 0..60 (use 60 for leap-second) This field will be set to year = 0 if the agent cannot provide the module date. The hour, minute, and second field will be set to zero (0) if they are not relevant. The year field is set with the most significant octect first.

The purpose of the module described in this entry.

External Array Controller Table.

Array Controller Entry.

External Array Controller Storage Box Index. The storage box index indicates which storage box this controller is in.

External Array Controller Box I/O Slot. This identifies the physical I/O slot where this controller resides in the storage box.

External Array Controller Model. The type of controller card. The valid types are: Other (1) You may need to upgrade your driver software and\or instrument agent(s). You have an array controller in the storage box that the instrument agent does not recognize. fibreArray (2) Compaq StorageWorks RAID Array 4000 Controller. msa1000 (3) Compaq StorageWorks Modular Smart Array 1000 Controller. smartArrayClusterStorage (4) HP StorageWorks Modular Smart Array 500 Controller (Formerly Smart Array Cluster Storage Controller). hsg80 (5) Compaq StorageWorks HSG80 RAID Array Controller. hsv110 (6) Compaq StorageWorks HSV110 Virtual Array Controller. msa500G2 (7) HP StorageWorks Modular Smart Array 500 G2 Controller. msa20 (8) HP StorageWorks Modular Smart Array 20 Controller. msa1510i (9) HP StorageWorks Modular Smart Array 1510i Controller. Reserved (10) Enumeration: 'fibreArray': 2, 'msa500G2': 7, 'hsg80': 5, 'smartArrayClusterStorage': 4, 'hsv110': 6, 'other': 1, 'msa1000': 3, 'msa20': 8, 'msa1510i': 9.

External Array Controller Firmware Revision. This value can be used to help identify a particular revision of the controller.

External Array Controller Status. This value represents the status of the External Array Controller. The following values are valid: other (1) Indicates that the agent does not recognize the status of the controller. You may need to upgrade the agent. ok (2) All paths to this controller are available. offline (4) No paths are available to this controller. redundantPathOffline (5) At least one path to this controller is available and at least one path to this controller is unavailable. notConnected (6) No paths are available to this controller. However, in an active/active configuration, this is a valid configuration. Enumeration: 'ok': 2, 'failed': 3, 'other': 1, 'redundantPathOffline': 5, 'notConnected': 6, 'offline': 4.

External Array Controller Condition. This value represents the overall condition of this controller and any array accelerators. Enumeration: 'failed': 4, 'degraded': 3, 'other': 1, 'ok': 2.

External Array Controller Product Revision. The Product Revision of the controller. This value can be used to further identify a particular revision of the controller model. This will be one character ASCII value that is zero terminated. If the controller model or the firmware does not support the product revision, the agents will return a NULL string.

External Array Controller World Wide Port Name. This value can be used to further identify a particular controller. If the world wide port name is not supported, the agent will return a NULL string.

External Array Controller Serial Number. This value can be used to further identify a particular controller. If the serial number is not supported, the agent will return a NULL string.

External Array Controller Current Role. For duplexed controllers, this is the controllers current role. The following values are valid: other (1) Indicates that the instrument agent does not recognize the role of the controller. You may need to upgrade the instrument agent. notDuplexed (2) This controller is not duplexed. active (3) This duplexed controller is the active controller. backup (4) This duplexed controller is the backup controller. Enumeration: 'active': 3, 'notDuplexed': 2, 'other': 1, 'backup': 4.

External Array Controller Redundancy Type. The following values are valid: other (1) Indicates that the instrument agent does not recognize the redundancy type of the controller. You may need to upgrade the instrument agent. notRedundant (2) The array controller is not in a redundant configuration. fwActiveStandby (3) The array controller is using an active/standby algorithm implemented in the controller firmware and the operating system driver. fwPrimarySecondary (4) The array controller is using a primary/secondary algorithm implemented in the controller firmware and the operating system driver. fwActiveActive (5) The array controller is using an active/active algorithm implemented in the controller firmware and the operating system driver. Enumeration: 'fwPrimarySecondary': 4, 'fwActiveStandby': 3, 'other': 1, 'notRedundant': 2, 'fwActiveActive': 5.

External Array Controller Redundancy Error. The following values are valid: other (1) Indicates that the instrument agent does not recognize the redundancy error of the controller. You may need to upgrade the instrument agent. noFailure (2) No failures have been detected. noRedundantController (3) No redundant controller is installed. differentHardware (4) The other controller indicates a different hardware model. noLink (5) An inter-controller link to the other controller could not be established. differentFirmware (6) The other controller indicates a different firmware version. differentCache (7) The other controller indicates a different cache size. otherCacheFailure (8) The other controller indicates a cache failure. noDrives (9) This controller cannot see any attached drives, but the other controller can. otherNoDrives (10) This controller can see the attached drives, but the other controller cannot. unsupportedDrives (11) One or more attached drives has been determined to be incapable of properly supporting redundant controller operation. expandInProgress (12) Expand operation in progress. Redundant operation not supported until expand operation is complete. Enumeration: 'noDrives': 9, 'noLink': 5, 'expandInProgress': 12, 'noRedundantController': 3, 'unsupportedDrives': 11, 'other': 1, 'noFailure': 2, 'differentCache': 7, 'otherCacheFailure': 8, 'differentFirmware': 6, 'otherNoDrives': 10, 'differentHardware': 4.

External Array Controller Physical Drive Blink Time Count. The controller blink time variable allows the drive tray LEDs of all physical drives attached to this controller to blink. This value indicates the amount of time, in tenths of a second, that the physical drive LEDs will continue to blink. A value of zero indicates the drive LEDs are not blinking. If the value cannot be determined or no drive on this controller is in a hot plug tray, 4,294,967,295 is returned. To blink the drive LEDs on all physical drives attached to this controller, set this value to the time to blink in tenths of seconds. To stop the drive LEDs from blinking, set this value to 0.

External Array Controller World Wide Node Name. This value can be used to further identify a particular controller. If the world wide name is not supported, the agent will return a NULL string.

Array Controller Rebuild Priority. This is the controller's rebuild priority. The following values are valid: other (1) Indicates that the agent does not recognize the rebuild priority of the controller. You may need to upgrade the agent. low (2) The rebuild priority is low. medium (3) The rebuild priority is medium. high (4) The rebuild priority is high. Enumeration: 'high': 4, 'medium': 3, 'other': 1, 'low': 2.

Array Controller Expand Priority. This is the controller's expand priority. The following values are valid: other (1) Indicates that the agent does not recognize the expand priority of the controller. You may need to upgrade the agent. low (2) The expand priority is low. medium (3) The expand priority is medium. high (4) The expand priority is high. Enumeration: 'high': 4, 'medium': 3, 'other': 1, 'low': 2.

Array Accelerator Board Table.

Array Accelerator Board Entry.

External Array Controller Storage Box Index. The storage box index indicates which storage box this accelerator is in.

External Array Controller Box I/O Slot. This identifies the physical I/O slot where this accelerator resides in the storage box.

Array Accelerator Board Status. This describes the status of the Array Accelerator Cache. The status can be: Other (1) Indicates that the instrument agent does not recognize the status of the Array Accelerator. You may need to upgrade the instrument agent. Invalid (2) Indicates that an Array Accelerator board has not been installed in this system or is present but not configured. Enabled (3) Indicates that write cache operations are currently configured and enabled for at least one logical drive. Temporarily Disabled (4) Indicates that write cache operations have been temporarily disabled. View the Array Accelerator Board Error Code object to determine why the write cache operations have been temporarily disabled. Permanently Disabled (5) Indicates that write cache operations have been permanently disabled. View the Array Accelerator Board Error Code object to determine why the write cache operations have been disabled. Enumeration: 'tmpDisabled': 4, 'other': 1, 'enabled': 3, 'permDisabled': 5, 'invalid': 2.

Array Accelerator Board Bad Data. The following values are valid: None (2) Indicates that no data loss occurred. The battery packs were properly charged when the system was initialized. Possible (3) Indicates that at power up, the battery packs were not sufficiently charged. Because the batteries did not retain sufficient charge when the system resumed power, the board has not retained any data that may have been stored. If no data was on the board, no data was lost. Several things may have caused this condition: * If the system was without power for eight days, and the battery packs were on (battery packs only activate if system looses power unexpectedly), any data that may have been stored in the cache was lost. * There may be a problem with the battery pack. See the Battery Status for more information. * This status will also appear if the Array Accelerator board is replaced with a new board that has discharged batteries. No data has been lost in this case, and posted writes will automatically be enabled when the batteries reach full charge. Enumeration: 'none': 2, 'other': 1, 'possible': 3.

Array Accelerator Board Error Code. Use this to determine the status of the write cache operations. The status can be: Other (1) Indicates that the instrument agent does not recognize the error code. You may need to update your software. Invalid (2) Indicates that write cache operations are currently configured and enabled for at least one logical drive. No write cache errors have occurred. Bad Configuration (3) Indicates that write cache operations are temporarily disabled. The Array Accelerator board was configured for a different controller. This error could be caused if boards were switched from one system to another. Rerun the configuration utility and ensurethat the board has been properly configured for this system. Low Battery Power (4) Indicates that write cache operations are temporarily disabled due to insufficient battery power. Please view the Battery Status object instance for more information. Disable Command Issued (5) Indicates that write cache operations are temporarily disabled. The device driver issues this command when the server is taken down. This condition should not exist when the system regains power. No Resources Available (6) Indicates that write cache operations are temporarily disabled. The controller does not have sufficient resources to perform write cache operations. For example, when a replaced drive is being rebuilt, there will not be sufficient resources. Once the operation that requires the resources has completed, this condition will clear and write cache operations will resume. Board Not Connected (7) Indicates that write cache operations are temporarily disabled. The Array Accelerator board has been configured but is not currently attached to the controller. Check the alignment of the board and connections. Bad Mirror Data (8) Indicates that write cache operations have been permanently disabled. The Array Accelerator board stores mirrored copies of all data. If data exists on the board when the system is first powered up, the board performs a data compare test between the mirrored copies. If the data does not match, an error has occurred. Data may have been lost. Your board may need servicing. Read Failure (9) Indicates that write cache operations have been permanently disabled. The Array Accelerator board stores mirror copies of all data. While reading the data from the board, memory parity errors have occurred. Both copies were corrupted and cannot be retrieved. Data has been lost, and you should service the board. Write Failure (10) Indicates that write cache operations have been permanently disabled. This error occurs when an unsuccessful attempt was made to write data to the Array Accelerator board. Data could not be written to write cache memory in duplicate due to the detection of parity errors. This error does not indicate data loss. You should service the Array Accelerator board. Config Command (11) Indicates that write cache operations have been permanently disabled. The configuration of the logical drives has changed. You need to reconfigure the Array Accelerator board. Expand In Progress (12) Indicates that cache operations are temporarily disabled due to an expand of a logical drive. When the expand operation completes, the accelerator will be enabled. Snapshot In Progress (13) Indicates that cache operations are temporarily disabled due to a snapshot operation that is queued up or in progress. When the snapshot operation completes, the accelerator will be enabled. Redundant Low Battery (14) Indicates that cache operations are temporarily disabled. The redundant controller has insufficient cache battery power. Redundant Size Mismatch (15) Indicates that cache operations are temporarily disabled. The cache sizes on the redundant controllers do not match. Redundant Cache Failure (16) Indicates that cache operations are temporarily disabled. The cache on the redundant controller has failed. Excessive ECC Errors (17) Indicates that write cache operations have been permanently disabled. The number of cache lines experiencing excessive ECC errors has reached a preset limit. Power On Self Test (Post) ECC Errors (19) Indicates that write cache operations have been permanently disabled. The cache has been disabled due to a large number of ECC errors detected while testing the cache during Power On Self Test (Post). Enumeration: 'lowBattery': 4, 'badMirrorData': 8, 'readErr': 9, 'expandInProgress': 12, 'noResources': 6, 'postEccErrors': 19, 'invalid': 2, 'redundantSizeMismatch': 15, 'badConfig': 3, 'other': 1, 'excessiveEccErrors': 17, 'writeErr': 10, 'configCmd': 11, 'notConnected': 7, 'redundantCacheFailure': 16, 'redundantLowBattery': 14, 'disableCmd': 5, 'snapshotInProgress': 13.

Array Accelerator Board Battery Status. This monitors the status of each battery pack on the board. The batteries can only recharge when the system has power applied. The following values are valid: Other (1) Indicates that the instrument agent does not recognize battery status. You may need to update your software. Ok (2) Indicates that a particular battery pack is fully charged. Charging (3) The battery power is less than 75%. The array controller is attempting to recharge the battery. A battery can take as long as 36 hours to fully recharge. After 36 hours, if the battery has not recharged, it is considered failed. Failed (4) The battery pack is below the sufficient voltage level and has not recharged in 36 hours. Your Array Accelerator board needs to be serviced. Degraded (5) The battery is still operating, however, one of the batteries in the pack has failed to recharge properly. Your Array Accelerator board should be serviced as soon as possible. NotPresent (6) There are no batteries associated with this controller. Enumeration: 'ok': 2, 'recharging': 3, 'failed': 4, 'other': 1, 'degraded': 5, 'notPresent': 6.

Array Accelerator Board Read Errors. This shows the total number of read memory parity errors that were detected while reading from the Array Accelerator board. The mirrored copy of data on the board can be accessed to obtain correct data if a memory parity errors occurs. Memory parity errors occur when the system detects that information has not been transferred correctly. A parity bit is included for each byte of information stored in memory. When the microprocessor reads or writes data, the system counts the value of the bits in each byte. If a total does not match the system's expectations, a parity error has occurred. A bad memory chip, memory corruption, or lack of refresh may cause memory parity errors.

Array Accelerator Board Write Errors. This shows the total number of write memory parity errors that were detected while writing to the Array Accelerator board. Write parity errors occur when the system detects that information has not been transferred to the Array Accelerator board correctly. A parity bit is included for each byte of information stored in memory. When the microprocessor reads or writes data, the system counts the value of the bits in each byte. If the total does not match the system's expectations, a parity error has occurred.

The condition of the device. This value represents the overall condition of this array accelerator. Enumeration: 'failed': 4, 'degraded': 3, 'other': 1, 'ok': 2.

Write Cache Memory. This shows the amount of memory allocated for the write cache in megabytes. Because data is kept in duplicate (mirrored), the actual amount of usable memory is half the amount shown.

Read Cache Memory. This shows the amount of memory allocated for the read cache in megabytes.

Array Accelerator Board Serial Number. This value can be used to further identify the cache controller. If the serial number is not supported, the agent will return a NULL string.

Array Accelerator Total Memory. This value is the total amount of accelerator memory in megabytes, including both battery-backed and non-battery-backed memory.

Array Accelerator Failed Batteries. This lists the location of accelerator failed batteries. Each octet present contains the position number of a failed battery. An octet string of length zero indicates that there are no failed batteries or that the controller does not have the ability to identify individual failed batteries.

External Array Logical Drive Table. A table of logical drive entries.

External Array Logical Drive Entry. A logical drive entry.

External Array Logical Drive Storage Box Index. The storage box index indicates which storage box this logical drive is in.

External Array Logical Drive Index. This logical drive number keeps track of multiple instances of logical drives which are in the same storage box. For each storage box index value, the logical drive index starts at 1 and increments for each logical drive.

Logical Drive Fault Tolerance. This shows the fault tolerance mode of the logical drive. To change the fault tolerance mode, run the configuration utility. The following values are valid for the Logical Drive Fault Tolerance: None (2) Fault tolerance is not enabled. If a physical drive reports an error, the data cannot be recovered by the array controller. Mirroring (3) For each physical drive, there is a second physical drive containing identical data. If a drive fails, the data can be retrieved from the mirror drive. Data Guard (4) One of the physical drives is used as a data guard drive and contains the exclusive OR of the data on the remaining drives. If a failure is detected, the External Array Controller rebuilds the data using the data guard information plus information from the other drives. Distributed Data Guard (5) Distributed Data Guarding, sometimes referred to as RAID 5, is similar to Data Guarding, but instead of storing the parity information on one drive, the information is distributed across all of the drives. If a failure is detected, the array controller rebuilds the data using the data guard information from all the drives. Advanced Data Guarding (7) Advanced Data Guarding (RAID ADG) is the fault tolerance method that provides the highest level of data protection. It 'stripes' data and parity across all the physical drives in the configuration to ensure the uninterrupted availability of uncorrupted data. This fault-tolerance method is similar to distributed data guard (RAID 5) in that parity data is distributed across all drives in the array, except in RAID ADG the capacity of multiple drives is used to store parity data. Assuming the capacity of 2 drives is used for parity data, this allows continued operation despite simultaneous failure of any 2 drives in the array, whereas RAID 4 and RAID 5 can only sustain failure of a single drive. Enumeration: 'none': 2, 'mirroring': 3, 'distribDataGuard': 5, 'other': 1, 'dataGuard': 4, 'advancedDataGuard': 7.

Logical Drive Status. The logical drive can be in one of the following states: Ok (2) Indicates that the logical drive is in normal operation mode. Failed (3) Indicates that more physical drives have failed than the fault tolerance mode of the logical drive can handle without data loss. Unconfigured (4) Indicates that the logical drive is not configured. Recovering (5) Indicates that the logical drive is using Interim Recovery Mode. In Interim Recovery Mode, at least one physical drive has failed, but the logical drive's fault tolerance mode lets the drive continue to operate with no data loss. Ready Rebuild (6) Indicates that the logical drive is ready for Automatic Data Recovery. The physical drive that failed has been replaced, but the logical drive is still operating in Interim Recovery Mode. Rebuilding (7) Indicates that the logical drive is currently doing Automatic Data Recovery. During Automatic Data Recovery, fault tolerance algorithms restore data to the replacement drive. Wrong Drive (8) Indicates that the wrong physical drive was replaced after a physical drive failure. Bad Connect (9) Indicates that a physical drive is not responding. Overheating (10) Indicates that the storage box that contains the logical drive is overheating. The array is still functioning, but should be shutdown. Shutdown (11) Indicates that the storage box that contains the logical drive has overheated. The logical drive is no longer functioning. Expanding (12) Indicates that the logical drive is currently doing Automatic Data Expansion. During Automatic Data Expansion, fault tolerance algorithms redistribute logical drive data to the newly added physical drive. Not Available (13) Indicates that the logical drive is currently unavailable. If a logical drive is expanding and the new configuration frees additional disk space, this free space can be configured into another logical volume. If this is done, the new volume will be set to not available. Queued For Expansion (14) Indicates that the logical drive is ready for Automatic Data Expansion. The logical drive is in the queue for expansion. Hard Error (15) Indicates that a hard error occurred for this LUN. Enumeration: 'rebuilding': 7, 'ok': 2, 'recovering': 5, 'wrongDrive': 8, 'expanding': 12, 'overheating': 10, 'failed': 3, 'other': 1, 'unconfigured': 4, 'shutdown': 11, 'badConnect': 9, 'readyForRebuild': 6, 'queuedForExpansion': 14, 'hardError': 15, 'notAvailable': 13.

Logical Drive Auto-Reliability Delay. This value indicates how many seconds the logical drive will wait with no requests before beginning Auto-Reliability monitoring. For example, the default value is five, so the logical drive will begin Auto-Reliability monitoring if it receives no requests for five seconds. If the value is zero, the logical drive will not perform Auto-Reliability monitoring. Auto-Reliability only operates if the logical drive is configured in one of the fault tolerance modes. If the logical drive receives a request while performing Auto-Reliability monitoring, the drive will stop monitoring to process the request. Once it has satisfied all incoming requests, the drive will wait for the Auto-Reliability delay to expire before returning to Auto-Reliability monitoring. Auto-Reliability monitoring is a process to insure the highest level of data reliability. In this process each disk is scanned to verify that all of the sectors in the array are readable. If the Auto-Reliability monitoring process detects any bad sectors on the drives, it automatically remaps these bad sectors where possible. If the value cannot be determined or is not applicable, the value is set to -1.

Logical Drive Percent Rebuild. After a failed physical drive has been replaced, the physical drive must have its data rebuilt. This value the percent complete of the rebuild. When the value reaches 100, the rebuilding process is complete. The drive array continues to operate in interim recovery mode while a drive is rebuilding. When a logical volume is Expanding, the drive must redistribute the logical volume data across the physical drives. This value shows how many blocks of data still need to be redistributed. When the value reaches one hundred (100), the expand process is complete. The array continues to operate normally while the drive is expanding. This value is only valid if the Logical Drive Status is rebuilding (7) or expanding (12). If the value cannot be determined or a rebuild is not active, the value is set to 4,294,967,295.

Logical Drive Has Array Accelerator Board. This indicates whether the logical drive has an Array Accelerator board configured and enabled. The following values are valid: Other (1) Indicates that the instrument agent does not recognize the Array Accelerator board. You may need to upgrade your software. Unavailable (2) Indicates that there is no Array Accelerator board configured for this logical drive. Enabled (3) Indicates that the Array Accelerator board is configured and enabled for this logical drive. Disabled (4) Indicates that the Array Accelerator board is configured but not enabled for this logical drive. Enumeration: 'disabled': 4, 'other': 1, 'enabled': 3, 'unavailable': 2.

External Array Logical Drive Available Spares. This indicates if this logical drive has one or more spares designated for it that are not currently in use by another drive. Each octet present will be a physical drive ID that is an available spare for this logical drive. These are the same ID's which can be used as indexes into the physical drive table. An octet string of length zero indicates that there are no available spares for this logical drive.

External Array Logical Drive Size. This is the size of the logical drive in megabytes. This value is calculated using the value 1,048,576 (2^20) as a megabyte. Drive manufacturers sometimes use the number 1,000,000 as a megabyte when giving drive capacities so this value may differ from the advertised size of a drive.

External Array Logical Drive Physical Drive IDs. This lists the physical drive IDs which are associated with this logical drive. These are the same IDs which can be used as indices into the physical drive table. Each byte of the string is an index.

The Logical Drive condition. This value represents the overall condition of this logical drive and any associated physical drives. Enumeration: 'failed': 4, 'degraded': 3, 'other': 1, 'ok': 2.

External Array Logical Drive Stripe Size. This is the size of a logical drive stripe in kilobytes.

External Array Logical Drive OS Name. The OS name for this array logical drive. This field will be a null (size 0) string if the agent does not support OS name.

External Array Logical Drive Physical Drive Blink Time Count. The logical drive blink time variable allows the drive tray LEDs of all physical drives in a logical drive to blink. This value indicates the amount of time, in tenths of a second, that the physical drive LEDs will continue to blink. A value of zero indicates the drive LEDs are not blinking. If the value cannot be determined or no drive in this logical drive is in a hot plug tray, 4,294,967,295 is returned. To blink the drive LEDs on all physical drives in this logical drive (including any configured spare drives), set this value to the time to blink in tenths of seconds. To stop the drive LEDs from blinking, set this value to 0.

External Array Logical Drive Spare To Replacement Drive Map. This data structure contains the spare to physical drive replacement map. The format is: octet contents ===== ======== 1 Spare drive physical drive index 2 Replaced drive physical drive index These 2 octets are repeated for each replaced drive. For n replaced drives, the string is 2 * n octets long. An octet string of length zero indicates that there are no replaced drives currently in use.

External Array Logical Drive Physical Drive Rebuilding Index. This is the physical drive index of the physical drive that is currently rebuilding. If the value cannot be determined or is not applicable, the value is set to -1.

External Array Logical Drive Snapshot Resource Drive Index. This is the logical drive index of the Snapshot Resource Volume associated with this logical drive. If there is no Snapshot Resource Volume association, the value is set to -1.

External Array Logical Drive Snapshot Source Drive Index. This is the drive index of the source logical drive associated with this Snapshot Resource Volume. If this logical drive is not a Snapshot Resource Volume, the value is set to -1.

External Array Logical Drive Preferred Path. This identifies the preferred controller path to this logical drive in a redundant active/active configuration. The value is the controller index. If the controller is not configured as active/active, the value is set to -1.

External Array Logical Drive Current Path. This identifies the current controller path to this logical drive in a redundant active/active configuration. The value is the controller index. If the controller is not configured as active/active, the value is set to -1.

External Array Spare Table. A table of spare entries.

External Array Spare Entry. An entry in the spare table.

External Array Spare Drive Storage Box Index. The storage box index indicates which storage box this spare drive is in.

External Array Spare Physical Drive Index. This index maps the spare to the physical drive it represents. The value of this index is the same as the one used with the physical drive table.

Spare Status. This shows the status of the on-line spare drive. The following values are valid for the spare status: Inactive (2) The monitored system has an on-line spare configured, but is not currently in use. Failed (3) The on-line spare has failed and is no longer available for use. Building (4) A physical drive has failed. Automatic Data Recovery is in progress to recover data to the on-line spare. Active (5) A physical drive has failed. Automatic Data Recovery is complete. The system is using the on-line spare as a replacement for the failed drive. Enumeration: 'inactive': 2, 'failed': 3, 'other': 1, 'active': 5, 'building': 4.

Spare Replaced Drive Bay. If the spare status is active(6) or building(5), then this has the physical drive bay number of the replaced drive. If the value cannot be determined or is not applicable, the value is set to -1.

External Array Spare Percent Rebuild. If the spare status is building(5), then this is percent complete of of the rebuild. The data contained on the failed physical drive must be reconstructed from the fault tolerance data and copied to the spare so that the spare can function in place of the failed drive. When the number reaches one hundred (100), the building process is complete and the spare has replaced the physical drive. If the value cannot be determined or a rebuild is not active, the value is set to 4,294,967,295.

The Spare Drive condition. This value represents the overall condition of this spare drive and any associated physical drives. Enumeration: 'failed': 4, 'degraded': 3, 'other': 1, 'ok': 2.

Spare Drive SCSI Bus Number. The bus number indicates to which SCSI bus this spare drive is attached. The first instance is one and increments for each SCSI bus on a controller.

External Array Spare Drive Bay Location. This value matches the bay location where the physical drive has been installed. Each bay is labeled with a separate number so that you can identify the location of the drive.

Spare Replaced Drive Bus Number. If the spare status is active(6) or building(5), then this has the physical drive bus number of the replaced drive. If the value cannot be determined or is not applicable, the value is set to -1.

Spare Drive Location String. This string describes the location of the drive in relation to the storage box. If the location string cannot be determined, the agent will return a NULL string.

External Array Physical Drive Table. A table of physical drive entries.

External Array Physical Drive Entry. A physical drive entry.

External Array Physical Drive Storage Box Index. The storage box index indicates which storage box this physical drive is in.

External Array Physical Drive Index. This index is used for selecting the physical drive table entry. This number, along with the cpqFcaPhyDrvBoxIndex uniquely identify a specific physical drive.

External Array Physical Drive Model. This is a text description of the physical drive. The text that appears depends upon who manufactured the drive and the drive type. If a drive fails, note the model to identify the type of drive necessary for replacement.

External Array Physical Drive Firmware Revision. This shows the physical drive firmware revision number.

External Array Physical Drive Bay Location. This value matches the bay location where the physical drive has been installed. Each bay is labeled with a separate number so that you can identify the location of the drive.

External Array Physical Drive Status. This shows the status of the physical drive. The following values are valid for the physical drive status: other (1) Indicates that the instrument agent does not recognize the drive. You may need to upgrade your instrument agent and/or driver software. unconfigured (2) Indicates the drive is present, but is not part of any logical drive configuration. ok (3) Indicates the drive is functioning properly. thresholdExceeded (4) Indicates that the drive has a threshold exceeded error and should be replaced. predictiveFailure (5) Indicates that the drive has a predictive failure error and should be replaced. failed (6) Indicates that the drive is no longer operating and should be replaced. unsupportedDrive(7) Indicates that an unsupported drive has been detected and should be replaced. See cpqFcaPhyDrvUnsupportedDrive for more details. Enumeration: 'ok': 3, 'unsupportedDrive': 7, 'threshExceeded': 4, 'failed': 6, 'other': 1, 'unconfigured': 2, 'predictiveFailure': 5.

External Array Physical Drive Used Reallocated Sectors. This shows the number of sectors of the reallocation area that have been used by the physical drive. To see how many sectors were originally available for use in the reallocation area, refer to the factory reallocation information if it exists. Not all drives support factory reallocation. Because of the nature of magnetic disks, certain sectors on a drive may have media defects. The reallocation area is part of the disk drive that the drive manufacturer sets aside to compensate for these defects. The drive array controller writes information addressed from these unusable sectors to available sectors in the reallocation area. If too many sectors have been reallocated, there may be a problem with the drive. If the value cannot be determined, 4,294,967,295 is returned.

External Array Reference Time in hours. This shows the total number of hours that a physical drive has been spinning since the drive was stamped. The drive will have either been stamped when it left the factory or when you ran diagnostics on your new drive. You can use the reference time to calculate rates for other physical drive events.

External Array Physical Drive Sectors Read (high). The phyDrvHReads and the phyDrvReads together shows the total number of sectors read from the physical disk drive during the reference time (phyDrvRefHours). The actual number of sectors read equals the phyDrvHReads times 2^32 plus the phyDrvReads. This information may be useful for determining rates. For instance, if you wanted to calculate the average number of reads per hour of operation, divide this number by the reference hours. If the value cannot be determined, 4,294,967,295 is returned.

External Array Physical Drive Sectors Read (low). The phyDrvHReads and the phyDrvReads together shows the total number of sectors read from the physical disk drive during the reference time (phyDrvRefHours). The actual number of sectors read equals the phyDrvHReads times 2^32 plus the phyDrvReads. This information may be useful for determining rates. For instance, if you wanted to calculate the average number of reads per hour of operation, divide this number by the reference hours. If the value cannot be determined, 4,294,967,295 is returned.

Sectors Written (high). The phyDrvHWrites and the phyDrvWrites together shows the total number of sectors written to the physical disk drive during the reference hours (phyDrvRefHours). The actual number of sectors written equals the phyDrvHWrites times 2^32 plus the phyDrvWrites. This information may be useful for determining rates. For instance, if you wanted to calculate the average number of writes per hour of operation, divide this number by the reference hours. If the value cannot be determined, 4,294,967,295 is returned.

Sectors Written (low). The phyDrvHWrites and the phyDrvWrites together shows the total number of sectors written to the physical disk drive during the reference hours (phyDrvRefHours). The actual number of sectors written equals the phyDrvHWrites times 2^32 plus the phyDrvWrites. This information may be useful for determining rates. For instance, if you wanted to calculate the average number of writes per hour of operation, divide this number by the reference hours. If the value cannot be determined, 4,294,967,295 is returned.

Total Seeks (high). The phyDrvHSeeks and the phyDrvSeeks together shows the total number of seek operations performed by the physical disk drive during the reference hours (phyDrvRefHours). The actual number of seeks equals the phyDrvHSeeks times 2^32 plus the phyDrvWriteSeeks. If the value cannot be determined, 4,294,967,295 is returned.

Total Seeks (low). The phyDrvHSeeks and the phyDrvSeeks together shows the total number of seek operations performed by the physical disk drive during the reference hours (phyDrvRefHours). The actual number of seeks equals the phyDrvHSeeks times 2^32 plus the phyDrvWriteSeeks. If the value cannot be determined, 4,294,967,295 is returned.

Hard Read Errors. This shows the number of read errors that have occurred on a drive that could not be recovered by a physical drive's Error Correction Code (ECC) algorithm or through retries during the reference time (phyDrvRefTime). Over time, a disk drive may produce these errors. If you receive these errors, a problem may exist with your drive. The value increases every time the physical drive detects another error. The severity of these errors depends on whether the monitored system is running in a fault tolerant mode. With fault tolerance, the controller can remap data to eliminate the problems caused by these errors. In either case, if you see an increase in these errors, run diagnostics to verify that a problem exists. If the value cannot be determined, 4,294,967,295 is returned.

Recovered Read Errors. This shows the number of read errors corrected through physical drive retries during the reference time (phyDrvRefTime). Over time, all disk drives produce these errors. If you notice a rapid increase in the value for Recovered Read Errors (or Hard Read Errors), a problem may exist with the drive. The value increases every time the physical drive detects and corrects another error. Expect more Recovered Read Errors than Hard Read Errors. If you suspect that a problem may exist with the drive, run diagnostics. If the value cannot be determined, 4,294,967,295 is returned.

Hard Write Errors. This shows the number of write errors that could not be recovered by a physical drive during the reference time (phyDrvRefTime). Over time a disk drive may detect these errors. If you notice an increase in the value shown for Hard Write Errors or Recovered Write Errors, a problem may exist with the drive. The value increases every time the physical drive detects another error. On average, these errors should occur less frequently than read errors. If you see an increase in these errors, run diagnostics to verify that a problem exists. If the value cannot be determined, 4,294,967,295 is returned.

Recovered Write Errors. This shows the number of write errors corrected through physical drive retries or recovered by a physical drive during the reference time (phyDrvRefTime). Over time a disk drive may produce these errors. If you notice an increase in the value shown for Hard Write Errors or Recovered Write Errors, a problem may exist with the drive. The value increases every time the physical drive detects and corrects an error. Only an unusually rapid increase in these errors indicates a problem. On average, these errors should occur less frequently than hard read errors. If you suspect that a problem may exist with the drive, run diagnostics. If the value cannot be determined, 4,294,967,295 is returned.

Seek Errors (High). The phyDrvHSeekErrs and the phyDrvSeekErrs together shows the total number of times that the physical disk drive detected a seek error during the reference hours (phyDrvRefHours). The actual number of seek errors equals the phyDrvHSeekErrs times 2^32 plus the phyDrvWriteSeekErrs. Over time, a disk drive usually produces these errors. If you notice a rapid increase in the value shown for Seek Errors, this physical drive may be failing. The value increases every time the physical drive produces another error. Only an unusually rapid increase in these errors indicates a problem. If you suspect that a problem exists, run diagnostics. If the value cannot be determined, 4,294,967,295 is returned.

Seek Errors (low). The phyDrvHSeekErrs and the phyDrvSeekErrs together shows the total number of times that the physical disk drive detected a seek error during the reference hours (phyDrvRefHours). The actual number of seek errors equals the phyDrvHSeekErrs times 2^32 plus the phyDrvWriteSeekErrs. Over time, a disk drive usually produces these errors. If you notice a rapid increase in the value shown for Seek Errors, this physical drive may be failing. The value increases every time the physical drive produces another error. Only an unusually rapid increase in these errors indicates a problem. If you suspect that a problem exists, run diagnostics. If the value cannot be determined, 4,294,967,295 is returned.

Spin up Time in tenths of seconds. This is the time it takes for a physical drive to spin up to full speed. Disks require time to gain momentum and reach operating speed. As cars are tested to go from 0 mph to 60 mph in x number of seconds, drive manufacturers have preset expectations for the time it takes the drive to spin to full speed. Drives that do not meet these expectations may have problems. The value may be zero (0) under one of the following conditions: * If you are monitoring a physical drive that is part of the monitored system's internal drive array storage, and you use a warm boot to reset the monitored system. During a warm boot, the drives continue to spin. * If you are monitoring a physical drive in an ProLiant Storage System storage and you reset the array but not the ProLiant Storage System. If the value cannot be determined, -1 is returned.

Functional Test 1. This provides information about a series of tests that indicate how well a physical drive works. These tests compare the way the physical drive currently operates when performing various tasks with the way it worked when it was new. A percent value is displayed that represents how the drive works currently when compared to how the drive worked when new. New drives operate at the 100 percent level. By default, if the current value is less than or equal to 80 percent, a problem may exist. If you suspect a problem, run diagnostics to verify that a problem exists. If the value cannot be determined, 4,294,967,295 is returned.

Functional Test 2. This provides information about a series of tests that indicate how well a physical drive works. These tests compare the way the physical drive currently operates when performing various tasks with the way it worked when it was new. A percent value is displayed that represents how the drive works currently when compared to how the drive worked when new. New drives operate at the 100 percent level. By default, if the current value is less than or equal to 80 percent, a problem may exist. If you suspect a problem, run diagnostics to verify that a problem exists. If the value cannot be determined, 4,294,967,295 is returned.

Functional Test 3. This provides information about a series of tests that indicate how well a physical drive works. These tests compare the way the physical drive currently operates when performing various tasks with the way it worked when it was new. A percent value is displayed that represents how the drive works currently when compared to how the drive worked when new. New drives operate at the 100 percent level. By default, if the current value is less than or equal to 80 percent, a problem may exist. If you suspect a problem, run diagnostics to verify that a problem exists. If the value cannot be determined, 4,294,967,295 is returned.

Other Timeouts. The number of times that a physical drive did not respond with an interrupt within a controller-defined period of time after a command had been issued during the reference time (phyDrvRefTime). This does not include DRQ timeouts. If you suspect a problem, complete the following steps for the monitored system: 1. Check the cables connecting the drive to ensure that they are intact. 2. If the cables are properly connected, run diagnostics to verify that a problem exists. If the value cannot be determined, 4,294,967,295 is returned.

Recovery Failed (Bad) Read Error. The number of times a read error occurred while performing Automatic Data Recovery from this physical drive to another drive during the reference time (phyDrvRefTime). If a read error occurs, Automatic Data Recovery stops. These errors indicate that the physical drive has failed. If you suspect a problem, run diagnostics to verify that a problem exists. If the value cannot be determined, 4,294,967,295 is returned.

Recovery Failed (Bad) Write Error. The number of times a write error occurred while performing Automatic Data Recovery from another drive to this physical drive during the reference time (phyDrvRefTime). If a write error occurs, Automatic Data Recovery stops. These errors indicate that the physical drive has failed. If you suspect a problem, run diagnostics to verify that a problem exists. If the value cannot be determined, 4,294,967,295 is returned.

Format Error. The number of times a format operation failed when the controller attempted to remap a bad sector during the reference time (phyDrvRefTime). Zero indicates that no format errors have occurred. The value increases each time a format error occurs. A failed format operation may cause the controller to mark a drive failed. If you suspect a problem, run diagnostics to verify a problem exists. If the value cannot be determined, 4,294,967,295 is returned.

Drive Not Ready Errors. The number of times the physical drive failed after the spin up command was issued during the reference time (phyDrvRefTime). When the spin up command was issued, the drive failed to reach its ready state. If the current value is zero, the drive has not failed. If the current value is greater than zero, at least one failure occurred. This error could be caused because the physical drive has failed to spin. If you suspect a problem: 1. Check the cables connecting the drive to ensure that they are intact. 2. If the cables are properly connected, run diagnostics to verify that a problem exists. If the value cannot be determined, 4,294,967,295 is returned.

Physical Drive Has Monitor Information. All of the physical disk table fields except for the physical disk status (phyDrvStatus) and the bay location (phyDrvBayLocation) are invalid unless this field has a value of true(2). Enumeration: 'true': 2, 'false': 1.

The condition of the device. This value represents the overall condition of this physical drive. Enumeration: 'failed': 4, 'degraded': 3, 'other': 1, 'ok': 2.

Physical Drive Hot Plug Count. This value indicates the number of times this physical drive was hot-plugged (removed) from a storage system. If the value cannot be determined, 4,294,967,295 is returned.

Physical Drive Media Failure Count. This value indicates the number of times this physical drive was failed due to unrecoverable media errors. If the value cannot be determined, 4,294,967,295 is returned.

Physical Drive Hardware Error Count. This value indicates the number of times this physical drive returned a bad hardware status. The drive may be failed if retries do not work. If the value cannot be determined, 4,294,967,295 is returned.

Physical Drive Aborted Command Failures. This value indicates the number of times this physical drive was failed due to aborted commands that could not be retried successfully. If the value cannot be determined, 4,294,967,295 is returned.

Physical Drive Spin-Up Failure Count. This value indicates the number of times this physical drive was failed due to a failure of a spin-up command. If the value cannot be determined, 4,294,967,295 is returned.

Physical Drive Bad Target Count. This value indicates the number of times this physical drive performed some action that did not conform to the SCSI-2 bus protocol. These actions will cause the SCSI bus to be reset. If the value cannot be determined, 4,294,967,295 is returned.

Physical Drive Size in MB. This is the size of the physical drive in megabytes. This value is calculated using the value 1,048,576 (2^20) as a megabyte. Drive manufacturers sometimes use the number 1,000,000 as a megabyte when giving drive capacities so this value may differ from the advertised size of a drive.

Physical Drive Bus Fault Count. This value indicates the number of times that a bus fault was detected for the drive by the controller. If the value cannot be determined, 4,294,967,295 is returned.

Physical Drive Hot Plug Support Status. The following values are defined: other(1) The Insight Agent is unable to determine if this drive supports hot plug replacement. hotPlug(2) The drive supports hot plug replacement. nonhotPlug(3) The drive does not support hot plug replacement. Enumeration: 'other': 1, 'nonHotPlug': 3, 'hotPlug': 2.

Physical Drive Placement. The following values are defined: other(1) The agent is unable to determine if the drive is internal or external to the system chassis. internal(2) The drive is located in the system chassis. external(3) The drive is located outside the system chassis in an expansion box. Enumeration: 'other': 1, 'internal': 2, 'external': 3.

Physical Drive SCSI Bus Number. The bus number indicates to which SCSI bus this physical drive is attached. The first instance is one and increments for each SCSI bus on a controller.

Physical Drive Serial Number. This is the serial number assigned to the physical drive. This value is based upon the serial number as returned by the SCSI inquiry command but may have been modified due to space limitations. This can be used for identification purposes.

Physical Drive Predictive Failure Monitoring. The following values are defined: other(1) The agent is unable to determine if the drive supports predictive failure monitoring. notAvailable(2) This drive does not support predictive failure monitoring. available(3) This drive supports predictive failure monitoring. Enumeration: 'notAvailable': 2, 'available': 3, 'other': 1.

Physical Drive Current Width. The following values are defined: other(1) The agent is unable to determine the current negotiated data transfer width for this drive. narrow(2) The negotiated data transfer width for this drive is narrow (8 data bits). wide16(3) The negotiated data transfer width for this drive is wide (16 data bits). Enumeration: 'wide16': 3, 'other': 1, 'narrow': 2.

Physical Drive Current Data Transfer Speed. The following values are defined: other(1) The agent is unable to determine the current negotiated data transfer speed for this drive. asynchronous(2) The negotiated data transfer speed for this drive is asynchronous. fast(3) The negotiated data transfer speed for this drive is 10 million transfers per second). ultra(4) The negotiated data transfer speed for this drive is 20 million transfers per second. ultra2(5) The negotiated data transfer speed for this drive is 40 million transfers per second. ultra3(6) The negotiated data transfer speed for this drive is 80 million transfers per second. ultra320(7) The negotiated data transfer speed for this drive is 160 million transfers per second. Enumeration: 'ultra320': 7, 'ultra2': 5, 'ultra3': 6, 'other': 1, 'asynchronous': 2, 'fast': 3, 'ultra': 4.

Physical Drive Failure Code. This value is the drive failure reason code returned by the array firmware. It is valid only when the drive is failed. If the drive is not failed, 0 is returned.

Physical Drive LED Blink Time. This value is the amount of time remaining for the drive LEDs to blink in tenths of seconds. A value of zero means the drive LEDs are not blinking. If the value cannot be determined or the drive is not in a hot plug tray, 4,294,967,295 is returned. To blink the drive LEDs, set this value to the time to blink in tenths of seconds. To stop the drive LEDs from blinking, set this value to 0.

Physical Drive S.M.A.R.T Status. The following values are defined: other(1) The agent is unable to determine if the status of S.M.A.R.T predictive failure monitoring for this drive. ok(2) Indicates the drive is functioning properly. replaceDrive(3) Indicates that the drive has a S.M.A.R.T predictive failure error and should be replaced. Enumeration: 'replaceDrive': 3, 'other': 1, 'ok': 2.

Physical Drive Rotational Speed. The following values are defined: other(1) The agent is unable to determine the rotational speed for this drive. rpm7200(2) The rotational speed for this drive is 7200 rpm. rpm10K(3) The rotational speed for this drive is 10000 rpm. rpm15K(4) The rotational speed for this drive is 15000 rpm. Enumeration: 'rpm10K': 3, 'other': 1, 'rpm15K': 4, 'rpm7200': 2.

Physical Drive Type. The following values are defined: other(1) The agent is unable to determine the type for this drive. parallelScsi(2) The drive type is parallel SCSI. sata(3) The drive type is Serial ATA. sas(4) The drive type is Serial Attached SCSI. Enumeration: 'sas': 4, 'sata': 3, 'other': 1, 'parallelScsi': 2.

Physical Drive SATA Version. The following values are defined: other(1) The agent is unable to determine the SATA version for this drive or it is not a SATA drive. sataOne(2) The drive is SATA version one. sataTwo(3) The drive is SATA version two. Enumeration: 'sataOne': 2, 'sataTwo': 3, 'other': 1.

Physical Drive Box Connector. This is the box connector to which the drive is ultimately attached. If the box connector cannot be determined, the agent will return a NULL string.

Physical Drive Box on Connector. The box on connector indicates to which box instance this physical drive belongs. The instances start at one and increment for each box attached to a connector. If the value cannot be determined or does not apply, -1 is returned.

Physical Drive Location String. This string describes the location of the drive in relation to the storage box. If the location string cannot be determined, the agent will return a NULL string.

Physical Drive Negotiated Link Rate. The following values are defined: other(1) The agent is unable to determine the negotiated link rate this drive. rate-1-5(2) The negotiated link rate for this drive is 1.5 Gigabits per second. rate-3-0(3) The negotiated link rate for this drive is 3.0 Gigabits per second. Enumeration: 'other': 1, 'rate-3-0': 3, 'rate-1-5': 2.

Physical Drive PHY Count. This value indicates how many PHYs exist on a SAS or SATA disk drive. If the value cannot be determined or does not apply, -1 is returned.

Physical Drive Unsupported Drive. The following values are defined: other(1) The agent is unable to determine the value for this drive. supported(2) The drive is supported. unsupported-SinglePorted(3) The drive is unsupported. A single ported drive has been detected in a dual port only configuration. unsupported-SATA(4) The drive is unsupported. A SATA drive has been detected in a SAS only configuration. unsupported-TooSmall(5) The drive is unsupported. A drive that is too small has been detected. Enumeration: 'supported': 2, 'unsupported-SinglePorted': 3, 'other': 1, 'unsupported-SATA': 4, 'unsupported-TooSmall': 5.

Drive Array Physical Drive Threshold Table. A table of physical drive threshold entries.

Drive Array Physical Drive Threshold Entry. A physical drive threshold entry.

External Array Physical Drive Threshold Storage Box Index. The storage box index indicates which storage box this physical drive is in.

Drive Array Physical Drive Threshold Index. This index maps the thresholds to a physical drive. The value of this index is the same as the one used with the physical drive table.

Used Reallocated Sectors Maximum Threshold. This shows the maximum threshold of the reallocation area that has been used by the physical drive. This threshold is associated with the cpqFcaPhyDrvUsedReallocs object in the Physical Drive Table. If the value cannot be determined, -1 is returned.

Spin up Time Maximum Threshold in tenths of seconds. This shows the maximum of time it takes for a physical drive to spin up to full speed. This threshold is associated with the cpqFcaPhyDrvSpinupTime object in the Physical Drive Table. If the value cannot be determined, -1 is returned.

Functional Test 1 Minimum Threshold. This provides the minimum threshold for information about a series of tests that indicate how well a physical drive works. These tests compare the way the physical drive currently operate when performing various tasks with the way it worked when it was new. This threshold is associated with the cpqFcaPhyDrvFunctTest1 object in the Physical Drive Table. If the value cannot be determined, -1 is returned.

Functional Test 2 Minimum Threshold. This provides the minimum threshold for information about a series of tests that indicate how well a physical drive works. These tests compare the way the physical drive currently operates when performing various tasks with the way it worked when it was new. This threshold is associated with the cpqFcaPhyDrvFunctTest2 object in the Physical Drive Table. If the value cannot be determined, -1 is returned.

Functional Test 3 Minimum Threshold. This provides the minimum threshold for information about a series of tests that indicate how well a physical drive works. These tests compare the way the physical drive currently operates when performing various tasks with the way it worked when it was new. This threshold is associated with the cpqFcaPhyDrvFunctTest3 object in the Physical Drive Table. If the value cannot be determined, -1 is returned.

Used Reallocated Sectors Threshold Has Been Violated. This is used to indicate whether the number of used sectors of the reallocation area for a physical drive has ever exceeded the maximum allowable threshold. The valid values are: false (1) Indicates that the Used Reallocated Sectors object (cpqFcaPhyDrvUsedReallocs) value has not exceeded the maximum threshold (cpqFcaPhyDrvThrUsedReallocs). true (2) Indicates that the Used Reallocated Sectors object (cpqFcaPhyDrvUsedReallocs) value has exceeded the maximum threshold (cpqFcaPhyDrvThrUsedReallocs). unknown (3) The agent is unable to determine if the drive has a threshold violation. Enumeration: 'true': 2, 'false': 1, 'unknown': 3.

Spin up Time in tenths of seconds Threshold Has Been Violated. This is used to indicate whether the time it took for a physical drive to spin up to full speed has ever exceeded the maximum allowable threshold. The valid values are: false (1) Indicates that the Spin up Time object (cpqFcaPhyDrvSpinupTime) value has not exceeded the maximum threshold (cpqFcaPhyDrvThrSpinupTime). true (2) Indicates that the Spin up Time object (cpqFcaPhyDrvSpinupTime) value has exceeded the maximum threshold (cpqFcaPhyDrvThrSpinupTime). unknown (3) The agent is unable to determine if the drive has a threshold violation. Enumeration: 'true': 2, 'false': 1, 'unknown': 3.

Functional Test 1 Threshold Has Been Violated. This is used to indicate whether the percentage value returned from Functional Test 1 has every dropped below the allowable threshold for that test. The valid values are: false (1) Indicates that the Functional Test 1 object (cpqFcaPhyDrvFunctTest1) value has not fallen below the minimum threshold (cpqFcaPhyDrvThrFunctTest1). true (2) Indicates that the Functional Test 1 object (cpqFcaPhyDrvFunctTest1) value has fallen below the minimum threshold (cpqFcaPhyDrvThrFunctTest1). unknown (3) The agent is unable to determine if the drive has a threshold violation. Enumeration: 'true': 2, 'false': 1, 'unknown': 3.

Functional Test 2 Threshold Has Been Violated. This is used to indicate whether the percentage value returned from Functional Test 2 has every dropped below the allowable threshold for that test. The valid values are: false (1) Indicates that the Functional Test 2 object (cpqFcaPhyDrvFunctTest2) value has not fallen below the minimum threshold (cpqFcaPhyDrvThrFunctTest2). true (2) Indicates that the Functional Test 2 object (cpqFcaPhyDrvFunctTest2) value has fallen below the minimum threshold (cpqFcaPhyDrvThrFunctTest2). unknown (3) The agent is unable to determine if the drive has a threshold violation. Enumeration: 'true': 2, 'false': 1, 'unknown': 3.

Functional Test 3 Threshold Has Been Violated. This is used to indicate whether the percentage value returned from Functional Test 3 has every dropped below the allowable threshold for that test. The valid values are: false (1) Indicates that the Functional Test 3 object (cpqFcaPhyDrvFunctTest3) value has not fallen below the minimum threshold (cpqFcaPhyDrvThrFunctTest3). true (2) Indicates that the Functional Test 3 object (cpqFcaPhyDrvFunctTest3) value has fallen below the minimum threshold (cpqFcaPhyDrvThrFunctTest3). unknown (3) The agent is unable to determine if the drive has a threshold violation. Enumeration: 'true': 2, 'false': 1, 'unknown': 3.

Fibre Channel Host Controller Table.

Array Controller Entry.

Fibre Channel Host Controller Index. This value is a logical number whose meaning is OS dependent. Each physical controller has one unique controller number associated with it.

Fibre Channel Host Controller Slot. This identifies the physical slot where the Fibre Channel Host Controller resides in the system. For example, if this value is three, the controller is located in slot three of your computer. If the slot cannot be determined, the value is set to 255.

Fibre Channel Host Controller Model. The type of controller card. The valid types are: Other (1) You may need to upgrade your driver software and\or instrument agent(s). You have a drive array controller in the system that the instrument agent does not recognize. fchc-p (2) Compaq StorageWorks Fibre Channel Host Bus Adapter/P. fchc-e (3) Compaq StorageWorks Fibre Channel Host Bus Adapter/E. fchc64 (4) Compaq StorageWorks 64-Bit/66-Mhz Fibre Host Bus Adapter. sa-sam(5) Compaq Smart Array, SAN Access Module. fca-2101(6) FCA-2101 sw64-33(7) Compaq StorageWorks 64bit/33Mhz PCI to Fibre Channel HBA. fca-221x(8) FCA-221x dpfcmc(9) Dual Port Fibre Channel Mezzanine Card (2 Gb) for BL20Gp2 G2. fca-2404(10) PCI-X 2Gb FCA2404 Fibre Channel HBA fca-2214(11) PCI-X 2Gb FCA2214 Fibre Channel HBA a7298a(12) PCI-X 2Gb A7298A Fibre Channel HBA fca-2214dc(13) PCI-X 2Gb FCA2214DC Fibre Channel HBA a6826a(14) PCI-X Dual Channel 2GB A6826A Fibre Channel HBA fcmcG3(15) Fibre Channel Mezzaine Card G3, BL3x p Series fcmcG4(16) Fibre Channel Mezzaine Card G4, BL2x p Series ab46xa(17) PCI-X 2GB AB466A/AB467A Fibre Channel HBA fc-generic(18) Fibre Channel HBA fca-1143(19) HP FC1143 4Gb PCI-X 2.0 HBA fca-1243(20) HP FC1243 4Gb PCI-X 2.0 DC HBA fca-2143(21) HP FC2143 4Gb PCI-X 2.0 HBA fca-2243(22) HP FC2243 4Gb PCI-X 2.0 DC HBA fca-1050(23) HP StorageWorks 1050 HBA fca-lpe1105(24) Emulex LPe1105-HP 4Gb FC HBA for HP c-Class Blade System fca-qmh2462(25) Qlogic QMH2462 4Gb FC HBA for HP c-Class Blade System fca-1142sr(26) HP FC1142SR 4Gb PCI-e HBA fca-1242sr(27) HP FC1242SR 4Gb PCI-e DC HBA fca-2142sr(28) HP FC2142SR 4Gb PCI-e HBA fca-2242sr(29) HP FC2242SR 4Gb PCI-e DC HBA fcmc20pe(30) Emulex based BL20p Fibre Channel Mezz HBA fca-81q(31) HP StorageWorks 81Q 8Gb PCI-e FC HBA fca-82q(32) HP StorageWorks 82Q 8Gb PCI-e Dual Port FC HBA fca-qmh2562(33) QLogic QMH2562 8Gb FC HBA for HP BladeSystem c-Class fca-81e(34) HP StorageWorks 81E 8Gb PCI-e FC HBA fca-82e(35) HP StorageWorks 82E 8Gb PCI-e Dual Port FC HBA fca-1205(36) Emulex LPe 1205-HP 8Gb FC HBA for HP BladeSystem c-Class Enumeration: 'fchc-p': 2, 'fc-generic': 18, 'fca-2143': 21, 'fca-2101': 6, 'fchc-e': 3, 'fca-qmh2562': 33, 'sa-sam': 5, 'fcmc20pe': 30, 'fca-2142sr': 28, 'fca-2214': 11, 'fca-qmh2462': 25, 'a7298a': 12, 'fca-81q': 31, 'sw64-33': 7, 'fca-1142sr': 26, 'fca-lpe1105': 24, 'fca-1143': 19, 'fca-1205': 36, 'other': 1, 'fca-81e': 34, 'fca-1243': 20, 'fca-2404': 10, 'fca-221x': 8, 'fchc64': 4, 'fca-2243': 22, 'fca-82e': 35, 'ab46xa': 17, 'fca-2214dc': 13, 'fca-82q': 32, 'a6826a': 14, 'fcmcG3': 15, 'dpfcmc': 9, 'fca-1242sr': 27, 'fcmcG4': 16, 'fca-1050': 23, 'fca-2242sr': 29.

Fibre Channel Host Controller Status. The host controller can be in one of the following states: Other (1) The agent is unable to determine the status of the host controller. Ok (2) Indicates that the host controller is in normal operation mode. Failed (3) Indicates that the host controller has failed and should be replaced. Shutdown (4) Indicates that the host controller has been shutdown. LoopDegraded (5) Indicates that the fibre channel connection is degraded. LoopFailed (6) Indicates that the fibre channel connection is failed. NotConnected (7) Indicates that the fibre channel port is not connected or the device to which it is connected is powered down. Enumeration: 'ok': 2, 'loopDegraded': 5, 'failed': 3, 'other': 1, 'shutdown': 4, 'notConnected': 7, 'loopFailed': 6.

Fibre Channel Host Controller Condition. This value represents the condition of this controller. Enumeration: 'failed': 4, 'degraded': 3, 'other': 1, 'ok': 2.

Fibre Channel Host Controller World Wide Node Name. This value can be used to further identify a particular controller. If the world wide node name is not supported, the agent will return a NULL string.

Fibre Channel Host Controller Storage Box List. This lists the storage boxes which are associated with this host controller. These are the same IDs which can be used as indices into the storage box table. Each 2 bytes of the string is an index.

Fibre Channel Host Controller Overall Condition. This value represents the overall condition of this controller, and any associated storage boxes. Enumeration: 'failed': 4, 'degraded': 3, 'other': 1, 'ok': 2.

Fibre Channel Host Controller Tape Controller List. This lists the tape controllers which are associated with this host controller. These are the same IDs which can be used as indices into the tape controller table. Each 2 bytes of the string is an index.

Fibre Channel Host Controller Serial Number. This value can be used to further identify a particular controller. If the serial number is not supported, the agent will return a NULL string.

A text description of the hardware location, on complex multi SBB hardware only, for the controller. A NULL string indicates that the hardware location could not be determined or is irrelevant.

Fibre Channel Host Controller World Wide Port Name. This value can be used to further identify a particular controller. If the world wide port name is not supported, the agent will return a NULL string.

Fibre Channel Host Controller Firmware Version. This shows the host controller firmware version number. If the firmware version number is not supported, the agent will return a NULL string.

Fibre Channel Host Controller Option ROM Version. This shows the host controller option ROM version number. If the option ROM version number is not supported, the agent will return a NULL string.

External Array Snapshot Resource Volume Table. A table of snapshot resource volume entries.

External Array Snapshot Resource Volume Entry. A snapshot resource volume entry.

External Array Snapshot Resource Volume Storage Box Index. This is the index of the storage box that contains this snapshot resource volume.

External Array Snapshot Resource Volume Index. This index maps the snapshot resource volume to its associated logical drive (cpqFcaLogDrvIndex).

External Array Snapshot Resource Volume Active Instances. This is the number of active snapshot instances on this snapshot resource volume.

External Array Snapshot Resource Volume Disabled Instances. This is the number of disabled snapshot instances on this snapshot resource volume.

External Array Snapshot Resource Volume Allow Snapshot Creation. other (1) The agent is unable to determine if snapshot creation is allowed. allowed (2) Indicates that snapshot creation is allowed for this resource volume. notAllowed (3) Indicates that snapshot creation is not allowed for this resource volume. Enumeration: 'notAllowed': 3, 'other': 1, 'allowed': 2.

External Array Snapshot Resource Volume Id. This is the snapshot resource volume id. It can be used for identification purposes.

External Array Snapshot Resource Volume Source Volume Id. This is the snapshot resource volume source resource volume id. It can be used for identification purposes.

External Array Snapshot Resource Volume Total Space. This is total amount (megabytes) of resource pool space. If the value cannot be determined, 4,294,967,295 is returned.

External Array Snapshot Resource Volume Free Active Space. This is the amount of free space (megabytes) available for the current active snapshot. If the value cannot be determined, 4,294,967,295 is returned.

External Array Snapshot Resource Volume Free New Space. This is the amount of free space (megabytes) available for new snapshot creation. If the value cannot be determined, 4,294,967,295 is returned.

External Array Snapshot Resource Volume Status. The resource volume can be in one of the following states: other (1) The agent is unable to determine the status of the resource volume. ok (2) Indicates that the resource volume is in normal operation mode. unknownFailure (3) Indicates that an unknown failure has occurred. resourceVolDisconnected (4) Indicates that the resource volume has disconnected from the source volume. sourceVolNotLocated (5) Indicates that the resource volume could not locate the source volume. resourceVolNotLocated (6) Indicates that the source volume could not locate the resource volume. sourceVolFailed (7) Indicates that the source volume has failed. resourceVolFailed (8) Indicates that the resource volume has failed. sourceVolNotAvail (9) Indicates that the source volume is not available. resourceVolNotAvail (10) Indicates that the resource volume is not available. resourceVolObsolete (11) Indicates that the resource volume is obsolete. resourceVolObsoleteFailed (12) Indicates that the resource volume is obsolete and failed. Enumeration: 'ok': 2, 'sourceVolFailed': 7, 'sourceVolNotLocated': 5, 'sourceVolNotAvail': 9, 'resourceVolFailed': 8, 'resourceVolObsoleteFailed': 12, 'resourceVolNotAvail': 10, 'resourceVolObsolete': 11, 'other': 1, 'resourceVolNotLocated': 6, 'unknownFailure': 3, 'resourceVolDisconnected': 4.

External Array Snapshot Table. A table of snapshot entries.

External Array Snapshot Entry. A snapshot entry.

External Array Snapshot Storage Box Index. This is the index of the storage box that contains this snapshot.

External Array Snapshot Resource Volume Index. This is the index of the snapshot resource volume that contains this snapshot.

External Array Snapshot Index. This is a unique index for this snapshot.

External Array Snapshot Instance. This is the snapshot instance returned from the controller.

External Array Snapshot Used Space. This is the total amount of space (megabytes) used by this snapshot instance. If the value cannot be determined, 4,294,967,295 is returned.

External Array Snapshot Creation Date and Time. field octets contents range ===== ====== ======= ===== 1 1-2 year 0..65536 2 3 month 1..12 3 4 day 1..31 4 5 hour 0..23 5 6 minute 0..59 6 7 second 0..60 (use 60 for leap-second) This field will be set to year = 0 if the agent cannot provide the snapshot creation date. The year field is set with the most significant octet first.

External Array Snapshot Type. other (1) The agent is unable to determine the snapshot type. cow (2) Indicates that the snapshot type is copy on write. Enumeration: 'other': 1, 'cow': 2.

External Array Snapshot Mounted. other (1) The agent is unable to determine if the snapshot is mounted. mounted (2) Indicates that the snapshot is mounted and available to the operating system. notMounted (3) Indicates that the snapshot is not mounted. Enumeration: 'mounted': 2, 'other': 1, 'notMounted': 3.

External Array Snapshot Access. other (1) The agent is unable to determine if the snapshot is mounted. readWrite (2) Indicates that the snapshot is read-write. readOnly (3) Indicates that the snapshot is read-only. Enumeration: 'readWrite': 2, 'readOnly': 3, 'other': 1.

Fibre Channel Tape Controller Table.

Fibre Channel Tape Controller Entry.

Fibre Channel Tape Controller Index. This value is a logical number whose meaning is OS dependent. Each tape controller has one unique controller number associated with it.

Fibre Channel Tape Controller Status. The following values are defined: other(1) The agent is unable to determine the status of the tape controller. ok(2) The tape controller is OK. offline(3) The tape controller is offline. The tape controller may be powered off or there may be a cabling problem. Enumeration: 'offline': 3, 'other': 1, 'ok': 2.

Fibre Channel Tape Controller Condition. This value represents the condition of the tape controller. Enumeration: 'failed': 4, 'degraded': 3, 'other': 1, 'ok': 2.

Fibre Channel Tape Controller Index. This value represents the overall condition of the tape controller and any associated tape libraries. Enumeration: 'failed': 4, 'degraded': 3, 'other': 1, 'ok': 2.

Fibre Channel Tape Controller World Wide Name. This value can be used to further identify a particular tape controller. If the world wide name is not supported, the agent will return a NULL string.

Fibre Channel Tape Controller Firmware Revision. This shows the tape controller firmware revision number. If the firmware revision number is not supported, the agent will return a NULL string.

Fibre Channel Tape Controller Type. The following values are defined: other(1) The agent is unable to determine if the type of the tape controller. fiberTape(2) The original Fibre Channel Tape Controller. modularDataRouter(3) The Compaq Modular Data Router. extended(4) The tape controller is described by cpqFcTapeCntlrModel. Enumeration: 'modularDataRouter': 3, 'other': 1, 'extended': 4, 'fiberTape': 2.

Fibre Channel Tape Controller Model. This is the model name of the tape controller. It can be used for identification purposes. If the model name can not be determined, the agent will return a NULL string.

Fibre Channel Tape Controller Serial Number. This is the serial number of the tape controller. It can be used for identification purposes. If the serial number can not be determined, the agent will return a NULL string.

Fibre Channel Tape Library Table.

Fibre Channel Tape Library Entry.

Fibre Channel Tape Library Controller Index. This value is a logical number whose meaning is OS dependent. Each tape controller has one unique controller number associated with it.

Fibre Channel Tape Library Scsi Bus. The bus index indicates to which SCSI bus instance on a tape controller this table entry belongs.

Fibre Channel Tape Library Scsi Target. The target index indicates to which SCSI ID on a tape controller SCSI bus this table entry belongs.

Fibre Channel Tape Library Scsi Lun. The Lun index indicates to which logical unit on a SCSI ID on a tape controller SCSI bus this table entry belongs.

Fibre Channel Tape Library Serial Number. This is the unit serial number for the tape library. It can be used for identification purposes.

Fibre Channel Tape Library Model. This is the model name of the tape library. It can be used for identification purposes.

Fibre Channel Tape Firmware Revision. This is firmware revision level of the tape library. It can be used for identification purposes.

Fibre Channel Tape Library Status. The library can be in one of the following states: other(1) The library is in a state other than one of those listed below. ok(2) Indicates that the library is in normal operation mode. No user action is necessary. degraded(3) Indicates that the library has degraded in some manner. failed(4) Indicates that the library has failed and can no longer return data. The library may need to be replaced. offline(5) Indicates that the Insight Agents can no longer communicate with the library. This could be caused by a cabling problem or the library may be powered off. Enumeration: 'failed': 4, 'degraded': 3, 'other': 1, 'ok': 2, 'offline': 5.

Fibre Channel Tape Library Door Status. The door can be in one of the following states: other(1) The door is in a state other than one of those listed below. notSupported(2) The door status is not supported by the device. closed(3) The door is closed. open(4) The door is open. Enumeration: 'notSupported': 2, 'other': 1, 'open': 4, 'closed': 3.

Fibre Channel Tape Library Condition. This value represents the overall condition of the tape library.

Fibre Channel Tape Library Overall Condition. This value represents the overall condition of the tape library and any associated tape drives.

Fibre Channel Tape Library Last Error. This is the last error returned by the tape library.

Fibre Channel Tape Library Stat Hours. This is the number of hours of operation for the library.

Fibre Channel Tape Library Stat Moves. This is the number of tape moves for the library loader arm.

Fibre Channel Tape Library Tape Drive List. This is a data structure containing the list of tape drive ids that are present in this library. The format is: field octets contents ===== ====== ======== 1 1-2 Tape controller index 2 3 Tape drive SCSI bus 3 4 Tape drive SCSI target 4 5 Tape drive SCSI logical unit number These 5 octets are repeated for each drive in the library. For n tape drives in a library, the string is 5 * n octets long.

External Tape Library Location. This is the location of the tape library.

External Tape Library Temperature Status. The library temperature can be in one of the following states: other(1) The library temperature status is unknown. notSupported(2) Indicates that the library cannot detect or report temperature. ok(3) Indicates that the temperature of the library is within normal operating limits. safeTempExceeded(4) Indicates that the temperature of the library has exceeded the safe operational temperature. The library will continue to operate under this warning. maxTempExceeded(5) Indicates that the temperature of the library has exceeded normal operating limits to the extent that the library may no longer function. Enumeration: 'notSupported': 2, 'maxTempExceeded': 5, 'other': 1, 'ok': 3, 'safeTempExceeded': 4.

External Tape Library Redundancy Status. Redundancy status denotes the presence of internal redundant components such as fans, power supplies, etc. The library redundancy can be in one of the following states: other(1) The library redundancy status is unknown. notSupported(2) Indicates that the library cannot detect or report redundancy status. capable(3) Indicates that the library is capable of detecting and reporting redundant components but there are not enough redundant units installed to make redundancy active. notCapable(4) Indicates that the library is capable of detecting and reporting redundant components but there are no components that support redundancy. active(5) Indicates that the library is capable of detecting and reporting redundant components, there are enough redundant units installed, and redundancy is active. Enumeration: 'notSupported': 2, 'active': 5, 'notCapable': 4, 'other': 1, 'capable': 3.

External Tape Library Hot Swap Status. Hot swap status denotes the presence of hot swappable internal components such as drives, fans, power supplies, etc. The library hot swap status can be in one of the following states: other(1) The library hot swap status is unknown. notSupported(2) Indicates that the library cannot detect or report hot swap status. capable(3) Indicates that the library is capable of detecting and reporting hot swappable internal components and has at least one hot swappable component. notCapable(4) Indicates that the library is capable of detecting and reporting hot swappable internal components but there are no hot swappable components installed. Enumeration: 'notSupported': 2, 'notCapable': 4, 'other': 1, 'capable': 3.

Fibre Channel Tape Drive Table.

Fibre Channel Tape Drive Entry.

External Tape Drive Controller Index. This value is a logical number whose meaning is OS dependent. For tape controller has one unique controller number associated with it.

External Tape Drive Scsi Bus. The bus index indicates to which SCSI bus instance on a tape controller this table entry belongs.

External Tape Drive Scsi Target. The target index indicates to which SCSI ID on a tape controller SCSI bus this table entry belongs.

External Tape Drive Scsi Lun. The Lun index indicates to which logical unit on a SCSI ID on a tape controller SCSI bus this table entry belongs.

External Tape Drive Serial Number. This is the unit serial number for the tape drive. It can be used for identification purposes.

External Tape Drive Model. This is the model name of the tape drive. It can be used for identification purposes.

External Tape Drive Firmware Revision. This is firmware revision level of the tape drive. It can be used for identification purposes.

External Tape Drive Type. This is the drive type. It can be used for identification purposes. The following values are defined: other(1) The management agent does not recognize this model. You may need to upgrade your software. cpqDlt35-70(2) Compaq 35/70-Gigabyte DLT Tape Drive. Enumeration: 'cpqDlt35-70': 2, 'other': 1.

External Tape Drive Firmware Subtype. This is used to differentiate the firmware versions which have the same tape drive type (as specified by cpqFcTapeDriveType). Tape drives will contain a value of 1 for this variable when they first ship, and this value will be incremented if future versions are shipped which are not firmware compatible with the predecessor. If the tape drive does not support this capability, a value of 0 will be returned.

External Tape Drive Status. The tape drive can be in one of the following states: other(1) The tape drive is in a state other than one of those listed below. ok(2) Indicates that the tape drive is in normal operation mode. No user action is necessary. degraded(3) Indicates that the tape drive has degraded in some manner. failed(4) Indicates that the tape drive has failed and can no longer return data. The tape drive may need to be replaced. offline(5) Indicates that the agent can no longer communicate with the tape drive. This could be caused by a cabling problem or the tape drive may be powered off. missingWasOk(6) Indicates that a tape drive had a status of OK and is no longer present. The drive has been removed. missingWasOffline(7) Indicates that a tape drive had a status of OFFLINE and is no longer present. The drive has been removed. Enumeration: 'missingWasOffline': 7, 'ok': 2, 'missingWasOk': 6, 'failed': 4, 'other': 1, 'degraded': 3, 'offline': 5.

External Tape Drive Cleaning Required. This is an indication of whether the tape drive heads require a cleaning session to occur. If this variable indicates a need to clean the tape heads, then a cleaning tape will need to be inserted and run through a cleaning cycle. This variable can be in one of the following states: other(1) The tape drive does not support monitoring of the cleaning required status. true(2) The tape drive requires a cleaning tape session in order to clean the heads. false(3) The tape drive does not require any cleaning tape session. Enumeration: 'false': 3, 'other': 1, 'true': 2.

External Tape Drive Cleaning Tape Replacement. This variable is only applicable to autoloader tape drives. This variable indicates whether the cleaning tape which is inserted in an autoloader needs to be replaced because its cleaning capability is exhausted (it is at end of tape). This variable can be in one of the following states: other(1) The tape drive does not support monitoring of the cleaning tape replacement status. true(2) The autoloader tape drive requires a new cleaning tape to be inserted. false(3) The tape drive does not require a new cleaning tape. Enumeration: 'false': 3, 'other': 1, 'true': 2.

External Tape Drive Condition. This value represents the overall condition of the tape drive.

External Tape Drive Cleaning Tape Count. This variable is a count from a tape drive of the number of cleanings done by the tape cleaner last in the drive.

External Tape Drive Library Drive. This variable indicates whether or not the tape drive is part of a tape library. It can be in one of the following states: other(1) Indicates that the storage agent cannot determine if the tape drive is part of a tape library. true(2) The tape drive is part of a tape library. false(3) The tape drive is not part of a tape library. Enumeration: 'false': 3, 'other': 1, 'true': 2.

External Tape Drive Location. This is the location of the tape drive.

External Tape Drive Hot Plug Support Status. The following values are defined: other(1) The agent is unable to determine if this drive supports hot plug replacement. hotPlug(2) The drive supports hot plug replacement. nonhotPlug(3) The drive does not support hot plug replacement. Enumeration: 'other': 1, 'nonHotPlug': 3, 'hotPlug': 2.

External Tape Drive Bay. For drives in a hot plug storage system, this is the bay where the tape drive is located. If the value cannot be determined or is not applicable, the value is set to -1.

External Tape Drive Current Width. The following values are defined: other(1) The agent is unable to determine the current negotiated data transfer width for this drive. narrow(2) The negotiated data transfer width for this drive is narrow (8 data bits). wide16(3) The negotiated data transfer width for this drive is wide (16 data bits). Enumeration: 'wide16': 3, 'other': 1, 'narrow': 2.

External Tape Drive Current Data Transfer Speed. The following values are defined: other(1) The agent is unable to determine the current negotiated data transfer speed for this drive. asynchronous(2) The negotiated data transfer speed for this drive is asynchronous. fast(3) The negotiated data transfer speed for this drive is 10 million transfers per second). ultra(4) The negotiated data transfer speed for this drive is 20 million transfers per second. ultra2(5) The negotiated data transfer speed for this drive is 40 million transfers per second. ultra3(6) The negotiated data transfer speed for this drive is 80 million transfers per second. Enumeration: 'ultra2': 5, 'ultra3': 6, 'other': 1, 'asynchronous': 2, 'fast': 3, 'ultra': 4.

Fibre Channel Tape Counters Table.

Fibre Channel Tape Counters Entry.

Fibre Channel Tape Counters Controller Index. This value is a logical number whose meaning is OS dependent. Each tape controller has one unique controller number associated with it.

Fibre Channel Tape Counters Scsi Bus. The bus index indicates to which SCSI bus instance on a tape controller this table entry belongs.

Fibre Channel Tape Counters Scsi Target. The target index indicates to which SCSI ID on a tape controller SCSI bus this table entry belongs.

Fibre Channel Tape Counters Scsi Lun. The Lun index indicates to which logical unit on a SCSI ID on a tape controller SCSI bus this table entry belongs.

Tape Device Re-write count. This is the number of times blocks had to be re-written to the device. This value is maintained since the Tape Hardware Interface driver was loaded. Re-write errors may occasionally occur. If this value should rise dramatically, you may need to clean the device. If you continue to have re-writes, you may have a problem. Some common causes include radio frequency interference (RFI) on the bus cables, bad or missing terminating resisters on the drives or having more than one device with the same SCSI ID. Insure the bus cable is free of obstructions and that the devices on the bus are properly configured.

Tape Device Re-read count. This is the number of times blocks had to be re-read from the device. This value is maintained since the Tape Hardware Interface driver was loaded. Re-read errors may occasionally occur. If this value should rise dramatically, you may need to clean the device. If you continue to have re-reads, you may have a problem. Some common causes include radio frequency interference (RFI) on the bus cables, bad or missing terminating resisters on the drives or having more than one device with the same SCSI ID. Insure the bus cable is free of obstructions and that the devices on the bus are properly configured.

Tape Device Total Errors. This is the total number of read/write errors encountered. This value is maintained since the Tape Hardware Interface driver was loaded. Errors may occasionally occur. If this value should rise dramatically, you may need to clean the device. If you continue to have errors, you may have a problem. Some common causes include radio frequency interference (RFI) on the bus cables, bad or missing terminating resisters on the drives or having more than one device with the same SCSI ID. Insure the bus cable is free of obstructions and that the devices on the bus are properly configured.

Tape Device Total Uncorrectable Errors. This is the total number of read and write errors which could not be corrected. This value is maintained since the Tape Hardware Interface driver was loaded. Errors may occasionally occur. If this value should rise dramatically, you may need to clean the device. If you continue to have errors, you may have a problem. Some common causes include radio frequency interference (RFI) on the bus cables, bad or missing terminating resisters on the drives or having more than one device with the same SCSI ID. Insure the bus cable is free of obstructions and that the devices on the bus are properly configured.

Tape Device Total Bytes. This is the number total number of bytes read/written to the tape currently installed in the device. This value is reset whenever a new tape is inserted into the device.

Fibre Channel Switch Table.

Fibre Channel Switch Entry.

Fibre Channel Switch Index. This value is a logical number whose meaning is OS dependent. Each switch has one unique controller number associated with it.

Fibre Channel Switch Location. The following values are defined: other(1) The agent is unable to determine if the switch is internal or external to the storage system chassis. internal(2) The switch is located in the storage system chassis. external(3) The switch is located outside the storage system chassis. Enumeration: 'other': 1, 'internal': 2, 'external': 3.

Fibre Channel Switch Chassis Index. The chassis index indicates the storage system in which this switch resides. If the switch does not reside in a storage system chassis, then this field is invalid and a value of 65535 will be returned.

Fibre Channel Switch Chassis Slot. The chassis slot identifies the physical slot of the storage system in which this switch resides. If the switch does not reside in a storage system chassis, then this field is invalid and a value of 255 will be returned.

Fibre Channel Switch World Wide Node Name. This value can be used to further identify a particular controller. If the world wide node name is not supported, the agent will return a NULL string.

Fibre Channel Switch World Wide Port Name. This value can be used to further identify a particular controller. If the world wide port name is not supported, the agent will return a NULL string.

Fibre Channel Switch IP Address. This is the IP address of the switch. If the IP address is not supported, the agent will return a NULL string.

Fibre Channel Switch IP Gateway. This is the IP gateway of the switch. If the IP gateway is not supported, the agent will return a NULL string.

Fibre Channel Switch IP Subnet. This is the IP subnet of the switch. If the IP subnet is not supported, the agent will return a NULL string.

Fibre Channel Switch Name. This is the name of the switch. If the name is not supported, the agent will return a NULL string.

Fibre Channel Switch Network Link Status. The following values are defined: other(1) The agent is unable to determine the status of the switch network link. active(2) The switch network link is active. notActive(3) The switch network link is not active. Enumeration: 'active': 2, 'notActive': 3, 'other': 1.

Fibre Channel Switch Fibre Channel Connection Status. The following values are defined: other(1) The agent is unable to determine the status of the switch fibre channel connection. ok(2) The switch Fibre Channel connection is OK. offline(3) The switch Fibre Channel connection is offline. Enumeration: 'offline': 3, 'other': 1, 'ok': 2.

Fibre Channel Switch Firmware Revision. This is firmware revision level of the Fibre channel switch.

External Array Logical Drive Status Change. This trap signifies that the agent has detected a change in the status of a External Array logical drive. The variable cpqFcaLogDrvStatus indicates the current logical drive status. User Action: If the logical drive status is failed, examine the array for failed drives that need replacement.

External Array Spare Drive Status Change. This trap signifies that the agent has detected a change in the status of a External Array spare drive. The variable cpqFcaSpareStatus indicates the current spare drive status. The variable cpqFcaSpareBusNumber indicates the SCSI bus number associated with this drive. User Action: If the spare drive status is failed, replace the drive.

External Array Physical Drive Status Change. This trap signifies that the agent has detected a change in the status of a physical drive. The variable cpaFcaPhyDrvStatus indicates the current physical drive status. The variable cpqFcaPhyDrvBusNumber indicates the SCSI bus number associated with this drive. User Action: If the physical drive status is threshExceeded(4), predictiveFailure(5) or failed(6), replace the drive.

External Array Accelerator Board Status Change. This trap signifies that the agent has detected a change in the cpqFcaAccelStatus of a Array Accelerator Cache Board. The current status is represented by the variable cpqFcaAccelStatus. User Action: None.

External Array Accelerator Board Bad Data. This trap signifies that the agent has detected a Array Accelerator Cache Board that has lost battery power. If data was being stored in the accelerator memory when the system lost power, that data has been lost. User Action: Verify that no data has been lost.

External Array Accelerator Board Battery Failed. This trap signifies that the agent has detected a battery failure associated with the Array Accelerator Cache Board. User Action: Replace the Accelerator Cache Board.

External Array Controller Status Change. This trap signifies that the agent has detected a change in the status of a External Array Controller. The variable cpqFcaCntlrStatus indicates the current controller status. User Action: If the controller status is offline, access to the storage box has been lost. Check the storage box and all fibre channel connections for problems.

Fibre Channel Tape Controller Status Change. This trap signifies that the agent has detected a change in the status of a Fiber Channel Tape Controller. The variable cpqFcTapeCntlrStatus indicates the current tape controller status. The variable cpqFcTapeCntlrWWN indicates the unique tape controller world wide name associated with this controller. User Action: If the tape controller status is offline, access to the tape library and tapes has been lost. Check the tape library and all Fibre connections for problems.

Fibre Channel Tape Library Status Change. This trap signifies that the agent has detected a change in the status of a Fiber Channel Tape library. The variable cpqFcTapeLibraryStatus indicates the current tape library status. The variable cpqFcTapeLibraryScsiTarget indicates the SCSI ID of the tape library. User Action: If the tape library is failed or offline, check the tape library front panel and all fibre channel connections.

Fibre Channel Tape Library Door Status Change. This trap signifies that the agent has detected a change in the door status of a Fiber Channel Tape library. The variable cpqFcTapeLibraryDoorStatus indicates the current tape library door status. The variable cpqFcTapeLibraryScsiTarget indicates the the SCSI ID of the tape library. User Action: If the tape library door is open, close the tape library door.

Fibre Channel Tape Drive Status Change. This trap signifies that the agent has detected a change in the status of a Fiber Channel Tape Drive. The variable cpqFcTapeDriveStatus indicates the current tape status. The variable cpqFcTapeDriveScsiTarget indicates the the SCSI ID of the tape drive. User Action: If the tape is failed or offline, check the tape and all fibre channel connections.

Fibre Channel Tape Drive Cleaning Required trap. The agent has detected a tape drive that needs to have a cleaning tape inserted and run. This will cause the tape drive heads to be cleaned.

Fibre Channel Tape Drive Cleaning Tape Needs Replacing. The agent has detected that an autoloader tape unit has a cleaning tape that has been fully used and therefore needs to be replaced with a new cleaning tape.

External Array Redundant Controller Active. This trap signifies that the Storage Agent has detected that a backup array controller in a duplexed pair has switched over to the active role. The variable cpqFcaCntlrBoxIoSlot indicates the new active controller index. User Action: Check the partner controller for problems. If this was the result of a user initiated switch over, no action is required.

Fibre Channel Host Controller Status Change. This trap signifies that the Insight Agent has detected a change in the status of a Fibre Channel Host Controller. The variable cpqFcaHostCntlrStatus indicates the current controller status. User Action: If the controller status is failed, replace the controller.

External Array Physical Drive Status Change. This trap signifies that the agent has detected a change in the status of a physical drive. The variable cpaFcaPhyDrvStatus indicates the current physical drive status. User Action: If the physical drive status is threshExceeded(4), predictiveFailure(5), failed(6) or unsupportedDrive(7), replace the drive.

External Array Accelerator Board Status Change. This trap signifies that the agent has detected a change in the status of a Array Accelerator Cache Board. The current status is represented by the variable cpqFcaAccelStatus. User Action: If the accelerator board status is permDisabled(5), you may need to replace the accelerator board.

External Array Accelerator Board Bad Data. This trap signifies that the agent has detected a Array Accelerator Cache Board that has lost battery power. If data was being stored in the accelerator memory when the system lost power, that data has been lost. User Action: Verify that no data has been lost.

External Array Accelerator Board Battery Failed. This trap signifies that the agent has detected a battery failure associated with the Array Accelerator Cache Board. User Action: Replace the Accelerator Cache Board.

External Array Controller Status Change. This trap signifies that the agent has detected a change in the status of a External Array Controller. The variable cpqFcaCntlrStatus indicates the current controller status. User Action: If the controller status is offline(4), access to the storage box has been lost. Check the storage box and all fibre channel connections for problems.

Fibre Channel Host Controller Status Change. This trap signifies that the agent has detected a change in the status of a Fibre Channel Host Controller. The variable cpqFcaHostCntlrStatus indicates the current controller status. User Action: If the controller status is failed, replace the controller.

External Array Logical Drive Status Change. This trap signifies that the agent has detected a change in the status of an External Array logical drive. The variable cpqFcaLogDrvStatus indicates the current logical drive status. User Action: If the logical drive status is failed, examine the array for failed drives that need replacement.

External Tape Drive Status Change. This trap signifies that the agent has detected a change in the status of an External Tape Drive. The variable cpqFcTapeDriveStatus indicates the current tape status. User Action: If the tape is failed or offline, check the tape and all connections.

External Tape Drive Cleaning Required. The agent has detected a tape drive that needs to have a cleaning tape inserted and run. This will cause the tape drive heads to be cleaned.

External Tape Drive Cleaning Tape Needs Replacing. The agent has detected that an autoloader tape unit has a cleaning tape that has been fully used and therefore needs to be replaced with a new cleaning tape.

External Tape Library Status Change. This trap signifies that the agent has detected a change in the status of an External Tape library. The variable cpqFcTapeLibraryStatus indicates the current tape library status. User Action: If the tape library is failed or offline, check the tape library front panel and all connections.

External Tape Library Door Status Change. This trap signifies that the agent has detected a change in the door status of an External Tape library. The variable cpqFcTapeLibraryDoorStatus indicates the current tape library door status. User Action: If the tape library door is open, close the tape library door.

Fibre Channel Host Controller Status Change. This trap signifies that the agent has detected a change in the status of a Fibre Channel Host Controller. The variable cpqFcaHostCntlrStatus indicates the current controller status. User Action: If the controller status is failed, replace the controller.