Show Configuration Command Output
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This appendix includes a list of the items included in the output of the show configuration command and the sample XML output of the show configuration XML file command. Regardless of the file format, xml, txt, or onscreen, the output content is the same.
Topics in this appendix include:
For details on how to execute the show configuration command, see show configuration.
Show Configuration Output
The show configuration command runs the following commands:
- show inquiry-data
- show unique-identifier
- show controller-name
- show network-parameters
- show host-parameters
- show drive-parameters
- show redundant-controller
- show redundancy-mode
- show cache-parameters
- show RS232-configuration
- show channels
- show disks
- show logical-drive
- show logical-volumes
- show partitions
- show lun-maps
- show protocol
- show auto-write-through-trigger
- show peripheral-device-status
- show SES
- show port-WWNs
- show inter-controller-link
- show battery-status
- show SAF-TE
- show enclosure-status
- show sata-router
- show sata-mux
- show host-wwns
- show FRUs
- show access-mode
- show controller-date
- show disk array
The XML output produced by show configuration --xml includes the following data.
The Inquiry Data output shows:
- Vendor
- Product
- Model
- Firmware Revision
- ID of NVRAM Defaults
- Boot Record Version
- MAC Address
- IP Address
- Primary Serial Number
- Secondary Serial Number
- Ethernet Address
- Device Type
The Unique Identifier output shows:
The Controller Name output shows:
The Network Parameters output shows:
- IP Address
- Netmask
- Gateway
- Mode
The Host Parameters output shows:
- LUNs per host
- Queue depth
- Fibre connection
- Inband management
The Drive Parameters output shows:
- SCSI Motor Start-up
- Power-up SCSI Reset
- Disk Access Latency
- SCSI I/O Timeout
- Tag Count Per Drive
- Drive Check Time Period
- Enclosure Polling Period
- Auto-detect Drive Check
- Drive SMART
- Auto Global Spare
The Redundant Controller output shows:
- Controller configuration
- Cache synchronization
- Host channel failover mode
- Local/Remote redundant mode
- Write-through data synchronization
- Secondary RS232 port status
- Communication channel type
The Redundancy output shows:
- Role
- Primary Controller Serial Number
- Redundancy Mode
- Redundant Status
- Secondary Controller Serial Number
The Cache Parameters output shows:
- Write policy mode
- I/O optimization
- Synchronization period
The RS-232 Parameters output shows:
The Channel output shows:
- Channel ID
- Channel type
- Media type
- PID
- SID
- Current Clock Speed
- Current Width
The Disks output shows:
- Channel Number
- Target Number
- Status
- Manufacturer
- Model
- Serial Number
- Product Revision
- Capacity
- Size Remaining
- Speed
- LD-ID
The Logical Drive output shows:
- Logical Drive ID Number (eight-digit hex)
- Logical Drive IDX
- Assignment
- Status
- RAID Level
- Number of Drives
- Physical Drives
- Size
- Total Partitions
- Stripe size
- Write-policy mode
The Logical Volume output shows:
- Logical Volume ID Number (eight-digit hex)
- Logical Volume IDX
- Controller assignment
- Size
- Write-policy mode
- Logical drive assignment
The Partitions output shows:
- Logical drive/Logical volume ID
- Partition IDX
- Size
The LUN maps output shows:
- Channel ID
- Target ID
- LUN
- Partition IDX
- Controller assignment
- Filter map
The Protocol output shows:
- Protocol type
- Status
- Port number
- Parameters
The Automatic Write-Through Trigger output shows:
- Controller failure status
- Battery backup status
- UPS AC power loss status
- Power supply status
- Fan failure status
- Temperature exceeded delay status
The Peripheral Device output shows:
- CPU primary temperature sensor
- Board 1 primary temperature sensor
- Board 2 primary temperature sensor
- +3.3V primary value
- +5V primary value
- +12V primary value
- Battery backup primary battery
- CPU secondary temperature sensor
- Board 1 secondary temperature sensor
- Board 2 secondary temperature sensor
- +3.3V secondary value
- +5V secondary value
- +12V secondary value
- Battery backup secondary battery
The SES output shows:
- Channel
- ID
- Chassis Serial Number
- Vendor Product ID
- Revision
- PLD Revision
- WWNN
- WWPN
- Topology
The Port WWN output shows:
The Inter-Controller Link (ICL) output shows:
- Channel Number
- Bypass Status
The Battery Status output shows:
- Name
- Type
- Manufacturing Date
- Placed In-Service Date
- Expiration Date
- Status
The SAF-TE output shows:
- Channel
- ID
- Chassis Serial Number
- Vendor
- Product ID
- Revision
- Package Revision
The Enclosure Status output shows:
- SAF-TE or SES package and revision information
- Fan status
- Power supply status
- Temperature sensor status
- Disk slot status
- EMU status
- SCSI channel type
The SATA router output shows:
- Enclosure ID
- Enclosure serial number
- Channel
- Slot
- Revision
- Boot revision
- CSB revision
- Hardware revision
The SATA MUX output shows:
- Channel
- ID
- MUX serial number
- MUX type
- Path controller (PC150) revision
- Path controller (PC150) boot revision
The Host WWN output shows:
The FRU information output shows:
- Name
- Description
- Part Number
- Serial Number
- Revision
- Initial Hardware Dash Level
- FRU Shortname
- Manufacturing Date
- Manufacturing Location
- Manufacturer JEDEC ID
- FRU Location
- Chassis Serial Number
- Status
The Access Mode output shows:
The Controller Date output shows:
- Boot time
- Current time
- Time zone
The Disk Array output shows:
- Verify On Initialization
- Verify On Rebuild
- Verify On Normal
- Rebuild Priority
XML DTD for the show configuration --xml Command
The show configuration --xml command conforms to the following DTD.
<?xml version=”1.0” ?>
<!-- ****************************************************** -->
<!-- Root element, the RAID BaseView -->
<!-- ****************************************************** -->
<!ELEMENT raidbaseview (raidsystem*)>
<!-- ********************************************************* -->
<!-- raidsystem element : The entire RAID system, which -->
<!-- consists of: -->
<!-- name: The RAID System name -->
<!-- status: the system status -->
<!-- manufacturer: -->
<!-- model: product model -->
<!-- firmware_version: Firmware version -->
<!-- bootrecord_version: Boot Record version. -->
<!-- mac_address: network MAC address. -->
<!-- ip: network IP address. -->
<!-- netmask: network mask address. -->
<!-- gateway: network gateway address. -->
<!-- (optional) -->
<!-- primary_sn: Primary Serial Number -->
<!-- secondary_sn: Secondary Serial Number -->
<!-- (optional) -->
<!-- controller_name: Controller Name -->
<!-- unique_id: Unique ID of the RAID System. -->
<!-- id_of_nvram_defaults: -->
<!-- total_logical_drives: -->
<!-- total_partitions: -->
<!-- total_physical_drives: Total Physical Drivers -->
<!-- total_ses_devices: -->
<!-- cache_size: -->
<!-- cpu: -->
<!-- fru: Controller FRU info -->
<!-- (optional) -->
<!-- channel: RAID System Channel info. -->
<!-- network: network channel info -->
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<!-- (optional) -->
<!-- com_port: RAID System COM port info -->
<!-- cache_param: Cache parameter -->
<!-- array_param: Disk Array parameter -->
<!-- drive_param: Disk side parameter -->
<!-- host_param: Host side parameter -->
<!-- redundant_param: is system in redundant model -->
<!-- logical_volume Logical Volumes -->
<!-- (optional) -->
<!-- logical_drive: Logical Drivers -->
<!-- (optional) -->
<!-- ses: the SES device info -->
<!-- (optional) -->
<!-- port_wwn: port wwn info (optional) -->
<!-- inter_controller_link: controller internal link info -->
<!-- (optional) -->
<!-- battery_status: Battery status -->
<!-- (optional) -->
<!-- config_components Disk and SAFTE device info. -->
<!-- hostwwns: host wwn info (optional) -->
<!-- -->
<!-- boot_time: the controller boot time -->
<!-- time_zone: time zone -->
<!-- access_mode: the accesse mode: can be inband or out-of-band -->
<!-- controller_date: the controller current time -->
<!-- enclosure: the enclosure information -->
<!-- network_protocol: one network protocol -->
<!-- peripheral_device: peripheral device configuration -->
<!-- peripheral_device_status: peripheral device status -->
<!-- total_sata_mux: total sata mux number -->
<!-- total_sata_routers: total sata router number -->
<!-- ********************************************************* -->
<!ELEMENT raidsystem (name,status,manufacturer,model,firmware_version,
bootrecord_version,mac_address?,ip?,netmask?,gateway?,
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primary_sn,secondary_sn?,controller_name,unique_id?,
id_of_nvram_defaults?,total_logical_drives,total_partitions,
total_physical_drives,total_ses_devices,cache_size,
cpu,fru*,channel+,network*,com_port+,cache_param,
array_param,drive_param,host_param,redundant_param,
logical_volume*,logical_drive*,ses*,
port_wwns*,inter_controller_link+,
battery_status*,config_components,
hostwwns*,
boot_time,time_zone,access_mode,controller_date,
enclosure+,network_protocol*,peripheral_device,
peripheral_device_status,total_sata_mux,
total_sata_routers)>
<!-- ****************************************************** -->
<!-- total_sata_routers element: -->
<!-- ****************************************************** -->
<!ELEMENT total_sata_routers (#PCDATA)>
<!-- ****************************************************** -->
<!-- total_sata_mux element: -->
<!-- ****************************************************** -->
<!ELEMENT total_sata_mux (#PCDATA)>
<!-- ****************************************************** -->
<!-- controller_date element: -->
<!-- ****************************************************** -->
<!ELEMENT controller_date (#PCDATA)>
<!-- ****************************************************** -->
<!-- access_mode element: -->
<!-- ****************************************************** -->
<!ELEMENT access_mode (#PCDATA)>
<!-- ****************************************************** -->
<!-- time_zone element: -->
<!-- ****************************************************** -->
<!ELEMENT time_zone (#PCDATA)>
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<!-- ****************************************************** -->
<!-- boot_time element: -->
<!-- ****************************************************** -->
<!ELEMENT boot_time (#PCDATA)>
<!-- ****************************************************** -->
<!-- name element: -->
<!-- ****************************************************** -->
<!ELEMENT name (#PCDATA)>
<!-- ****************************************************** -->
<!-- status element: -->
<!-- It may be one of Online, Offline, -->
<!-- Critical, Degraded -->
<!-- ****************************************************** -->
<!ELEMENT status (#PCDATA)>
<!-- ****************************************************** -->
<!-- manufacturer element: -->
<!-- ****************************************************** -->
<!ELEMENT manufacturer (#PCDATA)>
<!-- ****************************************************** -->
<!-- model element: -->
<!-- ****************************************************** -->
<!ELEMENT model (#PCDATA)>
<!-- ****************************************************** -->
<!-- firmware_version element: -->
<!-- The RAID system Firmware version -->
<!-- format is major.minorEnginer -->
<!-- ****************************************************** -->
<!ELEMENT firmware_version (#PCDATA)>
<!-- ****************************************************** -->
<!-- bootrecord_version element: -->
<!-- The RAID system boot record version -->
<!-- ****************************************************** -->
<!ELEMENT bootrecord_version (#PCDATA)>
|
<!-- ****************************************************** -->
<!-- primary_sn element: -->
<!-- The RAID system primary controller serial number -->
<!-- ****************************************************** -->
<!ELEMENT primary_sn (#PCDATA)>
<!-- ****************************************************** -->
<!-- secondary_sn element: -->
<!-- The RAID system secondary controller serial number -->
<!-- It is optional, for some systems may have only -->
<!-- one controller -->
<!-- ****************************************************** -->
<!ELEMENT secondary_sn (#PCDATA)>
<!-- ****************************************************** -->
<!-- controller_name element: -->
<!-- The RAID system controller name -->
<!-- ****************************************************** -->
<!ELEMENT controller_name (#PCDATA)>
<!-- ****************************************************** -->
<!-- unique_id element: -->
<!-- The RAID system Unique ID -->
<!-- ****************************************************** -->
<!ELEMENT unique_id (#PCDATA)>
<!-- ****************************************************** -->
<!-- id_of_nvram_defaults element: -->
<!-- ****************************************************** -->
<!ELEMENT id_of_nvram_defaults (#PCDATA)>
<!-- ****************************************************** -->
<!-- total_logical_drives element: -->
<!-- The RAID system total logical -->
<!-- drive number -->
<!-- ****************************************************** -->
<!ELEMENT total_logical_drives (#PCDATA)>
<!-- ****************************************************** -->
<!-- total_partitions element: -->
<!-- The RAID system total partition -->
<!-- number -->
<!-- ****************************************************** -->
<!ELEMENT total_partitions (#PCDATA)>
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<!-- ****************************************************** -->
<!-- total_physical_drives element: -->
<!-- The RAID system total physical drives -->
<!-- number -->
<!-- ****************************************************** -->
<!ELEMENT total_physical_drives (#PCDATA)>
<!-- ****************************************************** -->
<!-- total_ses_devices element: -->
<!-- The RAID system total SAFTE device -->
<!-- number -->
<!-- ****************************************************** -->
<!ELEMENT total_ses_devices (#PCDATA)>
<!-- ****************************************************** -->
<!-- cache_size element: The cache size, in binary MB -->
<!-- ****************************************************** -->
<!ELEMENT cache_size (#PCDATA)>
<!-- ****************************************************** -->
<!-- cpu element: The CPU type of the RAID system -->
<!-- ****************************************************** -->
<!ELEMENT cpu (#PCDATA)>
<!-- ******************************************************** -->
<!-- fru element: The FRU info of one part of the RAID system -->
<!-- It includes these elements -->
<!-- idx: the index -->
<!-- name: the name of the FRU -->
<!-- description: -->
<!-- part_number: the part number -->
<!-- serial_number: the serial number -->
<!-- revision: -->
<!-- manufacturing_date: Manufacture Date -->
<!-- manufacturing_location: Manufacture Location -->
<!-- manufacturer_jedec_id: Vendor JEDEC ID -->
<!-- fru_location: -->
<!-- chassis_serial_number: sn -->
<!-- ******************************************************** -->
<!ELEMENT fru (idx,name,description,part_number,serial_number,
revision,manufacturing_date,manufacturing_location,
manufacturer_jedec_id,fru_location,
chassis_serial_number, fru_status)>
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<!-- ****************************************************** -->
<!-- fru_status element: -->
<!-- ****************************************************** -->
<!ELEMENT fru_status (#PCDATA)>
<!-- ****************************************************** -->
<!-- idx element: -->
<!-- ****************************************************** -->
<!ELEMENT idx (#PCDATA)>
<!-- ****************************************************** -->
<!-- part_number element: -->
<!-- ****************************************************** -->
<!ELEMENT part_number (#PCDATA)>
<!-- ****************************************************** -->
<!-- revision element: -->
<!-- ****************************************************** -->
<!ELEMENT revision (#PCDATA)>
<!-- ****************************************************** -->
<!-- manufacturer_jedec_id element: -->
<!-- ****************************************************** -->
<!ELEMENT manufacturer_jedec_id (#PCDATA)>
<!-- ****************************************************** -->
<!-- fru_location element: -->
<!-- ****************************************************** -->
<!ELEMENT fru_location (#PCDATA)>
<!-- ****************************************************** -->
<!-- chassis_serial_number element: -->
<!-- ****************************************************** -->
<!ELEMENT chassis_serial_number (#PCDATA)>
<!-- ****************************************************** -->
<!-- manufacturing_date element: -->
<!-- ****************************************************** -->
<!ELEMENT manufacturing_date (#PCDATA)>
<!-- ****************************************************** -->
<!-- manufacturing_location element: -->
<!-- ****************************************************** -->
<!ELEMENT manufacturing_location (#PCDATA)>
|
<!-- ****************************************************** -->
<!-- description element: -->
<!-- ****************************************************** -->
<!ELEMENT description (#PCDATA)>
<!-- ******************************************************** -->
<!-- channel element: The channel info of the RAID system -->
<!-- It include these elements -->
<!-- idx: the index, the physical channel number -->
<!-- logchl: Logical Channel number -->
<!-- mode: Channel model -->
<!-- type: Channel Type -->
<!-- pid: Channel PID -->
<!-- sid: Channel SID -->
<!-- term: Channel Terminal -->
<!-- defclk: Channel default clock -->
<!-- curclk: Channel current clock -->
<!-- defwid: Channel default width -->
<!-- curwid: Channel current width -->
<!-- *************************************************** -->
<!ELEMENT channel (idx,logchl,mode,type,pid,sid,term,
defclk,curclk,defwid,curwid)>
<!-- ****************************************************** -->
<!-- logchl element: Logical Channel number -->
<!-- ****************************************************** -->
<!ELEMENT logchl (#PCDATA)>
<!-- ****************************************************** -->
<!-- mode element: The Channel work mode can be “Host” -->
<!-- “Drive”, “RCCOM”, “Other” -->
<!-- ****************************************************** -->
<!ELEMENT mode (#PCDATA)>
<!-- ****************************************************** -->
<!-- type element: Channel type can be “SCSI” “PCI” “FC” -->
<!-- ****************************************************** -->
<!ELEMENT type (#PCDATA)>
<!-- ****************************************************** -->
<!-- pid element: PID of this channel -->
<!-- ****************************************************** -->
<!ELEMENT pid (#PCDATA)>
|
<!-- ****************************************************** -->
<!-- sid element: SID of this channel -->
<!-- ****************************************************** -->
<!ELEMENT sid (#PCDATA)>
<!-- ****************************************************** -->
<!-- defclk element: Default clock -->
<!-- ****************************************************** -->
<!ELEMENT defclk (#PCDATA)>
<!-- ****************************************************** -->
<!-- defwid element: Default width -->
<!-- ****************************************************** -->
<!ELEMENT defwid (#PCDATA)>
<!-- ****************************************************** -->
<!-- term element: This channel have term or not -->
<!-- ****************************************************** -->
<!ELEMENT term (#PCDATA)>
<!-- ****************************************************** -->
<!-- defclk element: Current clock -->
<!-- ****************************************************** -->
<!ELEMENT curclk (#PCDATA)>
<!-- ****************************************************** -->
<!-- defwid element: Current width -->
<!-- ****************************************************** -->
<!ELEMENT curwid (#PCDATA)>
<!-- ******************************************************** -->
<!-- network element: The channel info of the RAID system -->
<!-- It includes these elements -->
<!-- idx: -->
<!-- mac_address: -->
<!-- static_address: -->
<!-- transfer_speed_configurable: -->
<!-- current_transfer_speed: -->
<!-- supported_transfer_speed: -->
<!-- mac_address_configurable: -->
<!-- *************************************************** -->
|
<!ELEMENT network (idx,mac_address,static_address,
transfer_speed_configurable,
current_transfer_speed,supported_transfer_speed,
mac_address_configurable)>
<!-- ****************************************************** -->
<!-- mac_address element: Mac address -->
<!-- format is ##:##:##:##:##:## -->
<!-- ****************************************************** -->
<!ELEMENT mac_address (#PCDATA)>
<!-- ****************************************************** -->
<!-- transfer_speed_configurable element: -->
<!-- ****************************************************** -->
<!ELEMENT transfer_speed_configurable (#PCDATA)>
<!-- ****************************************************** -->
<!-- current_transfer_speed element: in MB -->
<!-- ****************************************************** -->
<!ELEMENT current_transfer_speed (#PCDATA)>
<!-- ****************************************************** -->
<!-- supported_transfer_speed element: in MB -->
<!-- ****************************************************** -->
<!ELEMENT supported_transfer_speed (#PCDATA)>
<!-- ****************************************************** -->
<!-- mac_address_configurable element: Enable, Disable -->
<!-- ****************************************************** -->
<!ELEMENT mac_address_configurable (#PCDATA)>
<!-- ****************************************************** -->
<!-- static_address element: -->
<!-- ****************************************************** -->
<!ELEMENT static_address (ip, netmask, gateway)>
<!-- ****************************************************** -->
<!-- ip element: IP address -->
<!-- ****************************************************** -->
<!ELEMENT ip (#PCDATA)>
<!-- ****************************************************** -->
<!-- netmask element: -->
<!-- ****************************************************** -->
<!ELEMENT netmask (#PCDATA)>
|
<!-- ****************************************************** -->
<!-- gateway element: -->
<!-- ****************************************************** -->
<!ELEMENT gateway (#PCDATA)>
<!-- ******************************************************** -->
<!-- com_port element: The RS-232 port info -->
<!-- It includes these elements -->
<!-- idx: the index -->
<!-- max_bps: -->
<!-- min_bps: -->
<!-- default_bps: -->
<!-- current_bps: -->
<!-- *************************************************** -->
<!ELEMENT com_port (idx, max_bps, min_bps, default_bps, current_bps)>
<!-- ****************************************************** -->
<!-- max_bps element: Max baud rate, in BPS -->
<!-- ****************************************************** -->
<!ELEMENT max_bps (#PCDATA)>
<!-- ****************************************************** -->
<!-- min_bps element: Min baud rate, in BPS -->
<!-- ****************************************************** -->
<!ELEMENT min_bps (#PCDATA)>
<!-- ****************************************************** -->
<!-- default_bps element: Default baud rate, in BPS -->
<!-- ****************************************************** -->
<!ELEMENT default_bps (#PCDATA)>
<!-- ****************************************************** -->
<!-- current_bps element: Current baud rate, in BPS -->
<!-- ****************************************************** -->
<!ELEMENT current_bps (#PCDATA)>
|
<!-- ******************************************************** -->
<!-- drive_param element: The Drive side configuration -->
<!-- It includes these elements -->
<!-- scsi_motor_spin_up: -->
<!-- power_up_scsi_reset: -->
<!-- disk_access_latency: -->
<!-- scsi_io_timeout: -->
<!-- tag_count_per_drive: -->
<!-- drive_check_period: -->
<!-- safte_polling_period: -->
<!-- auto_detect_drive_check: -->
<!-- drive_smart_mode -->
<!-- auto_global_spare -->
<!-- *************************************************** -->
<!ELEMENT drive_param (scsi_motor_spin_up,power_up_scsi_reset?,
disk_access_latency,scsi_io_timeout,
tag_count_per_drive,drive_check_period,
safte_polling_period,auto_detect_drive_check,
drive_smart_mode,auto_global_spare)>
<!-- ****************************************************** -->
<!-- scsi_motor_spin_up element : in sec -->
<!-- ****************************************************** -->
<!ELEMENT scsi_motor_spin_up (#PCDATA)>
<!-- ****************************************************** -->
<!-- power_up_scsi_reset element: -->
<!-- ****************************************************** -->
<!ELEMENT power_up_scsi_reset (#PCDATA)>
<!-- ****************************************************** -->
<!-- disk_access_latency element: -->
<!-- ****************************************************** -->
<!ELEMENT disk_access_latency (#PCDATA)>
<!-- ****************************************************** -->
<!-- tag_count_per_drive element: -->
<!-- ****************************************************** -->
<!ELEMENT tag_count_per_drive (#PCDATA)>
<!-- ****************************************************** -->
<!-- safte_polling_period element: -->
<!-- ****************************************************** -->
<!ELEMENT safte_polling_period (#PCDATA)>
|
<!-- ****************************************************** -->
<!-- scsi_io_timeout element: -->
<!-- ****************************************************** -->
<!ELEMENT scsi_io_timeout (#PCDATA)>
<!-- ****************************************************** -->
<!-- drive_check_period element: -->
<!-- ****************************************************** -->
<!ELEMENT drive_check_period (#PCDATA)>
<!-- ****************************************************** -->
<!-- auto_detect_drive_check element: -->
<!-- ****************************************************** -->
<!ELEMENT auto_detect_drive_check (#PCDATA)>
<!-- ****************************************************** -->
<!-- drive_smart_mode element: -->
<!-- ****************************************************** -->
<!ELEMENT drive_smart_mode (#PCDATA)>
<!-- ****************************************************** -->
<!-- auto_global_spare element: -->
<!-- ****************************************************** -->
<!ELEMENT auto_global_spare (#PCDATA)>
<!-- ******************************************************** -->
<!-- cache_param element: The RAID system cache info includes -->
<!-- write_policy : The write policy -->
<!-- sync_period -->
<!-- optimization -->
<!-- ******************************************************** -->
<!ELEMENT cache_param (write_policy, sync_period?, optimization)>
<!-- ****************************************************** -->
<!-- optimization element: can be “Enable”, “Disable” -->
<!-- ****************************************************** -->
<!ELEMENT optimization (#PCDATA)>
|
<!-- ******************************************************** -->
<!-- array_param element: The RAID system array info includes -->
<!-- verify_on_init -->
<!-- verify_on_rebuild -->
<!-- verify_on_normal -->
<!-- rebuild_priority -->
<!-- ******************************************************** -->
<!ELEMENT array_param (verify_on_init, verify_on_rebuild,
verify_on_normal, rebuild_priority)>
<!-- ****************************************************** -->
<!-- verify_on_init element: can be “Enable” “Disable” -->
<!-- ****************************************************** -->
<!ELEMENT verify_on_init (#PCDATA)>
<!-- ****************************************************** -->
<!-- verify_on_rebuild element: can be “Enable” “Disable” -->
<!-- ****************************************************** -->
<!ELEMENT verify_on_rebuild (#PCDATA)>
<!-- ****************************************************** -->
<!-- verify_on_normal element: can be “Enable” “Disable” -->
<!-- ****************************************************** -->
<!ELEMENT verify_on_normal (#PCDATA)>
<!-- ****************************************************** -->
<!-- rebuild_priority element: can be “High” “Improved” -->
<!-- “Normal” “Low” -->
<!-- ****************************************************** -->
<!ELEMENT rebuild_priority (#PCDATA)>
<!-- ****************************************************** -->
<!-- host_param element: The RAID system host side info, include -->
<!-- queue_io_count -->
<!-- luns_per_host -->
<!-- fibre_connection_mode -->
<!-- inband_access -->
<!-- ****************************************************** -->
<!ELEMENT host_param (queue_io_count,luns_per_host,
fibre_connection_mode,inband_access?)>
|
<!-- ****************************************************** -->
<!-- queue_io_count element: -->
<!-- ****************************************************** -->
<!ELEMENT queue_io_count (#PCDATA)>
<!-- ****************************************************** -->
<!-- luns_per_host element: -->
<!-- ****************************************************** -->
<!ELEMENT luns_per_host (#PCDATA)>
<!-- ****************************************************** -->
<!-- fibre_connection_mode element: -->
<!-- ****************************************************** -->
<!ELEMENT fibre_connection_mode (#PCDATA)>
<!-- ******************************************************** -->
<!-- redundant_param element: The RAID system redundant config , include -->
<!-- Primary_sn -->
<!-- Redundancy_mode -->
<!-- redundant_status -->
<!-- secondary_sn -->
<!-- ******************************************************** -->
<!ELEMENT redundant_param (role,Primary_sn,Redundancy_mode,
redundant_status,secondary_sn)>
<!-- ****************************************************** -->
<!-- role element: -->
<!-- ****************************************************** -->
<!ELEMENT role (#PCDATA)>
<!-- ****************************************************** -->
<!-- Primary_sn element: -->
<!-- ****************************************************** -->
<!ELEMENT Primary_sn (#PCDATA)>
<!-- ****************************************************** -->
<!-- Redundancy_mode element: -->
<!-- ****************************************************** -->
<!ELEMENT Redundancy_mode (#PCDATA)>
<!-- ****************************************************** -->
<!-- redundant_status element: -->
<!-- ****************************************************** -->
<!ELEMENT redundant_status (#PCDATA)>
|
<!-- ******************************************************** -->
<!-- logical_drive element: The Logical Drive info includes -->
<!-- ld_id -->
<!-- ld_idx -->
<!-- assignment -->
<!-- status -->
<!-- raid_level -->
<!-- number_of_drives -->
<!-- physical_drive -->
<!-- size -->
<!-- total_partitions -->
<!-- partition -->
<!-- ******************************************************** -->
<!ELEMENT logical_drive (ld_id,ld_idx,assignment,status,
raid_level,number_of_drives,physical_drive,
size,total_partitions?,partition*,
write_policy?,block_size?)>
<!-- ****************************************************** -->
<!-- write_policy element: -->
<!-- ****************************************************** -->
<!ELEMENT write_policy (#PCDATA)>
<!-- ****************************************************** -->
<!-- block_size element: -->
<!-- ****************************************************** -->
<!ELEMENT block_size (#PCDATA)>
<!-- ****************************************************** -->
<!-- ld_id element: -->
<!-- ****************************************************** -->
<!ELEMENT ld_id (#PCDATA)>
<!-- ****************************************************** -->
<!-- ld_idx element: -->
<!-- ****************************************************** -->
<!ELEMENT ld_idx (#PCDATA)>
<!-- ****************************************************** -->
<!-- assignment element: -->
<!-- ****************************************************** -->
<!ELEMENT assignment (#PCDATA)>
|
<!-- ****************************************************** -->
<!-- raid_level element: can be RAID0, RAID1, RAID3 .... -->
<!-- ****************************************************** -->
<!ELEMENT raid_level (#PCDATA)>
<!-- ****************************************************** -->
<!-- number_of_drives element: -->
<!-- ****************************************************** -->
<!ELEMENT number_of_drives (#PCDATA)>
<!-- ****************************************************** -->
<!-- physical_drive element: -->
<!-- ****************************************************** -->
<!ELEMENT physical_drive (#PCDATA)>
<!-- ****************************************************** -->
<!-- size element: in MB -->
<!-- ****************************************************** -->
<!ELEMENT size (#PCDATA)>
<!-- ******************************************************** -->
<!-- ses element: The SES device info includes -->
<!-- idx: index number -->
<!-- ch: channel number -->
<!-- id: SCSI ID -->
<!-- chassis -->
<!-- vender_product_id -->
<!-- rev -->
<!-- pld -->
<!-- wwnn -->
<!-- wwpn -->
<!-- topology -->
<!-- ******************************************************** -->
<!ELEMENT ses (idx,ch,id,chassis,vender_product_id,
rev,pld,wwnn,wwpn,topology)>
<!-- ****************************************************** -->
<!-- id element: -->
<!-- ****************************************************** -->
<!ELEMENT id (#PCDATA)>
<!-- ****************************************************** -->
<!-- chassis element: -->
<!-- ****************************************************** -->
<!ELEMENT chassis (#PCDATA)>
|
<!-- ****************************************************** -->
<!-- vender_product_id element: -->
<!-- ****************************************************** -->
<!ELEMENT vender_product_id (#PCDATA)>
<!-- ****************************************************** -->
<!-- rev element: -->
<!-- ****************************************************** -->
<!ELEMENT rev (#PCDATA)>
<!-- ****************************************************** -->
<!-- pld element: -->
<!-- ****************************************************** -->
<!ELEMENT pld (#PCDATA)>
<!-- ****************************************************** -->
<!-- wwnn element: -->
<!-- ****************************************************** -->
<!ELEMENT wwnn (#PCDATA)>
<!-- ****************************************************** -->
<!-- wwpn element: -->
<!-- ****************************************************** -->
<!ELEMENT wwpn (#PCDATA)>
<!-- ****************************************************** -->
<!-- topology element: -->
<!-- ****************************************************** -->
<!ELEMENT topology (#PCDATA)>
<!-- ******************************************************** -->
<!-- port_wwns element: include -->
<!-- port_wwn -->
<!-- ******************************************************** -->
<!ELEMENT port_wwns (port_wwn*)>
<!-- ******************************************************** -->
<!-- port_wwn element: include -->
<!-- idx -->
<!-- ch -->
<!-- id -->
<!-- wwnn -->
<!-- ******************************************************** -->
<!ELEMENT port_wwn (idx,ch,id,wwnn)>
|
<!-- ******************************************************** -->
<!-- hostwwns element: include -->
<!-- hostwwns -->
<!-- ******************************************************** -->
<!ELEMENT hostwwns (hostwwns*)>
<!-- ******************************************************** -->
<!-- hostwwn element: include -->
<!-- wwn -->
<!-- name -->
<!-- ******************************************************** -->
<!ELEMENT hostwwn (wwn,name)>
<!-- ****************************************************** -->
<!-- wwn element: -->
<!-- ****************************************************** -->
<!ELEMENT wwn (#PCDATA)>
<!-- ******************************************************** -->
<!-- inter_controller_link element: include -->
<!-- idx -->
<!-- slot -->
<!-- ch -->
<!-- ch_mode -->
<!-- bypass_status -->
<!-- ******************************************************** -->
<!ELEMENT inter_controller_link (idx,slot,ch,ch_mode,bypass_status)>
<!-- ****************************************************** -->
<!-- slot element: -->
<!-- ****************************************************** -->
<!ELEMENT slot (#PCDATA)>
<!-- ****************************************************** -->
<!-- ch_mode element: -->
<!-- ****************************************************** -->
<!ELEMENT ch_mode (#PCDATA)>
<!-- ****************************************************** -->
<!-- bypass_status element: -->
<!-- ****************************************************** -->
<!ELEMENT bypass_status (#PCDATA)>
|
<!-- ******************************************************** -->
<!-- battery_status element: battery status info includes -->
<!-- name -->
<!-- type -->
<!-- manufacturing_date -->
<!-- placed_in_service -->
<!-- ******************************************************** -->
<!ELEMENT battery_status (name,type,manufacturing_date,placed_in_service)>
<!-- ****************************************************** -->
<!-- placed_in_service element: -->
<!-- ****************************************************** -->
<!ELEMENT placed_in_service (#PCDATA)>
<!-- ******************************************************** -->
<!-- partition element: The partition info includes -->
<!-- idx -->
<!-- effective_size -->
<!-- offset -->
<!-- mapping -->
<!-- ******************************************************** -->
<!ELEMENT partition (idx, effective_size, offset, mapping?, filter_mapping?)>
<!-- ****************************************************** -->
<!-- effective_size element: in MB -->
<!-- ****************************************************** -->
<!ELEMENT effective_size (#PCDATA)>
<!-- ****************************************************** -->
<!-- offset element: in MB -->
<!-- ****************************************************** -->
<!ELEMENT offset (#PCDATA)>
<!-- ****************************************************** -->
<!-- mapping element: -->
<!-- ****************************************************** -->
<!ELEMENT mapping (#PCDATA)>
<!-- ****************************************************** -->
<!-- filter_mapping element: -->
<!-- ****************************************************** -->
<!ELEMENT filter_mapping (#PCDATA)>
|
<!-- ******************************************************** -->
<!-- logical_volume element: The Logical Volume info, include -->
<!-- lv_id -->
<!-- lv_idx -->
<!-- assignment -->
<!-- status -->
<!-- size -->
<!-- logical_drive -->
<!-- total_partitions -->
<!-- partition -->
<!-- ******************************************************** -->
<!ELEMENT logical_volume (lv_id,lv_idx,assignment,status,
size,logical_drive,total_partitions,
write_policy?,partition+)>
<!-- ****************************************************** -->
<!-- lv_id element: -->
<!-- ****************************************************** -->
<!ELEMENT lv_id (#PCDATA)>
<!-- ****************************************************** -->
<!-- number_of_logical_drive element: LV include LD number -->
<!-- ****************************************************** -->
<!ELEMENT number_of_logical_drive (#PCDATA)>
<!-- ****************************************************** -->
<!-- lv_idx element: -->
<!-- ****************************************************** -->
<!ELEMENT lv_idx (#PCDATA)>
<!-- ******************************************************** -->
<!-- config_components element: -->
<!-- ******************************************************** -->
<!ELEMENT config_components (disk*)>
<!-- ******************************************************** -->
<!-- Disk element: -->
<!-- ******************************************************** -->
<!ELEMENT disk (ch,target,status,manufacturer,model,
serial_number, product_revision,capacity,
remaining_size,rpm,ld_id,ld_idx,wwnn?,Speed)>
|
<!-- ****************************************************** -->
<!-- wwnn element: -->
<!-- ****************************************************** -->
<!ELEMENT wwnn (#PCDATA)>
<!-- ****************************************************** -->
<!-- ch element: -->
<!-- ****************************************************** -->
<!ELEMENT ch (#PCDATA)>
<!-- ****************************************************** -->
<!-- target element: -->
<!-- ****************************************************** -->
<!ELEMENT target (#PCDATA)>
<!-- ****************************************************** -->
<!-- serial_number element: -->
<!-- ****************************************************** -->
<!ELEMENT serial_number (#PCDATA)>
<!-- ****************************************************** -->
<!-- product_revision element: -->
<!-- ****************************************************** -->
<!ELEMENT product_revision (#PCDATA)>
<!-- ****************************************************** -->
<!-- capacity element: -->
<!-- ****************************************************** -->
<!ELEMENT capacity (#PCDATA)>
<!-- ****************************************************** -->
<!-- remaining_size element: -->
<!-- ****************************************************** -->
<!ELEMENT remaining_size (#PCDATA)>
<!-- ****************************************************** -->
<!-- Speed element: -->
<!-- ****************************************************** -->
<!ELEMENT Speed (#PCDATA)>
<!-- ******************************************************** -->
<!-- CDROM element: -->
<!-- ******************************************************** -->
<!ELEMENT cdrom (ch, target, manufacturer, model)>
|
<!-- ******************************************************** -->
<!-- Tape element: -->
<!-- ******************************************************** -->
<!ELEMENT tape (ch, target, manufacturer, model)>
<!-- ******************************************************** -->
<!-- EMU element: -->
<!-- ******************************************************** -->
<!ELEMENT emu (ch, target, status, manufacturer, model,
firmware_version, safte_status, fru_number, fru*)>
<!-- ******************************************************** -->
<!-- fru_number element: -->
<!-- ******************************************************** -->
<!ELEMENT fru_number (#PCDATA)>
<!-- ******************************************************** -->
<!-- safte_status element: -->
<!-- ******************************************************** -->
<!ELEMENT safte_status (idx, power_status_summary, power_supply_status?,
fan_status_summary, fan_status?, temperature_status)>
<!-- ******************************************************** -->
<!-- power_status_summary element: -->
<!-- ******************************************************** -->
<!ELEMENT power_status_summary (#PCDATA)>
<!-- ******************************************************** -->
<!-- fan_status_summary element: -->
<!-- ******************************************************** -->
<!ELEMENT fan_status_summary (#PCDATA)>
<!-- ******************************************************** -->
<!-- temperature_status element: -->
<!-- ******************************************************** -->
<!ELEMENT temperature_status (#PCDATA)>
<!-- ******************************************************** -->
<!-- power_supply_status element: -->
<!-- ******************************************************** -->
<!ELEMENT power_supply_status (idx, status)>
|
<!-- ******************************************************** -->
<!-- fan_status element: -->
<!-- ******************************************************** -->
<!ELEMENT fan_status (idx, status)>
<!-- ******************************************************** -->
<!-- enclosure element: include below elements. -->
<!-- mgmt_device -->
<!-- component -->
<!-- ******************************************************** -->
<!ELEMENT enclosure (mgmt_device+,component+)>
<!-- ******************************************************** -->
<!-- mgmt_device element: -->
<!-- ******************************************************** -->
<!ELEMENT mgmt_device (idx, name)>
<!-- ******************************************************** -->
<!-- component element: -->
<!-- ******************************************************** -->
<!ELEMENT component (addr|led|temp)*>
<!ATTLIST component
fru-pn CDATA #REQUIRED
fru-sn CDATA #REQUIRED
status CDATA #REQUIRED
type CDATA #REQUIRED
unit CDATA #REQUIRED
>
<!-- ******************************************************** -->
<!-- config_components element: -->
<!-- ******************************************************** -->
<!ELEMENT config_components (disk*)>
<!-- ******************************************************** -->
<!-- device element: -->
<!-- ******************************************************** -->
<!ELEMENT device (name,value,status)>
<!-- ******************************************************** -->
<!-- value element: -->
<!-- ******************************************************** -->
<!ELEMENT value (#PCDATA)>
|
<!-- ******************************************************** -->
<!-- event_trigger_operation_enables element: -->
<!-- ******************************************************** -->
<!ELEMENT event_trigger_operation_enables (controller_failure,
battery_backup_unit_failure,
UPS_AC_power_loss,power_supply_failure,
fan_failure)>
<!-- ******************************************************** -->
<!-- network_protocol element: -->
<!-- ******************************************************** -->
<!ELEMENT network_protocol (identifier,status,port_number)>
<!-- ******************************************************** -->
<!-- peripheral_device element: -->
<!-- ******************************************************** -->
<!ELEMENT peripheral_device (
event_trigger_operation_enables,
temperature-exceeded-delay)>
<!-- ******************************************************** -->
<!-- peripheral_device_status element: -->
<!-- ******************************************************** -->
<!ELEMENT peripheral_device_status (device+)>
<!-- ******************************************************** -->
<!-- sync_period element: -->
<!-- ******************************************************** -->
<!ELEMENT sync_period (#PCDATA)>
<!-- ******************************************************** -->
<!-- controller_failure element: disabled or enabled -->
<!-- ******************************************************** -->
<!ELEMENT controller_failure (#PCDATA)>
<!-- ******************************************************** -->
<!-- battery_backup_unit_failure element: -->
<!-- ******************************************************** -->
<!ELEMENT battery_backup_unit_failure (#PCDATA)>
<!-- ******************************************************** -->
<!-- UPS_AC_power_loss element: -->
<!-- ******************************************************** -->
<!ELEMENT UPS_AC_power_loss (#PCDATA)>
|
Sample Show Configuration XML Output
<!-- ******************************************************** -->
<!-- power_supply_failure element: -->
<!-- ******************************************************** -->
<!ELEMENT power_supply_failure (#PCDATA)>
<!-- ******************************************************** -->
<!-- fan_failure element: -->
<!-- ******************************************************** -->
<!ELEMENT fan_failure (#PCDATA)>
<!-- ******************************************************** -->
<!-- identifier element: -->
<!-- ******************************************************** -->
<!ELEMENT identifier (#PCDATA)>
<!-- ******************************************************** -->
<!-- port_number element: -->
<!-- ******************************************************** -->
<!ELEMENT port_number (#PCDATA)>
<!-- ******************************************************** -->
<!-- temperature-exceeded-delay element: -->
<!-- ******************************************************** -->
<!ELEMENT temperature-exceeded-delay (#PCDATA)>
|
The following pages show a sample of the show configuration command output in XML format for the Sun StorEdge 3511 SATA array. The following output is specific to that configuration. Each configuration varies, based on how the array is set up. Regardless of the file format, xml or txt or onscreen, the output content is the same.
<raidbaseview>
<raidsystem>
<name>StorEdge 3511 A-A Array SN#0927C0</name>
<status>Online</status>
<manufacturer>SUN</manufacturer>
<model>StorEdge 3511</model>
<firmware_version>421C</firmware_version>
<bootrecord_version>1.31H</bootrecord_version>
<mac_address>00:c0:ff:09:27:c0</mac_address>
<ip>10.1.74.212</ip>
<netmask>255.255.255.0</netmask>
<gateway>10.1.74.1</gateway>
<primary_sn>8027229</primary_sn>
<secondary_sn>8027194</secondary_sn>
<controller_name></controller_name>
<unique_id>0x927C0</unique_id>
<id_of_nvram_defaults>421C 3511 S474T</id_of_nvram_defaults>
<total_logical_drives>3</total_logical_drives>
<total_partitions>3</total_partitions>
<total_physical_drives>23</total_physical_drives>
<total_ses_devices>2</total_ses_devices>
<cache_size>1024MB ECC SDRAM</cache_size>
<cpu>PPC750</cpu>
<fru>
<idx>0</idx>
<name>FC_CHASSIS_BKPLN</name>
<description>SATA,Chassis+Backplane, 2U</description>
<part_number>370-6775</part_number>
<serial_number>07ECE4</serial_number>
<revision>01</revision>
<Initial_Hardware_Dash_Level>01</Initial_Hardware_Dash_Level>
<FRU_Shortname>SATA Backplane</FRU_Shortname>
<manufacturing_date>Thu Mar 18 03:27:55 2004</manufacturing_date>
<manufacturing_location>Milpitas California, USA</manufacturing_location>
<manufacturer_jedec_id>0x0301</manufacturer_jedec_id>
<fru_location>FC MIDPLANE SLOT</fru_location>
<chassis_serial_number>07ECE4</chassis_serial_number>
<fru_status>OK</fru_status>
</fru>
|
<fru>
<idx>1</idx>
<name>FC_JBOD_IOM</name>
<description>I/O JBOD, SATA, 2U</description>
<part_number>370-6774</part_number>
<serial_number>GG0042</serial_number>
<revision>01</revision>
<Initial_Hardware_Dash_Level>01</Initial_Hardware_Dash_Level>
<FRU_Shortname>SATA I/O JBOD</FRU_Shortname>
<manufacturing_date>Sat Jun 26 18:32:29 2004</manufacturing_date>
<manufacturing_location>Milpitas,CA,USA</manufacturing_location>
<manufacturer_jedec_id>0x0301</manufacturer_jedec_id>
<fru_location>UPPER FC JBOD IOM SLOT</fru_location>
<chassis_serial_number>07ECE4</chassis_serial_number>
<fru_status>OK</fru_status>
</fru>
<fru>
<idx>2</idx>
<name>AC_POWER_SUPPLY</name>
<description>SE3310/SE3510 AC PWR SUPPLY w/FAN</description>
<part_number>370-5398</part_number>
<serial_number>114536</serial_number>
<revision>02</revision>
<Initial_Hardware_Dash_Level>02</Initial_Hardware_Dash_Level>
<FRU_Shortname>370-5398-02</FRU_Shortname>
<manufacturing_date>Sat Nov 29 15:00:56 2003</manufacturing_date>
<manufacturing_location>Irvine California, USA</manufacturing_location>
<manufacturer_jedec_id>0x048F</manufacturer_jedec_id>
<fru_location>RIGHT AC PSU SLOT #1 (RIGHT)</fru_location>
<chassis_serial_number>07ECE4</chassis_serial_number>
<fru_status>OK</fru_status>
</fru>
<fru>
<idx>3</idx>
<name>AC_POWER_SUPPLY</name>
<description>SE3310/SE3510 AC PWR SUPPLY w/FAN</description>
<part_number>370-5398</part_number>
<serial_number>115884</serial_number>
<revision>02</revision>
<Initial_Hardware_Dash_Level>02</Initial_Hardware_Dash_Level>
<FRU_Shortname>370-5398-02</FRU_Shortname>
|
<manufacturing_date>Wed Dec 10 06:12:51 2003</manufacturing_date>
<manufacturing_location>Irvine California, USA</manufacturing_location>
<manufacturer_jedec_id>0x048F</manufacturer_jedec_id>
<fru_location>AC PSU SLOT #0 (LEFT)</fru_location>
<chassis_serial_number>07ECE4</chassis_serial_number>
<fru_status>OK</fru_status>
</fru>
<fru>
<idx>4</idx>
<name>FC_JBOD_IOM</name>
<description>I/O JBOD, SATA, 2U</description>
<part_number>370-6774</part_number>
<serial_number>GG0045</serial_number>
<revision>01</revision>
<Initial_Hardware_Dash_Level>01</Initial_Hardware_Dash_Level>
<FRU_Shortname>SATA I/O JBOD</FRU_Shortname>
<manufacturing_date>Mon May 17 15:56:24 2004</manufacturing_date>
<manufacturing_location>Milpitas,CA,USA</manufacturing_location>
<manufacturer_jedec_id>0x0301</manufacturer_jedec_id>
<fru_location>LOWER FC JBOD IOM SLOT</fru_location>
<chassis_serial_number>07ECE4</chassis_serial_number>
<fru_status>OK</fru_status>
</fru>
<channel>
<idx>0</idx>
<logchl>0</logchl>
<mode>Host</mode>
<type>Fiber</type>
<pid>40</pid>
<sid>N/A</sid>
<term>N/A</term>
<defclk>AUTO</defclk>
<curclk>2G</curclk>
<defwid>Serial</defwid>
<curwid>Serial</curwid>
</channel>
<channel>
<idx>1</idx>
<logchl>1</logchl>
<mode>Host</mode>
<type>Fiber</type>
<pid>N/A</pid>
<sid>42</sid>
<term>N/A</term>
|
<defclk>AUTO</defclk>
<curclk>N/A</curclk>
<defwid>Serial</defwid>
<curwid>N/A</curwid>
</channel>
<channel>
<idx>2</idx>
<logchl>0</logchl>
<mode>DRV+RCC</mode>
<type>Fiber</type>
<pid>14</pid>
<sid>15</sid>
<term>N/A</term>
<defclk>AUTO</defclk>
<curclk>2G</curclk>
<defwid>Serial</defwid>
<curwid>Serial</curwid>
</channel>
<channel>
<idx>3</idx>
<logchl>1</logchl>
<mode>DRV+RCC</mode>
<type>Fiber</type>
<pid>14</pid>
<sid>15</sid>
<term>N/A</term>
<defclk>AUTO</defclk>
<curclk>2G</curclk>
<defwid>Serial</defwid>
<curwid>Serial</curwid>
</channel>
<channel>
<idx>4</idx>
<logchl>2</logchl>
<mode>Host</mode>
<type>Fiber</type>
<pid>44</pid>
<sid>N/A</sid>
<term>N/A</term>
<defclk>AUTO</defclk>
<curclk>2G</curclk>
<defwid>Serial</defwid>
<curwid>Serial</curwid>
</channel>
|
<channel>
<idx>5</idx>
<logchl>3</logchl>
<mode>Host</mode>
<type>Fiber</type>
<pid>N/A</pid>
<sid>46</sid>
<term>N/A</term>
<defclk>AUTO</defclk>
<curclk>N/A</curclk>
<defwid>Serial</defwid>
<curwid>N/A</curwid>
</channel>
<network>
<idx>0</idx>
<mac_address>00:c0:ff:09:27:c0</mac_address>
<dynamic_address>
<ip>10.1.74.212</ip>
<netmask>255.255.255.0</netmask>
<gateway>10.1.74.1</gateway>
</dynamic_address>
<dynamic_ip_assignment>Enabled</dynamic_ip_assignment>
<supported_ip_assignment_mechanism>,RARP</supported_ip_assignment_mechanism>
<transfer_speed_configurable>Disabled</transfer_speed_configurable>
<current_transfer_speed>negotiating,100M</current_transfer_speed>
<supported_transfer_speed>10M,100M</supported_transfer_speed>
<mac_address_configurable>Disabled</mac_address_configurable>
</network>
<network_protocol>
<identifier>TELNET</identifier>
<status>enabled</status>
<port_number>23</port_number>
</network_protocol>
<network_protocol>
<identifier>HTTP</identifier>
<status>enabled</status>
<port_number>80</port_number>
</network_protocol>
<network_protocol>
<identifier>HTTPS</identifier>
<status>disabled</status>
<port_number>443</port_number>
</network_protocol>
|
<network_protocol>
<identifier>FTP</identifier>
<status>enabled</status>
<port_number>21</port_number>
</network_protocol>
<network_protocol>
<identifier>SSH</identifier>
<status>disabled</status>
<port_number>22</port_number>
</network_protocol>
<network_protocol>
<identifier>PriAgent</identifier>
<status>enabled</status>
<port_number>58632</port_number>
</network_protocol>
<network_protocol>
<identifier>SNMP</identifier>
<status>disabled</status>
<port_number>161</port_number>
</network_protocol>
<network_protocol>
<identifier>DHCP</identifier>
<status>enabled</status>
<port_number>68</port_number>
</network_protocol>
<network_protocol>
<identifier>Ping</identifier>
<status>enabled</status>
<port_number>N/A</port_number>
</network_protocol>
<com_port>
<idx>0</idx>
<max_bps>38400bps</max_bps>
<min_bps>2400bps</min_bps>
<default_bps>38400bps</default_bps>
<current_bps>38400bps</current_bps>
</com_port>
<cache_param>
<write_policy>write back</write_policy>
<sync_period>Disabled</sync_period>
<current_global_write_policy>write back</current_global_write_policy>
<optimization>Sequential I/O</optimization>
</cache_param>
|
<peripheral_device>
<event_trigger_operation_enables>
<controller_failure>enabled</controller_failure>
<battery_backup_unit_failure>enabled</battery_backup_unit_failure>
<UPS_AC_power_loss>disabled</UPS_AC_power_loss>
<power_supply_failure>enabled</power_supply_failure>
<fan_failure>enabled</fan_failure>
</event_trigger_operation_enables>
<temperature-exceeded-delay>30min</temperature-exceeded-delay>
</peripheral_device>
<peripheral_device_status>
<device>
<name>CPU Temp Sensor(primary)</name>
<value>35.50C</value>
<status>within safety range</status>
</device>
<device>
<name>Board1 Temp Sensor(primary)</name>
<value>41.50C</value>
<status>within safety range</status>
</device>
<device>
<name>Board2 Temp Sensor(primary)</name>
<value>52.00C</value>
<status>within safety range</status>
</device>
<device>
<name>+3.3V Value(primary)</name>
<value>3.432V</value>
<status>within safety range</status>
</device>
<device>
<name>+5V Value(primary)</name>
<value>5.099V</value>
<status>within safety range</status>
</device>
<device>
<name>+12V Value(primary)</name>
<value>12.320V</value>
<status>within safety range</status>
</device>
|
<device>
<name>Battery-Backup Battery(primary)</name>
<value>06</value>
<status>N/A</status>
</device>
<device>
<name>CPU Temp Sensor(secondary)</name>
<value>40.00C</value>
<status>within safety range</status>
</device>
<device>
<name>Board1 Temp Sensor(secondary)</name>
<value>48.00C</value>
<status>within safety range</status>
</device>
<device>
<name>Board2 Temp Sensor(secondary)</name>
<value>55.00C</value>
<status>within safety range</status>
</device>
<device>
<name>+3.3V Value(secondary)</name>
<value>3.352V</value>
<status>within safety range</status>
</device>
<device>
<name>+5V Value(secondary)</name>
<value>5.072V</value>
<status>within safety range</status>
</device>
<device>
<name>+12V Value(secondary)</name>
<value>12.199V</value>
<status>within safety range</status>
</device>
<device>
<name>Battery-Backup Battery(secondary)</name>
<value>00</value>
<status>N/A</status>
</device>
</peripheral_device_status>
|
<array_param>
<verify_on_init>Disabled</verify_on_init>
<verify_on_rebuild>Disabled</verify_on_rebuild>
<verify_on_normal>Disabled</verify_on_normal>
<rebuild_priority>Low</rebuild_priority>
</array_param>
<drive_param>
<scsi_motor_spin_up>Disabled</scsi_motor_spin_up>
<disk_access_latency>15S</disk_access_latency>
<scsi_io_timeout>30s</scsi_io_timeout>
<tag_count_per_drive>32</tag_count_per_drive>
<drive_check_period>30s</drive_check_period>
<safte_polling_period>30s</safte_polling_period>
<auto_detect_drive_check>Disabled</auto_detect_drive_check>
<drive_smart_mode>disabled</drive_smart_mode>
<auto_global_spare>Disabled</auto_global_spare>
</drive_param>
<host_param>
<queue_io_count>1024</queue_io_count>
<luns_per_host>32</luns_per_host>
<fibre_connection_mode>loop</fibre_connection_mode>
<inband_access>enabled</inband_access>
</host_param>
<redundant_param>
<role>Redundant Primary</role>
<Primary_sn>8027229</Primary_sn>
<Redundancy_mode>Active-Active</Redundancy_mode>
<Redundancy_status>Enabled</Redundancy_status>
<redundant_config>Primary controller</redundant_config>
<secondary_sn>8027194</secondary_sn>
</redundant_param>
<logical_drive>
<ld_id>7C01DB6C</ld_id>
<ld_idx>0</ld_idx>
<assignment>Primary</assignment>
<status>Good</status>
<raid_level>RAID 5</raid_level>
<write_policy>default</write_policy>
<block_size>128 KB</block_size>
<number_of_drives>3</number_of_drives>
<physical_drive>3.13 3.14 3.16</physical_drive>
<size>48.83GB</size>
<total_partitions>1</total_partitions>
|
<partition>
<idx>0</idx>
<effective_size>48.83GB</effective_size>
<offset>0MB</offset>
<mapping>N/A</mapping>
</partition>
</logical_drive>
<logical_drive>
<ld_id>64A046F7</ld_id>
<ld_idx>1</ld_idx>
<assignment>Primary</assignment>
<status>Good</status>
<raid_level>RAID 5</raid_level>
<write_policy>default</write_policy>
<block_size>128 KB</block_size>
<number_of_drives>3</number_of_drives>
<physical_drive>3.17 3.18 3.19</physical_drive>
<size>48.83GB</size>
<total_partitions>1</total_partitions>
<partition>
<idx>0</idx>
<effective_size>48.83GB</effective_size>
<offset>0MB</offset>
<mapping>N/A</mapping>
</partition>
</logical_drive>
<logical_drive>
<ld_id>460FDB54</ld_id>
<ld_idx>2</ld_idx>
<assignment>Primary</assignment>
<status>Good</status>
<raid_level>RAID 5</raid_level>
<write_policy>default</write_policy>
<block_size>128 KB</block_size>
<number_of_drives>6</number_of_drives>
<physical_drive>3.20 3.21 3.22 3.9 3.23 3.24</physical_drive>
<size>122.07GB</size>
<total_partitions>1</total_partitions>
<partition>
<idx>0</idx>
<effective_size>122.07GB<</effective_size>
<offset>0MB</offset>
<mapping>N/A</mapping>
</partition>
</logical_drive>
|
<enclosure>
<mgmt_device name="ses" idx="0"></mgmt_device>
<mgmt_device name="ses" idx="1"></mgmt_device>
<component type="fan" unit="0" status="OK" fru-pn="370-5398" fru-sn="115884"></component>
<component type="fan" unit="1" status="OK" fru-pn="370-5398" fru-sn="115884"></component>
<component type="fan" unit="2" status="OK" fru-pn="370-5398" fru-sn="114536"></component>
<component type="fan" unit="3" status="OK" fru-pn="370-5398" fru-sn="114536"></component>
<component type="ps" unit="0" status="OK" fru-pn="370-5398" fru-sn="115884"></component>
<component type="ps" unit="1" status="OK" fru-pn="370-5398" fru-sn="114536"></component>
<component type="temp" unit="0" status="OK" fru-pn="370-6775" fru-sn="07ECE4">
<temp>27</temp>
</component>
<component type="temp" unit="1" status="OK" fru-pn="370-6775" fru-sn="07ECE4">
<temp>27</temp>
</component>
<component type="temp" unit="2" status="OK" fru-pn="370-6775" fru-sn="07ECE4">
<temp>26</temp>
</component>
<component type="temp" unit="3" status="OK" fru-pn="370-6775" fru-sn="07ECE4">
<temp>27</temp>
</component>
<component type="temp" unit="4" status="OK" fru-pn="370-6775" fru-sn="07ECE4">
<temp>25</temp>
</component>
<component type="temp" unit="5" status="OK" fru-pn="370-6775" fru-sn="07ECE4">
<temp>26</temp>
</component>
<component type="temp" unit="6" status="OK" fru-pn="370-6774" fru-sn="GG0042">
<temp>25</temp>
</component>
<component type="temp" unit="7" status="OK" fru-pn="370-6774" fru-sn="GG0042">
<temp>32</temp>
</component>
<component type="temp" unit="8" status="OK" fru-pn="370-6774" fru-sn="GG0045">
<temp>32</temp>
</component>
|
<component type="temp" unit="9" status="OK" fru-pn="370-6774" fru-sn="GG0045">
<temp>32</temp>
</component>
<component type="temp" unit="10" status="OK" fru-pn="370-5398" fru-sn="115884">
<temp>22</temp>
</component>
<component type="temp" unit="11" status="OK" fru-pn="370-5398" fru-sn="114536">
<temp>25</temp>
</component>
<component type="voltage" unit="0" status="OK" fru-pn="370-5398" fru-sn="115884">
<voltage>5.160V</voltage>
</component>
<component type="voltage" unit="1" status="OK" fru-pn="370-5398" fru-sn="115884">
<voltage>12.000V</voltage>
</component>
<component type="voltage" unit="2" status="OK" fru-pn="370-5398" fru-sn="114536">
<voltage>5.220V</voltage>
</component>
<component type="voltage" unit="3" status="OK" fru-pn="370-5398" fru-sn="114536">
<voltage>12.070V</voltage>
</component>
<component type="voltage" unit="4" status="OK" fru-pn="370-6774" fru-sn="GG0042">
<voltage>1.820V</voltage>
</component>
<component type="voltage" unit="5" status="OK" fru-pn="370-6774" fru-sn="GG0042">
<voltage>2.510V</voltage>
</component>
<component type="voltage" unit="6" status="OK" fru-pn="370-6774" fru-sn="GG0042">
<voltage>3.330V</voltage>
</component>
<component type="voltage" unit="7" status="OK" fru-pn="370-6774" fru-sn="GG0042">
<voltage>5.150V</voltage>
</component>
<component type="voltage" unit="8" status="OK" fru-pn="370-6774" fru-sn="GG0042">
<voltage>4.800V</voltage>
</component>
|
<component type="voltage" unit="9" status="OK" fru-pn="370-6774" fru-sn="GG0042">
<voltage>12.190V</voltage>
</component>
<component type="voltage" unit="10" status="OK" fru-pn="370-6774" fru-sn="GG0045">
<voltage>1.810V</voltage>
</component>
<component type="voltage" unit="11" status="OK" fru-pn="370-6774" fru-sn="GG0045">
<voltage>2.530V</voltage>
</component>
<component type="voltage" unit="12" status="OK" fru-pn="370-6774" fru-sn="GG0045">
<voltage>3.330V</voltage>
</component>
<component type="voltage" unit="13" status="OK" fru-pn="370-6774" fru-sn="GG0045">
<voltage>5.170V</voltage>
</component>
<component type="voltage" unit="14" status="OK" fru-pn="370-6774" fru-sn="GG0045">
<voltage>4.770V</voltage>
</component>
<component type="voltage" unit="15" status="OK" fru-pn="370-6774" fru-sn="GG0045">
<voltage>12.190V</voltage>
</component>
<component type="diskslot" unit="0" status="OK" fru-pn="370-6775" fru-sn="07ECE4">
<addr>0</addr>
<led>off</led>
</component>
<component type="diskslot" unit="1" status="OK" fru-pn="370-6775" fru-sn="07ECE4">
<addr>1</addr>
<led>off</led>
</component>
<component type="diskslot" unit="2" status="OK" fru-pn="370-6775" fru-sn="07ECE4">
<addr>2</addr>
<led>off</led>
</component>
|
<component type="diskslot" unit="3" status="OK" fru-pn="370-6775" fru-sn="07ECE4">
<addr>3</addr>
<led>off</led>
</component>
<component type="diskslot" unit="4" status="OK" fru-pn="370-6775" fru-sn="07ECE4">
<addr>4</addr>
<led>off</led>
</component>
<component type="diskslot" unit="5" status="OK" fru-pn="370-6775" fru-sn="07ECE4">
<addr>5</addr>
<led>off</led>
</component>
<component type="diskslot" unit="6" status="OK" fru-pn="370-6775" fru-sn="07ECE4">
<addr>6</addr>
<led>off</led>
</component>
<component type="diskslot" unit="7" status="OK" fru-pn="370-6775" fru-sn="07ECE4">
<addr>7</addr>
<led>off</led>
</component>
<component type="diskslot" unit="8" status="OK" fru-pn="370-6775" fru-sn="07ECE4">
<addr>8</addr>
<led>off</led>
</component>
<component type="diskslot" unit="9" status="Absent" fru-pn="370-6775" fru-sn="07ECE4">
<addr>9</addr>
<led>off</led>
</component>
<component type="diskslot" unit="10" status="OK" fru-pn="370-6775" fru-sn="07ECE4">
<addr>10</addr>
<led>off</led>
|
</component>
<component type="diskslot" unit="11" status="OK" fru-pn="370-6775" fru-sn="07ECE4">
<addr>11</addr>
<led>off</led>
</component>
</enclosure>
<ses>
<idx>1</idx>
<ch>3</ch>
<id>12</id>
<chassis>07ECE4</chassis>
<vendor_product_id>SUN StorEdge 3511F D</vendor_product_id>
<rev>0420</rev>
<pld>1100</pld>
<wwnn>205000C0FF07ECE4</wwnn>
<wwpn>225000C0FF07ECE4</wwpn>
<topology>loopb</topology>
</ses>
<port_wwns>
<port_wwn>
<idx>0</idx>
<ch>0</ch>
<id>40</id>
<wwnn>216000C0FF8927C0</wwnn>
</port_wwn>
<port_wwn>
<idx>0</idx>
<ch>1</ch>
<id>42</id>
<wwnn>226000C0FFA927C0</wwnn>
</port_wwn>
<port_wwn>
<idx>4</idx>
<ch>4</ch>
<id>44</id>
<wwnn>256000C0FFC927C0</wwnn>
</port_wwn>
<port_wwn>
<idx>1</idx>
<ch>5</ch>
<id>46</id>
<wwnn>266000C0FFE927C0</wwnn>
</port_wwn>
|
</port_wwns>
<inter_controller_link>
<idx>0</idx>
<slot>upper</slot>
<ch>0</ch>
<ch_mode>host channel</ch_mode>
<bypass_status>N/A</bypass_status>
</inter_controller_link>
<inter_controller_link>
<idx>1</idx>
<slot>lower</slot>
<ch>0</ch>
<ch_mode>host channel</ch_mode>
<bypass_status>N/A</bypass_status>
</inter_controller_link>
<inter_controller_link>
<idx>2</idx>
<slot>upper</slot>
<ch>1</ch>
<ch_mode>host channel</ch_mode>
<bypass_status>N/A</bypass_status>
</inter_controller_link>
<inter_controller_link>
<idx>3</idx>
<slot>lower</slot>
<ch>1</ch>
<ch_mode>host channel</ch_mode>
<bypass_status>N/A</bypass_status>
</inter_controller_link>
<inter_controller_link>
<idx>4</idx>
<slot>upper</slot>
<ch>4</ch>
<ch_mode>host channel</ch_mode>
<bypass_status>N/A</bypass_status>
</inter_controller_link>
<inter_controller_link>
<idx>5</idx>
<slot>lower</slot>
<ch>4</ch>
<ch_mode>host channel</ch_mode>
<bypass_status>N/A</bypass_status>
</inter_controller_link>
|
<inter_controller_link>
<idx>6</idx>
<slot>upper</slot>
<ch>5</ch>
<ch_mode>host channel</ch_mode>
<bypass_status>N/A</bypass_status>
</inter_controller_link>
<inter_controller_link>
<idx>7</idx>
<slot>lower</slot>
<ch>5</ch>
<ch_mode>host channel</ch_mode>
<bypass_status>N/A</bypass_status>
</inter_controller_link>
<battery_status>
<name>Upper Battery</name>
<type>N/A</type>
<manufacturing_date>N/A</manufacturing_date>
<placed_in_service>N/A</placed_in_service>
<status>N/A</status>
</battery_status>
<battery_status>
<name>Lower Battery</name>
<type>N/A</type>
<manufacturing_date>N/A</manufacturing_date>
<placed_in_service>N/A</placed_in_service>
<status>N/A</status>
</battery_status>
<config_components>
<disk>
<ch>3</ch>
<target>0</target>
<status>USED</status>
<manufacturer>HITACHI</manufacturer>
<model>HDS7225SASUN250G</model>
<serial_number>VNRJ9HC6CU0TDM</serial_number>
<product_revision>A6DA</product_revision>
<wwnn>22E4000A33FFFF00</wwnn>
<capacity>232.88GB</capacity>
<remaining_size>232.63GB</remaining_size>
<Speed>200M</Speed>
<ld_id>00000000</ld_id>
<ld_idx>N/A</ld_idx>
</disk>
|
<disk>
<ch>3</ch>
<target>1</target>
<status>USED</status>
<manufacturer>HITACHI</manufacturer>
<model>HDS7225SASUN250G</model>
<serial_number>VNRJ3EC6CPSLMM</serial_number>
<product_revision>A6DA</product_revision>
<wwnn>22E4000A33FFFF01</wwnn>
<capacity>232.88GB</capacity>
<remaining_size>232.63GB</remaining_size>
<Speed>200M</Speed>
<ld_id>00000000</ld_id>
<ld_idx>N/A</ld_idx>
</disk>
<disk>
<ch>3</ch>
<target>2</target>
<status>USED</status>
<manufacturer>HITACHI</manufacturer>
<model>HDS7225SASUN250G</model>
<serial_number>VNRJ9HC6CTWR3M</serial_number>
<product_revision>A6DA</product_revision>
<wwnn>22E4000A33001C16</wwnn>
<capacity>232.88GB</capacity>
<remaining_size>232.63GB</remaining_size>
<Speed>200M</Speed>
<ld_id>00000000</ld_id>
<ld_idx>N/A</ld_idx>
</disk>
<disk>
<ch>3</ch>
<target>3</target>
<status>USED</status>
<manufacturer>HITACHI</manufacturer>
<model>HDS7225SASUN250G</model>
<serial_number>VNRJ9HC6CYA9GM</serial_number>
<product_revision>A6DA</product_revision>
<wwnn>22E4000A330014EB</wwnn>
<capacity>232.88GB</capacity>
<remaining_size>232.63GB</remaining_size>
<Speed>200M</Speed>
<ld_id>00000000</ld_id>
<ld_idx>N/A</ld_idx>
</disk>
|
<disk>
<ch>3</ch>
<target>4</target>
<status>USED</status>
<manufacturer>HITACHI</manufacturer>
<model>HDS7225SASUN250G</model>
<serial_number>VNRJ3EC6CHGG8M</serial_number>
<product_revision>A6DA</product_revision>
<wwnn>22E4000A33FFFF04</wwnn>
<capacity>232.88GB</capacity>
<remaining_size>232.63GB</remaining_size>
<Speed>200M</Speed>
<ld_id>00000000</ld_id>
<ld_idx>N/A</ld_idx>
</disk>
<disk>
<ch>3</ch>
<target>5</target>
<status>USED</status>
<manufacturer>HITACHI</manufacturer>
<model>HDS7225SBSUN250G</model>
<serial_number>VDB41BT4C5SY7C</serial_number>
<product_revision>A81A</product_revision>
<wwnn>22E4000A33000AD4</wwnn>
<capacity>232.88GB</capacity>
<remaining_size>232.63GB</remaining_size>
<Speed>200M</Speed>
<ld_id>00000000</ld_id>
<ld_idx>N/A</ld_idx>
</disk>
<disk>
<ch>3</ch>
<target>6</target>
<status>USED</status>
<manufacturer>HITACHI</manufacturer>
<model>HDS7225SASUN250G</model>
<serial_number>VNRJ3EC6CGXDVM</serial_number>
<product_revision>A6DA</product_revision>
<wwnn>22E4000A33FFFF06</wwnn>
<capacity>232.88GB</capacity>
<remaining_size>232.63GB</remaining_size>
<Speed>200M</Speed>
<ld_id>00000000</ld_id>
<ld_idx>N/A</ld_idx>
</disk>
|
<disk>
<ch>3</ch>
<target>7</target>
<status>USED</status>
<manufacturer>HITACHI</manufacturer>
<model>HDS7225SASUN250G</model>
<serial_number>VNRJ9HC6CTXK3M</serial_number>
<product_revision>A6DA</product_revision>
<wwnn>22E4000A33001E0A</wwnn>
<capacity>232.88GB</capacity>
<remaining_size>232.63GB</remaining_size>
<Speed>200M</Speed>
<ld_id>00000000</ld_id>
<ld_idx>N/A</ld_idx>
</disk>
<disk>
<ch>3</ch>
<target>8</target>
<status>USED</status>
<manufacturer>HITACHI</manufacturer>
<model>HDS7225SASUN250G</model>
<serial_number>VNRJ3EC6CHJ90M</serial_number>
<product_revision>A6DA</product_revision>
<wwnn>22E4000A33FFFF08</wwnn>
<capacity>232.88GB</capacity>
<remaining_size>232.63GB</remaining_size>
<Speed>200M</Speed>
<ld_id>00000000</ld_id>
<ld_idx>N/A</ld_idx>
</disk>
<disk>
<ch>3</ch>
<target>9</target>
<status>ONLINE</status>
<manufacturer>HITACHI</manufacturer>
<model>HDS7250SASUN500G</model>
<serial_number>KRVN63ZAGM6VND</serial_number>
<product_revision>A20A</product_revision>
<wwnn>22E4000A3300D7FB</wwnn>
<capacity>465.76GB</capacity>
<remaining_size>465.51GB</remaining_size>
<Speed>200M</Speed>
<ld_id>460FDB54</ld_id>
<ld_idx>2</ld_idx>
</disk>
|
<disk>
<ch>3</ch>
<target>10</target>
<status>STAND-BY</status>
<manufacturer>HITACHI</manufacturer>
<model>HDS7225SASUN250G</model>
<serial_number>VNRJ3EC6CH1DJM</serial_number>
<product_revision>A6DA</product_revision>
<wwnn>FFFC000A33FFFF0A</wwnn>
<capacity>232.88GB</capacity>
<remaining_size>232.63GB</remaining_size>
<Speed>200M</Speed>
<ld_id>00000000</ld_id>
<ld_idx>N/A</ld_idx>
</disk>
<disk>
<ch>3</ch>
<target>11</target>
<status>STAND-BY</status>
<manufacturer>HITACHI</manufacturer>
<model>HDS7225SASUN250G</model>
<serial_number>VNRJ7HC6D1X0VT</serial_number>
<product_revision>A6DA</product_revision>
<wwnn>22E4000A33002E60</wwnn>
<capacity>232.88GB</capacity>
<remaining_size>232.63GB</remaining_size>
<Speed>200M</Speed>
<ld_id>00000000</ld_id>
<ld_idx>N/A</ld_idx>
</disk>
<disk>
<ch>3</ch>
<target>13</target>
<status>ONLINE</status>
<manufacturer>HITACHI</manufacturer>
<model>HDS7250SASUN500G</model>
<serial_number>KRVN63ZAGJYT8D</serial_number>
<product_revision>A20A</product_revision>
<wwnn>22E4000A3300D7F9</wwnn>
<capacity>465.76GB</capacity>
<remaining_size>465.51GB</remaining_size>
<Speed>200M</Speed>
<ld_id>7C01DB6C</ld_id>
<ld_idx>0</ld_idx>
</disk>
|
<disk>
<ch>3</ch>
<target>14</target>
<status>ONLINE</status>
<manufacturer>HITACHI</manufacturer>
<model>HDS7250SASUN500G</model>
<serial_number>KRVN63ZAGM487D</serial_number>
<product_revision>A20A</product_revision>
<wwnn>22E4000A3300D7FE</wwnn>
<capacity>465.76GB</capacity>
<remaining_size>465.51GB</remaining_size>
<Speed>200M</Speed>
<ld_id>7C01DB6C</ld_id>
<ld_idx>0</ld_idx>
</disk>
<disk>
<ch>3</ch>
<target>16</target>
<status>ONLINE</status>
<manufacturer>HITACHI</manufacturer>
<model>HDS7250SASUN500G</model>
<serial_number>KRVN63ZAGM48XD</serial_number>
<product_revision>A20A</product_revision>
<wwnn>22E4000A3300D7FC</wwnn>
<capacity>465.76GB</capacity>
<remaining_size>465.51GB</remaining_size>
<Speed>200M</Speed>
<ld_id>7C01DB6C</ld_id>
<ld_idx>0</ld_idx>
</disk>
<disk>
<ch>3</ch>
<target>17</target>
<status>ONLINE</status>
<manufacturer>HITACHI</manufacturer>
<model>HDS7250SASUN500G</model>
<serial_number>KRVN63ZAGM3XUD</serial_number>
<product_revision>A20A</product_revision>
<wwnn>22E4000A3300D7F5</wwnn>
<capacity>465.76GB</capacity>
<remaining_size>465.51GB</remaining_size>
<Speed>200M</Speed>
<ld_id>64A046F7</ld_id>
<ld_idx>1</ld_idx>
</disk>
|
<disk>
<ch>3</ch>
<target>18</target>
<status>ONLINE</status>
<manufacturer>HITACHI</manufacturer>
<model>HDS7250SASUN500G</model>
<serial_number>KRVN63ZAGM49TD</serial_number>
<product_revision>A20A</product_revision>
<wwnn>22E4000A3300D800</wwnn>
<capacity>465.76GB</capacity>
<remaining_size>465.51GB</remaining_size>
<Speed>200M</Speed>
<ld_id>64A046F7</ld_id>
<ld_idx>1</ld_idx>
</disk>
<disk>
<ch>3</ch>
<target>19</target>
<status>ONLINE</status>
<manufacturer>HITACHI</manufacturer>
<model>HDS7250SASUN500G</model>
<serial_number>KRVN63ZAGM8N3D</serial_number>
<product_revision>A20A</product_revision>
<wwnn>22E4000A3300D7FA</wwnn>
<capacity>465.76GB</capacity>
<remaining_size>465.51GB</remaining_size>
<Speed>200M</Speed>
<ld_id>64A046F7</ld_id>
<ld_idx>1</ld_idx>
</disk>
<disk>
<ch>3</ch>
<target>20</target>
<status>ONLINE</status>
<manufacturer>HITACHI</manufacturer>
<model>HDS7250SASUN500G</model>
<serial_number>KRVN63ZAGM3XTD</serial_number>
<product_revision>A20A</product_revision>
<wwnn>22E4000A3300D7FF</wwnn>
<capacity>465.76GB</capacity>
<remaining_size>465.51GB</remaining_size>
<Speed>200M</Speed>
<ld_id>460FDB54</ld_id>
<ld_idx>2</ld_idx>
</disk>
|
<disk>
<ch>3</ch>
<target>21</target>
<status>ONLINE</status>
<manufacturer>HITACHI</manufacturer>
<model>HDS7250SASUN500G</model>
<serial_number>KRVN63ZAGM3VND</serial_number>
<product_revision>A20A</product_revision>
<wwnn>22E4000A3300D7FD</wwnn>
<capacity>465.76GB</capacity>
<remaining_size>465.51GB</remaining_size>
<Speed>200M</Speed>
<ld_id>460FDB54</ld_id>
<ld_idx>2</ld_idx>
</disk>
<disk>
<ch>3</ch>
<target>22</target>
<status>ONLINE</status>
<manufacturer>HITACHI</manufacturer>
<model>HDS7250SASUN500G</model>
<serial_number>KRVN63ZAGM72UD</serial_number>
<product_revision>A20A</product_revision>
<wwnn>22E4000A3300D7F7</wwnn>
<capacity>465.76GB</capacity>
<remaining_size>465.51GB</remaining_size>
<Speed>200M</Speed>
<ld_id>460FDB54</ld_id>
<ld_idx>2</ld_idx>
</disk>
<disk>
<ch>3</ch>
<target>23</target>
<status>ONLINE</status>
<manufacturer>HITACHI</manufacturer>
<model>HDS7250SASUN500G</model>
<serial_number>KRVN63ZAGL2HGD</serial_number>
<product_revision>A20A</product_revision>
<wwnn>22E4000A3300D7F8</wwnn>
<capacity>465.76GB</capacity>
<remaining_size>465.51GB</remaining_size>
<Speed>200M</Speed>
<ld_id>460FDB54</ld_id>
<ld_idx>2</ld_idx>
</disk>
|
<disk>
<ch>3</ch>
<target>24</target>
<status>ONLINE</status>
<manufacturer>HITACHI</manufacturer>
<model>HDS7250SASUN500G</model>
<serial_number>KRVN63ZAGM8DGD</serial_number>
<product_revision>A20A</product_revision>
<wwnn>22E4000A3300D7F6</wwnn>
<capacity>465.76GB</capacity>
<remaining_size>465.51GB</remaining_size>
<Speed>200M</Speed>
<ld_id>460FDB54</ld_id>
<ld_idx>2</ld_idx>
</disk>
</config_components>
<hostwwns>
</hostwwns>
<total_sata_routers>2</total_sata_routers>
<sata_router encl_id="0" encl_sn="07ECE4" ch="2" slot="upper" rev="DP0579 " boot_rev="0548" csb="0500" hw_rev="11" st_rev="0552"></sata_router>
<sata_router encl_id="0" encl_sn="07ECE4" ch="3" slot="lower" rev="DP0579 " boot_rev="0548" csb="0500" hw_rev="11" st_rev="0552"></sata_router>
<total_sata_mux>23</total_sata_mux>
<sata_mux ch="3" id="0" mux_sn="n/a" mux_type="A/A" pc150_rev="BB0D" pc150_boot="0300"></sata_mux>
<sata_mux ch="3" id="1" mux_sn="n/a" mux_type="A/A" pc150_rev="BB42" pc150_boot="0300"></sata_mux>
<sata_mux ch="3" id="2" mux_sn="001C16" mux_type="A/A" pc150_rev="BB42" pc150_boot="0300"></sata_mux>
<sata_mux ch="3" id="3" mux_sn="0014EB" mux_type="A/A" pc150_rev="BB42" pc150_boot="0300"></sata_mux>
<sata_mux ch="3" id="4" mux_sn="n/a" mux_type="A/A" pc150_rev="BB42" pc150_boot="0300"></sata_mux>
<sata_mux ch="3" id="5" mux_sn="000AD4" mux_type="A/A" pc150_rev="BB42" pc150_boot="0300"></sata_mux>
<sata_mux ch="3" id="6" mux_sn="n/a" mux_type="A/A" pc150_rev="BB42" pc150_boot="0300"></sata_mux>
<sata_mux ch="3" id="7" mux_sn="001E0A" mux_type="A/A" pc150_rev="BB42" pc150_boot="0300"></sata_mux>
<sata_mux ch="3" id="8" mux_sn="n/a" mux_type="A/A" pc150_rev="BB42" pc150_boot="0300"></sata_mux>
<sata_mux ch="3" id="9" mux_sn="00D7FB" mux_type="A/A" pc150_rev="BB42" pc150_boot="0300"></sata_mux>
<sata_mux ch="3" id="10" mux_sn="n/a" mux_type="A/A" pc150_rev="BB45" pc150_boot="0300"></sata_mux>
|
<sata_mux ch="3" id="11" mux_sn="002E60" mux_type="A/A" pc150_rev="BB42" pc150_boot="0300"></sata_mux>
<sata_mux ch="3" id="13" mux_sn="00D7F9" mux_type="A/A" pc150_rev="BB42" pc150_boot="0300"></sata_mux>
<sata_mux ch="3" id="14" mux_sn="00D7FE" mux_type="A/A" pc150_rev="BB42" pc150_boot="0300"></sata_mux>
<sata_mux ch="3" id="16" mux_sn="00D7FC" mux_type="A/A" pc150_rev="BB42" pc150_boot="0300"></sata_mux>
<sata_mux ch="3" id="17" mux_sn="00D7F5" mux_type="A/A" pc150_rev="BB42" pc150_boot="0300"></sata_mux>
<sata_mux ch="3" id="18" mux_sn="00D800" mux_type="A/A" pc150_rev="BB42" pc150_boot="0300"></sata_mux>
<sata_mux ch="3" id="19" mux_sn="00D7FA" mux_type="A/A" pc150_rev="BB42" pc150_boot="0300"></sata_mux>
<sata_mux ch="3" id="20" mux_sn="00D7FF" mux_type="A/A" pc150_rev="BB42" pc150_boot="0300"></sata_mux>
<sata_mux ch="3" id="21" mux_sn="00D7FD" mux_type="A/A" pc150_rev="BB42" pc150_boot="0300"></sata_mux>
<sata_mux ch="3" id="22" mux_sn="00D7F7" mux_type="A/A" pc150_rev="BB42" pc150_boot="0300"></sata_mux>
<sata_mux ch="3" id="23" mux_sn="00D7F8" mux_type="A/A" pc150_rev="BB42" pc150_boot="0300"></sata_mux>
<sata_mux ch="3" id="24" mux_sn="00D7F6" mux_type="A/A" pc150_rev="BB42" pc150_boot="0300"></sata_mux>
<access_mode>out-of-band</access_mode>
<controller_date>Wed Feb 28 21:50:41 2007</controller_date>
<boot_time>Wed Feb 28 21:22:31 2007</boot_time>
<time_zone>GMT -05:15</time_zone>
<drive_side_statistics>
<device_statistics>
<channel>3</channel>
<id>0</id>
<type>SDISK</type>
<reset>0</reset>
<LinkFail>0</LinkFail>
<SyncLoss>0</SyncLoss>
<SignalLoss>0</SignalLoss>
<PrimitiveSequence>0</PrimitiveSequence>
<InvalidTransWords>0</InvalidTransWords>
<InvalidCRC>0</InvalidCRC>
</device_statistics>
|
<device_statistics>
<channel>3</channel>
<id>1</id>
<type>SDISK</type>
<reset>0</reset>
<LinkFail>0</LinkFail>
<SyncLoss>0</SyncLoss>
<SignalLoss>0</SignalLoss>
<PrimitiveSequence>0</PrimitiveSequence>
<InvalidTransWords>0</InvalidTransWords>
<InvalidCRC>0</InvalidCRC>
</device_statistics>
<device_statistics>
<channel>3</channel>
<id>2</id>
<type>SDISK</type>
<reset>0</reset>
<LinkFail>0</LinkFail>
<SyncLoss>0</SyncLoss>
<SignalLoss>0</SignalLoss>
<PrimitiveSequence>0</PrimitiveSequence>
<InvalidTransWords>0</InvalidTransWords>
<InvalidCRC>0</InvalidCRC>
</device_statistics>
<device_statistics>
<channel>3</channel>
<id>3</id>
<type>SDISK</type>
<reset>0</reset>
<LinkFail>0</LinkFail>
<SyncLoss>0</SyncLoss>
<SignalLoss>0</SignalLoss>
<PrimitiveSequence>0</PrimitiveSequence>
<InvalidTransWords>0</InvalidTransWords>
<InvalidCRC>0</InvalidCRC>
</device_statistics>
<device_statistics>
<channel>3</channel>
<id>4</id>
<type>SDISK</type>
<reset>0</reset>
|
<LinkFail>0</LinkFail>
<SyncLoss>0</SyncLoss>
<SignalLoss>0</SignalLoss>
<PrimitiveSequence>0</PrimitiveSequence>
<InvalidTransWords>0</InvalidTransWords>
<InvalidCRC>0</InvalidCRC>
</device_statistics>
<device_statistics>
<channel>3</channel>
<id>5</id>
<type>SDISK</type>
<reset>0</reset>
<LinkFail>0</LinkFail>
<SyncLoss>0</SyncLoss>
<SignalLoss>0</SignalLoss>
<PrimitiveSequence>0</PrimitiveSequence>
<InvalidTransWords>0</InvalidTransWords>
<InvalidCRC>0</InvalidCRC>
</device_statistics>
<device_statistics>
<channel>3</channel>
<id>6</id>
<type>SDISK</type>
<reset>0</reset>
<LinkFail>0</LinkFail>
<SyncLoss>0</SyncLoss>
<SignalLoss>0</SignalLoss>
<PrimitiveSequence>0</PrimitiveSequence>
<InvalidTransWords>0</InvalidTransWords>
<InvalidCRC>0</InvalidCRC>
</device_statistics>
<device_statistics>
<channel>3</channel>
<id>7</id>
<type>SDISK</type>
<reset>0</reset>
<LinkFail>0</LinkFail>
<SyncLoss>0</SyncLoss>
<SignalLoss>0</SignalLoss>
<PrimitiveSequence>0</PrimitiveSequence>
<InvalidTransWords>0</InvalidTransWords>
<InvalidCRC>0</InvalidCRC>
</device_statistics>
|
<device_statistics>
<channel>3</channel>
<id>8</id>
<type>SDISK</type>
<reset>0</reset>
<LinkFail>0</LinkFail>
<SyncLoss>0</SyncLoss>
<SignalLoss>0</SignalLoss>
<PrimitiveSequence>0</PrimitiveSequence>
<InvalidTransWords>0</InvalidTransWords>
<InvalidCRC>0</InvalidCRC>
</device_statistics>
<device_statistics>
<channel>3</channel>
<id>9</id>
<type>SDISK</type>
<reset>0</reset>
<LinkFail>0</LinkFail>
<SyncLoss>0</SyncLoss>
<SignalLoss>0</SignalLoss>
<PrimitiveSequence>0</PrimitiveSequence>
<InvalidTransWords>0</InvalidTransWords>
<InvalidCRC>0</InvalidCRC>
</device_statistics>
<device_statistics>
<channel>3</channel>
<id>10</id>
<type>SDISK</type>
<reset>0</reset>
<LinkFail>0</LinkFail>
<SyncLoss>0</SyncLoss>
<SignalLoss>0</SignalLoss>
<PrimitiveSequence>0</PrimitiveSequence>
<InvalidTransWords>0</InvalidTransWords>
<InvalidCRC>0</InvalidCRC>
</device_statistics>
<device_statistics>
<channel>3</channel>
<id>11</id>
<type>SDISK</type>
<reset>0</reset>
<LinkFail>0</LinkFail>
<SyncLoss>0</SyncLoss>
<SignalLoss>0</SignalLoss>
<PrimitiveSequence>0</PrimitiveSequence>
|
<InvalidTransWords>0</InvalidTransWords>
<InvalidCRC>0</InvalidCRC>
</device_statistics>
<device_statistics>
<channel>3</channel>
<id>13</id>
<type>RAID</type>
<reset>0</reset>
<LinkFail>0</LinkFail>
<SyncLoss>0</SyncLoss>
<SignalLoss>0</SignalLoss>
<PrimitiveSequence>0</PrimitiveSequence>
<InvalidTransWords>0</InvalidTransWords>
<InvalidCRC>0</InvalidCRC>
</device_statistics>
<device_statistics>
<channel>3</channel>
<id>14</id>
<type>RAID</type>
<reset>0</reset>
<LinkFail>0</LinkFail>
<SyncLoss>0</SyncLoss>
<SignalLoss>0</SignalLoss>
<PrimitiveSequence>0</PrimitiveSequence>
<InvalidTransWords>0</InvalidTransWords>
<InvalidCRC>0</InvalidCRC>
</device_statistics>
<device_statistics>
<channel>3</channel>
<id>16</id>
<type>SDISK</type>
<reset>0</reset>
<LinkFail>0</LinkFail>
<SyncLoss>0</SyncLoss>
<SignalLoss>0</SignalLoss>
<PrimitiveSequence>0</PrimitiveSequence>
<InvalidTransWords>0</InvalidTransWords>
<InvalidCRC>0</InvalidCRC>
</device_statistics>
<device_statistics>
<channel>3</channel>
<id>17</id>
<type>SDISK</type>
<reset>0</reset>
|
<LinkFail>0</LinkFail>
<SyncLoss>0</SyncLoss>
<SignalLoss>0</SignalLoss>
<PrimitiveSequence>0</PrimitiveSequence>
<InvalidTransWords>0</InvalidTransWords>
<InvalidCRC>0</InvalidCRC>
</device_statistics>
<device_statistics>
<channel>3</channel>
<id>18</id>
<type>SDISK</type>
<reset>0</reset>
<LinkFail>0</LinkFail>
<SyncLoss>0</SyncLoss>
<SignalLoss>0</SignalLoss>
<PrimitiveSequence>0</PrimitiveSequence>
<InvalidTransWords>0</InvalidTransWords>
<InvalidCRC>0</InvalidCRC>
</device_statistics>
<device_statistics>
<channel>3</channel>
<id>19</id>
<type>SDISK</type>
<reset>0</reset>
<LinkFail>0</LinkFail>
<SyncLoss>0</SyncLoss>
<SignalLoss>0</SignalLoss>
<PrimitiveSequence>0</PrimitiveSequence>
<InvalidTransWords>0</InvalidTransWords>
<InvalidCRC>0</InvalidCRC>
</device_statistics>
<device_statistics>
<channel>3</channel>
<id>20</id>
<type>SDISK</type>
<reset>0</reset>
<LinkFail>0</LinkFail>
<SyncLoss>0</SyncLoss>
<SignalLoss>0</SignalLoss>
<PrimitiveSequence>0</PrimitiveSequence>
<InvalidTransWords>0</InvalidTransWords>
<InvalidCRC>0</InvalidCRC>
</device_statistics>
<device_statistics>
<channel>3</channel>
|
<id>21</id>
<type>SDISK</type>
<reset>0</reset>
<LinkFail>0</LinkFail>
<SyncLoss>0</SyncLoss>
<SignalLoss>0</SignalLoss>
<PrimitiveSequence>0</PrimitiveSequence>
<InvalidTransWords>0</InvalidTransWords>
<InvalidCRC>0</InvalidCRC>
</device_statistics>
<device_statistics>
<channel>3</channel>
<id>22</id>
<type>SDISK</type>
<reset>0</reset>
<LinkFail>0</LinkFail>
<SyncLoss>0</SyncLoss>
<SignalLoss>0</SignalLoss>
<PrimitiveSequence>0</PrimitiveSequence>
<InvalidTransWords>0</InvalidTransWords>
<InvalidCRC>0</InvalidCRC>
</device_statistics>
<device_statistics>
<channel>3</channel>
<id>23</id>
<type>SDISK</type>
<reset>0</reset>
<LinkFail>0</LinkFail>
<SyncLoss>0</SyncLoss>
<SignalLoss>0</SignalLoss>
<PrimitiveSequence>0</PrimitiveSequence>
<InvalidTransWords>0</InvalidTransWords>
<InvalidCRC>0</InvalidCRC>
</device_statistics>
<device_statistics>
<channel>3</channel>
<id>14</id>
<type>RAID</type>
<reset>2</reset>
<LinkFail>0</LinkFail>
<SyncLoss>65562</SyncLoss>
<SignalLoss>65600</SignalLoss>
<PrimitiveSequence>0</PrimitiveSequence>
|
<InvalidTransWords>874</InvalidTransWords>
<InvalidCRC>0</InvalidCRC>
</device_statistics>
<device_statistics>
<channel>3</channel>
<id>15</id>
<type>RAID</type>
<reset>2</reset>
<LinkFail>0</LinkFail>
<SyncLoss>0</SyncLoss>
<SignalLoss>0</SignalLoss>
<PrimitiveSequence>0</PrimitiveSequence>
<InvalidTransWords>0</InvalidTransWords>
<InvalidCRC>0</InvalidCRC>
</device_statistics>
</drive_side_statistics>
<drive_side_statistics>
<sata_device_statistics>
<channel>3</channel>
<id>0</id>
<type>SDISK</type>
<SignalLoss>0</SignalLoss>
<InvalidTransWords>0</InvalidTransWords>
<InvalidCRC>0</InvalidCRC>
</sata_device_statistics>
<sata_device_statistics>
<channel>3</channel>
<id>1</id>
<type>SDISK</type>
<SignalLoss>0</SignalLoss>
<InvalidTransWords>0</InvalidTransWords>
<InvalidCRC>0</InvalidCRC>
</sata_device_statistics>
<sata_device_statistics>
<channel>3</channel>
<id>2</id>
<type>SDISK</type>
<SignalLoss>0</SignalLoss>
<InvalidTransWords>0</InvalidTransWords>
<InvalidCRC>0</InvalidCRC>
</sata_device_statistics>
<sata_device_statistics>
<channel>3</channel>
|
<id>3</id>
<type>SDISK</type>
<SignalLoss>0</SignalLoss>
<InvalidTransWords>0</InvalidTransWords>
<InvalidCRC>0</InvalidCRC>
</sata_device_statistics>
<sata_device_statistics>
<channel>3</channel>
<id>4</id>
<type>SDISK</type>
<SignalLoss>0</SignalLoss>
<InvalidTransWords>0</InvalidTransWords>
<InvalidCRC>0</InvalidCRC>
</sata_device_statistics>
<sata_device_statistics>
<channel>3</channel>
<id>5</id>
<type>SDISK</type>
<SignalLoss>0</SignalLoss>
<InvalidTransWords>0</InvalidTransWords>
<InvalidCRC>0</InvalidCRC>
</sata_device_statistics>
<sata_device_statistics>
<channel>3</channel>
<id>6</id>
<type>SDISK</type>
<SignalLoss>0</SignalLoss>
<InvalidTransWords>0</InvalidTransWords>
<InvalidCRC>0</InvalidCRC>
</sata_device_statistics>
<sata_device_statistics>
<channel>3</channel>
<id>7</id>
<type>SDISK</type>
<SignalLoss>0</SignalLoss>
<InvalidTransWords>0</InvalidTransWords>
<InvalidCRC>0</InvalidCRC>
</sata_device_statistics>
<sata_device_statistics>
<channel>3</channel>
<id>8</id>
<type>SDISK</type>
<SignalLoss>0</SignalLoss>
<InvalidTransWords>0</InvalidTransWords>
<InvalidCRC>0</InvalidCRC>
</sata_device_statistics>
|
<sata_device_statistics>
<channel>3</channel>
<id>9</id>
<type>SDISK</type>
<SignalLoss>0</SignalLoss>
<InvalidTransWords>0</InvalidTransWords>
<InvalidCRC>0</InvalidCRC>
</sata_device_statistics>
<sata_device_statistics>
<channel>3</channel>
<id>10</id>
<type>SDISK</type>
<SignalLoss>0</SignalLoss>
<InvalidTransWords>0</InvalidTransWords>
<InvalidCRC>0</InvalidCRC>
</sata_device_statistics>
<sata_device_statistics>
<channel>3</channel>
<id>11</id>
<type>SDISK</type>
<SignalLoss>0</SignalLoss>
<InvalidTransWords>0</InvalidTransWords>
<InvalidCRC>0</InvalidCRC>
</sata_device_statistics>
<sata_device_statistics>
<channel>3</channel>
<id>13</id>
<type>SDISK</type>
<SignalLoss>0</SignalLoss>
<InvalidTransWords>0</InvalidTransWords>
<InvalidCRC>0</InvalidCRC>
</sata_device_statistics>
<sata_device_statistics>
<channel>3</channel>
<id>14</id>
<type>SDISK</type>
<SignalLoss>0</SignalLoss>
<InvalidTransWords>0</InvalidTransWords>
<InvalidCRC>0</InvalidCRC>
</sata_device_statistics>
<sata_device_statistics>
<channel>3</channel>
|
<id>16</id>
<type>SDISK</type>
<SignalLoss>0</SignalLoss>
<InvalidTransWords>0</InvalidTransWords>
<InvalidCRC>0</InvalidCRC>
</sata_device_statistics>
<sata_device_statistics>
<channel>3</channel>
<id>17</id>
<type>SDISK</type>
<SignalLoss>0</SignalLoss>
<InvalidTransWords>0</InvalidTransWords>
<InvalidCRC>0</InvalidCRC>
</sata_device_statistics>
<sata_device_statistics>
<channel>3</channel>
<id>18</id>
<type>SDISK</type>
<SignalLoss>0</SignalLoss>
<InvalidTransWords>0</InvalidTransWords>
<InvalidCRC>0</InvalidCRC>
</sata_device_statistics>
<sata_device_statistics>
<channel>3</channel>
<id>19</id>
<type>SDISK</type>
<SignalLoss>0</SignalLoss>
<InvalidTransWords>0</InvalidTransWords>
<InvalidCRC>0</InvalidCRC>
</sata_device_statistics>
<sata_device_statistics>
<channel>3</channel>
<id>20</id>
<type>SDISK</type>
<SignalLoss>0</SignalLoss>
<InvalidTransWords>0</InvalidTransWords>
<InvalidCRC>0</InvalidCRC>
</sata_device_statistics>
<sata_device_statistics>
<channel>3</channel>
<id>21</id>
<type>SDISK</type>
<SignalLoss>0</SignalLoss>
<InvalidTransWords>0</InvalidTransWords>
<InvalidCRC>0</InvalidCRC>
</sata_device_statistics>
|
<sata_device_statistics>
<channel>3</channel>
<id>22</id>
<type>SDISK</type>
<SignalLoss>0</SignalLoss>
<InvalidTransWords>0</InvalidTransWords>
<InvalidCRC>0</InvalidCRC>
</sata_device_statistics>
<sata_device_statistics>
<channel>3</channel>
<id>23</id>
<type>SDISK</type>
<SignalLoss>0</SignalLoss>
<InvalidTransWords>0</InvalidTransWords>
<InvalidCRC>0</InvalidCRC>
</sata_device_statistics>
<sata_device_statistics>
<channel>3</channel>
<id>24</id>
<type>SDISK</type>
<SignalLoss>0</SignalLoss>
<InvalidTransWords>0</InvalidTransWords>
<InvalidCRC>0</InvalidCRC>
</sata_device_statistics>
</drive_side_statistics>
</raidsystem>
</raidbaseview>
|
| Sun StorEdge 3000 Family CLI 2.5 User’s Guide
|
817-4951-18
|
   
|
Copyright © 2009 Sun Microsystems, Inc. All rights reserved.