Fujitsu ETERNUS DX80 S2, ETERNUS DX8700 S2, ETERNUS DX410 S2, ETERNUS DX90 S2, ETERNUS DX8100 S2 Cli User's Manual

P2X0-1030-09ENZ0

ETERNUS CLI User's Guide

FUJITSU Storage ETERNUS DX80 S2/DX90 S2, ETERNUS DX410 S2/DX440 S2, ETERNUS DX8100 S2/DX8700 S2 Disk storage systems

This page is intentionally left blank.

Preface

This manual describes how to use the Command Line Interface (CLI) to configure and manage a RAID system using the FUJITSU Storage ETERNUS DX80 S2/DX90 S2 Disk storage system, ETERNUS DX410 S2/DX440 S2 Disk storage system, or ETERNUS DX8100 S2/DX8700 S2 Disk storage system.

This manual is written for standard-level users who are familiar with the basic functions of the FUJITSU Storage ETERNUS DX80 S2/DX90 S2 Disk storage system, ETERNUS DX410 S2/DX440 S2 Disk storage system, or ETERNUS DX8100 S2/DX8700 S2 Disk storage system.

This manual is written for controller firmware version V10L50 or later. Some of the functions herein may not be supported for firmware version V10L4x or earlier.

Note that the FUJITSU Storage ETERNUS DX80 S2/DX90 S2 Disk storage system, ETERNUS DX410 S2/DX440 S2 Disk storage system, and ETERNUS DX8100 S2/DX8700 S2 Disk storage system are represented as ETERNUS DX Disk storage system in this document.

Content and Structure

This manual contains the following six chapters and appendices:

● Chapter 1 Overview

This chapter introduces the ETERNUS DX Disk storage system Command Line Interface (CLI).

● Chapter 2 Status Display

This chapter explains the commands used for displaying the status details for the ETERNUS DX Disk storage system as a whole, as well as for various ETERNUS DX Disk storage system components.

● Chapter 3 Configuration Settings and Display

This chapter explains the commands used for Thin Provisioning management, RAID group management, volume management, and host interface management, these being the basic settings for the ETERNUS DX Disk storage system.

Ninth Edition

August 2015

● Chapter 4 Function/System Settings and Display

This chapter explains the commands used for user account management, advanced copy management, network management (Redundant IP/SNMP etc.), date and time/NTP, system configuration (Box ID, Storage system name), power synchronization, and SSH/SSL security configuration.

● Chapter 5 Information Settings and Display

This chapter explains the commands used to provide performance data and a variety of other information.

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Preface

● Chapter 6 CLI Original Function

This section explains the commands used by some original functions of the CLI environment.

The appendices describe "Error Messages", "List of Supported Commands", "Firmware Version Support for Commands", "Basic Settings", and "Default Value List".

Latest Information

The information in this manual is subject to change without notice for functionality expansion and improvement of the ETERNUS DX80 S2/DX90 S2, the ETERNUS DX410 S2/DX440 S2, and the ETERNUS DX8100 S2/DX8700 S2 Disk storage systems. The latest version of this manual and the latest information of the ETERNUS DX80 S2/DX90 S2, the ETERNUS DX410 S2/DX440 S2, and the ETERNUS DX8100 S2/DX8700 S2 Disk storage systems are released in the following web-site. Access the following address if needed.

http://www.fujitsu.com/global/services/computing/storage/eternus/documentation/

Related Manuals

The following manuals contain further relevant information on the ETERNUS DX80 S2/DX90 S2, the ETERNUS DX410 S2/DX440 S2, and the ETERNUS DX8100 S2/DX8700 S2:

• ETERNUS DX80 S2/DX90 S2 Disk storage system Overview

• ETERNUS DX80 S2/DX90 S2 Disk storage system User's Guide -Site Planning-

• ETERNUS DX80 S2/DX90 S2 Disk storage system User's Guide -Installation-

• ETERNUS DX80 S2/DX90 S2 Disk storage system User's Guide -Operation-

• ETERNUS DX410 S2/DX440 S2 Disk storage system Overview

• ETERNUS DX410 S2/DX440 S2 Disk storage system User's Guide -Site Planning-

• ETERNUS DX410 S2/DX440 S2 Disk storage system User's Guide -Installation & Operation-

• ETERNUS DX8100 S2/DX8700 S2 Disk storage system User's Guide

• ETERNUS Web GUI User's Guide ETERNUS DX80 S2/DX90 S2, ETERNUS DX410 S2/DX440 S2, ETERNUS

DX8100 S2/DX8700 S2

• ETERNUS DX Disk storage systems User's Guide -Server Connection- (*1)

*1: Download the necessary manuals to match the environment (such as the server OS and the Fibre Channel card

type) from the specified Web site. For the URL of the download site, refer to the Documentation CD that is supplied with the ETERNUS DX Disk storage system.

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Preface

Trademarks

• Microsoft, Windows, and Windows Server are either registered trademarks or trademarks of Microsoft

Corporation in the United States and/or other countries.

• Oracle and Java are registered trademarks of Oracle and/or its affiliates.

• AIX is a trademark of IBM Corp.

• Linux® is the registered trademark of Linus Torvalds in the U.S. and other countries.

• HP-UX is a trademark of Hewlett-Packard Company in the United States and other countries.

• VMware, VMware logos, Virtual SMP, and VMotion are either registered trademarks or trademarks of

VMware, Inc. in the U.S. and/or other countries.

• VERITAS Volume Manager is a trademark of Symantec Corp. and its affiliated companies.

• The company names, product names and service names mentioned in this document are registered

trademarks or trademarks of their respective companies.

Additional Information

■ Naming conventions

• Oracle Solaris might be described as Solaris, Solaris Operating System, or Solaris OS.

• The following abbreviations are used for Microsoft® Windows Server®.

Microsoft® Windows Server® 2008 R2 Datacenter

Microsoft® Windows Server® 2008 R2 Enterprise

Microsoft® Windows Server® 2008 R2 Standard

Microsoft® Windows Server® 2008 R2 for Itanium-Based Systems

Microsoft® Windows Server® 2008 R2 HPC Edition

Microsoft® Windows Server® 2008 Datacenter

Microsoft® Windows Server® 2008 Enterprise

Microsoft® Windows Server® 2008 Standard

Microsoft® Windows Server® 2008 for Itanium-Based Systems

Microsoft® Windows Server® 2008 HPC Edition

Microsoft® Windows Server® 2003, Datacenter Edition

Microsoft® Windows Server® 2003, Standard Edition

Official name Abbreviation

Windows Server 2008 R2

Windows Server 2008

Windows Server 2003Microsoft® Windows Server® 2003, Enterprise Edition

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Preface

■ Typographic conventions

Typeface Meaning Example

[ ] Brackets indicate that the enclosed parameter is optional. [

[ | ] A separator within brackets indicates that only one of the

separated parameters can be specified.

{ | } A separator within braces indicates that only one of the

separated parameters must be specified.

Note that some cases, two or more parameters can be specified by separating them with a comma.

parameter parameter

[

{

parameter

• Italics are used to show variables such as values and characters that appear in command parameters and

output examples.

]

|

parameter

|

parameter

]

}

■ Symbol conventions

The following symbols are used throughout this manual:

This symbol indicates restrictions and cautions for setting up and operating the ETERNUS DX Disk storage system.

This symbol indicates supplementary information about functions and methods that may be useful when setting up and operating the ETERNUS DX Disk storage system.

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ETERNUS CLI User’s Guide

The CLI software embedded in each ETERNUS DX Disk storage system controller module enables storage systems to be configured, monitored, and managed. This may be done via LAN connection to the controller module's Ethernet port, using telnet, an SSH application, or a terminal emulator on a remote administrator client. For telnet connection, a user name and password are required. For SSH, in addition to a user name and password, SSH public key authentication is also supported. For details, refer to the "import ssh-public-key" command.

Default IP address, user name, and password are as follows:

IP address: 192.168.1.1

user name: root

password: root

CLI will display the following pre-login message on the terminal:

ETERNUS login is required. [2010-01-01 05:38:00]

The date and time are the local values. However, this message may not be displayed when logged in with SSH. This is due to the fact it depends on terminal software.

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Chapter 1 Overview

1.2 The Command Syntax

This section explains command syntax.

1.2.1 Command Format

The command format is as follows:

Command name Parameter Parameter . . . Parameter

command-name: Verb section + Object section (Ex: create volume) parameter: Hyphen(-) + Parameter name section + Operand section (Ex: -n 80)

• Basically, a command name consists of a verb section and an object section (Example: "create volume").

However, there are also some commands that consist of one word (Example: "logoff" and "shutdown").

• A parameter consists of a parameter name section and an operand section. A parameter name is

appended with a hyphen (-) before it (Example: "-name").

• An operand is always required after a parameter name (Example: "-name abcdef").

1.2.2 Keywords and Parameters

Command and parameter names are not case-sensitive and can be entered in either or both uppercase and lowercase. Operands, however, are case-sensitive. Any of the printable ASCII codes 0x20 – 0x7e (hexadecimal notation) are allowed as input characters. Note that the following additional restrictions apply:

• Question marks (?) cannot be used.

• When spaces ( ) are used as characters, they must be enclosed by double quotation marks (") (Example:

"ABC DEF","ABC DEF,GHIJKL").

• When double quotation marks (") and single quotation marks (') are used as characters, they must be

backslash(\) escaped. Example: "\"

1.2.3 Disk Syntax

The format that can used for disk drive numbers is either "xxyy" or "xyy". "xx" or "x" indicates the enclosure number. "xx" indicates a 2-digit number for the enclosure number and "x" indicates a one digit number for the enclosure number. When a 2-digit enclosure number is specified, the format "xxyy" must be used. When a 1digit enclosure number is specified, either format can be specified. For example, "1yy" can be specified for a 1digit number. However, if the format "xx" is used, 0 must be specified before the enclosure number. For example, when an enclosure number is 1, "01yy" must be specified. For ETERNUS DX80 S2/DX90 S2, 00 or 0 indicates the controller enclosure. The "yy" is the disk drive number (a 2-digit decimal). For a 3.5" disk drive, between 00 and 11 (a 2-digit decimal) can be specified for "yy". For a 2.5" disk drive, between 00 and 23 can be specified for "yy".

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Disk numbers can be combined as follows:

• A single disk number: 1003

• A list of disk numbers: 1003,004

• A hyphenated range of disk numbers from a to z: 0210-0211

• A list of disk numbers, disk ranges, or both, separated by commas. Spaces are not permitted before or after

commas: 0003,0006,010-011

1.2.4 Alias Name Syntax

The format of an alias is a character string that has a maximum of 16 ASCII characters. Usable characters are those given in "1.2.2 Keywords and Parameters" (page 19) used.

1.2.5 Thin Provisioning Pool Syntax

of the document overview. Commas (,) cannot be

There are two methods for specifying Thin provisioning pool identifiers; Thin provisioning pool numbers or Thin provisioning pool names.

• Thin provisioning pool number

A Thin provisioning pool number is automatically created by the system when a Thin provisioning pool is created. This is a decimal number. Thin provisioning pool numbers can be displayed by using the "show thin-pro-pools" command. Thin provisioning pool numbers can be combined as follows:

- A single Thin provisioning pool number: 1

- A list of Thin provisioning pool numbers: 1,8,12

- A hyphenated range of Thin provisioning pool numbers from a to z: 2-5

- A list of Thin provisioning pool numbers, Thin provisioning pool ranges, or both, separated by commas.

Spaces are not permitted before or after commas: 1,3,10-12

• Thin provisioning pool name

A Thin provisioning pool name must be specified when creating a Thin provisioning pool. For details about the syntax, refer to "1.2.4 Alias Name Syntax" (page 20) of Thin provisioning pool names. A Thin provisioning pool name and a Thin provisioning pool number cannot both be specified in the same command. Do not include spaces before or after commas.

• Two or more parameters might not be able to be specified for several commands. For details, refer to the

command descriptions.

• Since Thin provisioning pools and Flexible Tier Sub Pools use the same resource, the same number and

name cannot be used for both a Thin provisioning pool and a Flexible Tier Sub Pool. If the Thin Provisioning pool number or the Thin Provisioning Pool name that is specified for a command is already used for an FTSP, the command is not executed.

. Some commands accept a comma-separated list

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1.2.6 Flexible Tier Pool Syntax

There are two methods for identifying an entered Flexible Tier Sub Pool; Flexible Tier Pool numbers or Flexible Tier Pool names.

• Flexible Tier Pool number

A Flexible Tier Pool number is automatically created by the system when a Flexible Tier Pool is created. This is a decimal number. Flexible Tier Pool numbers can be displayed by using the "show flexible-tierpools" command. Flexible Tier Pool numbers can be combined as follows:

- A single Flexible Tier Pool number: 1

- A list of Flexible Tier Pool numbers: 1,8,12

- A hyphenated range of Flexible Tier Pool numbers from a to z: 2-5

- A list of Flexible Tier Pool numbers, ranges, or both, separated by commas: 1,3,10-12

• Flexible Tier Pool name

A Flexible Tier Pool name must be specified when creating a Flexible Tier Pool. For details about the syntax, refer to "1.2.4 Alias Name Syntax" (page 20) Flexible Tier Pool names. A Flexible Tier Pool name and a Flexible Tier Pool number cannot both be specified in the same command. Do not include spaces before or after commas.

. Some commands accept a comma-separated list of

Two or more parameters might not be able to be specified for several commands. For details, refer to the command descriptions.

1.2.7 Flexible Tier Sub Pool Syntax

There are two methods for identifying an entered Flexible Tier Sub Pool; Flexible Tier Sub Pool numbers or Flexible Tier Sub Pool names.

• Flexible Tier Sub Pool number

A Flexible Tier Sub Pool number is automatically created by the system when a Flexible Tier Sub Pool is created. This is a decimal number. Flexible Tier Sub Pool numbers can be displayed by using the "show flexible-tier-sub-pools" command. Flexible Tier Sub Pool numbers can be combined as follows:

- A single Flexible Tier Sub Pool number: 1

- A list of Flexible Tier Sub Pool numbers: 1,8,12

- A hyphenated range of Flexible Tier Sub Pool numbers from a to z: 2-5

- A list of Flexible Tier Sub Pool numbers, ranges, or both, separated by commas: 1,3,10-12

• Flexible Tier Sub Pool name

A Flexible Tier Sub Pool name must be specified when creating a Flexible Tier Sub Pool. For details about the syntax, refer to "1.2.4 Alias Name Syntax" (page 20) of Flexible Tier Sub Pool names. A Flexible Tier Sub Pool name and a Flexible Tier Sub Pool number cannot both be specified in the same command. Do not include spaces before or after commas.

. Some commands accept a comma-separated list

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• Two or more parameters might not be able to be specified for several commands. For details, refer to the

command descriptions.

• Since Thin provisioning pools and Flexible Tier Sub Pools use the same resource, the same number and

name cannot be used for both a Thin provisioning pool and a Flexible Tier Sub Pool. If the FTSP number or FTSP name that is specified for a command is already used for a Thin Provisioning Pool, the command is not executed.

1.2.8 RAID Group Syntax

There are two methods for specifying RAID group identifiers; RAID group numbers or RAID group names.

• RAID group number

A RAID group number is automatically created by the system when a RAID group is created. This is a decimal number. RAID group numbers can be displayed by using the "show raid-groups" command. RAID group numbers can be combined as follows:

- A single RAID group number: 1

- A list of RAID group numbers: 1,8,12

- A hyphenated range of RAID group numbers from a to z: 2-5

- A list of RAID group numbers, RAID group ranges, or both, separated by commas. Spaces are not

permitted before or after commas: 1,3,10-12

• RAID group name

A RAID group name must be specified when creating a RAID group. For details about the syntax, refer to

"1.2.4 Alias Name Syntax" (page 20)

names. A RAID group name and a RAID group number cannot both be specified in the same command. Do not include spaces before or after commas.

Two or more parameters might not be able to be specified for several commands. For details, refer to the command descriptions.

1.2.9 Volume Syntax

There are two methods to specify a volume identifier; a volume number or a volume name.

• Volume number

A volume number is automatically created by the system when a volume is created. This is a decimal number. Volume numbers can be displayed by using the "show volumes" command. Volume numbers may be combined as follows:

- A volume number: 1

- A list of volume numbers: 5,10

- A hyphenated range of volume numbers from a to z: 2-5

- A list of volume numbers, volume ranges, or both, separated by commas. Spaces are not permitted

before or after commas: 1,3,10-12

. Some commands accept a comma-separated list of RAID group

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• Volume name

A volume name must be specified when creating a volume. For details about the syntax, refer to "1.2.4

Alias Name Syntax" (page 20). Some commands accept a comma-separated list of volume names. A

volume name and a volume number cannot both be specified in the same command. Do not include spaces before or after commas.

Two or more parameters might not be able to be specified for several commands. For details, refer to the command descriptions.

1.2.10 Host Syntax

There are two methods to specify a host identifier; a host number or a host name.

• Host number

A host number is automatically created by the system when a host identifier or a host alias is registered. This is a decimal number. The following types of host identifier are available:

- Host WWN name (FC)

- SAS address (SAS)

- iSCSI host name (iSCSI)

The identifier can be displayed by using the following commands:

- "show host-wwn-names"

- "show host-sas-addresses"

- "show host-iscsi-names"

Host numbers may be combined as follows:

- A single host number: 1

- A list of host numbers: 2,3

- A hyphenated range of host numbers from a to z: 2-5

- A list of host numbers, host ranges, or both, separated by commas. Spaces are not permitted before or

after commas: 1,3,10-12

• Host name

A host alias must be specified when registering a host identifier. For details about the syntax, refer to

"1.2.4 Alias Name Syntax" (page 20)

host name and a host number cannot both be specified in the same command. Do not include spaces before or after commas.

Two or more parameters might not be able to be specified for several commands. For details, refer to the command descriptions.

. Some commands accept a comma-separated list of host names. A

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1.2.11 Affinity Group Syntax

There are two methods to specify an affinity group identifier; an affinity group number or an affinity group name.

In GUI, "LUN group number" and "LUN group name" is respectively displayed instead of "affinity group number" and "affinity group name".

• Affinity group number

An affinity group number is automatically created by the system when an affinity group is created. This is a decimal number. Affinity group numbers can be displayed by using the "show affinity-groups" command. Affinity group numbers can be combined as follows:

- A single affinity group number: 1

- A list of affinity group numbers: 2,8

- A hyphenated range of affinity group numbers from a to z: 2-5

- A list of affinity group numbers, affinity group ranges, or both, separated by commas. Spaces are not

permitted before or after commas: 1,3,10-12

• Affinity group name

An affinity group name must be specified when creating an affinity group. For details about the syntax, refer to "1.2.4 Alias Name Syntax" (page 20) group names. An affinity group name and an affinity group number cannot both be specified in the same command. Do not include spaces before or after commas.

Two or more parameters might not be able to be specified for several commands. For details, refer to the command descriptions.

1.2.12 Host Response Syntax

There are two methods to specify a host response identifier; a host response number or a host response name.

• Host response number

The host response number can be assigned by the user. This is a decimal number. A host response number of "#0" is the system default and it cannot be assigned by the user. However, the parameters for host response #0 can be changed. Host response settings can be displayed by using the "show host-response" command. Host response numbers may be combined as follows:

- A single host response number: 1

- A list of host response numbers: 2,5

- A hyphenated range of host response numbers from a to z: 2-5

- A list of host response numbers, host response ranges, or both, separated by commas. Spaces are not

permitted before or after commas: 1,3,10-12

. Some commands accept a comma-separated list of affinity

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• Host response name

A host response name must be specified when registering a host response. For details about the syntax, refer to "1.2.4 Alias Name Syntax" (page 20) response names. A host response name and a host response number cannot both be specified in the same command. Do not include spaces before or after commas.

Two or more parameters might not be able to be specified for several commands. For details, refer to the command descriptions.

1.2.13 ECO Schedule Syntax

There are two methods to specify an ECO schedule identifier; an ECO schedule number or an ECO schedule name.

. Some commands accept a comma-separated list of host

• ECO schedule number

A schedule number is automatically created by the system when an ECO schedule is created. This is a decimal number. ECO schedule numbers can be displayed by using the "show eco-schedule" command. ECO schedule numbers may be combined as follows:

- A single ECO schedule number: 1

- A list of ECO schedule numbers: 2,5

- A hyphenated range of ECO schedule numbers from a to z: 2-5

- A list of ECO schedule numbers, ECO schedule ranges, or both, separated by commas. Spaces are not

permitted before or after commas: 1,3,10-12

• ECO schedule name

An ECO schedule name must be specified when creating an ECO schedule. For details about the syntax, refer to "1.2.4 Alias Name Syntax" (page 20) schedule names. An ECO schedule name and an ECO schedule number cannot both be specified in the same command. Do not include spaces before or after commas.

Two or more parameters might not be able to be specified for several commands. For details, refer to the command descriptions.

1.2.14 Host Interface Port Syntax

. Some commands accept a comma-separated list of ECO

A fixed 3-digit "xyz" numbering format is used. "x" indicates the controller module (CM) number, "y" indicates the channel adapter (CA) number, and "z" indicates the host interface port number. For example, "110" indicates CM#1-CA#1-Port#0. Two or more parameters can be specified by separating them with a comma. To indicate both CM#0-CA#0-Port#0 and CM#1-CA#1-Port#0, specify "-port 000,110".

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1.2.15 Port Group Syntax

There are two methods to specify an port group identifier; an port group number or an port group name.

• Port group number

An port group number is automatically created by the system when an port group is created. This is a decimal number. Port group numbers can be displayed by using the "show port-groups" command. Port group numbers may be combined as follows:

- A single port group number: 1

- A list of port group numbers: 2,8

- A hyphenated range of port group numbers from a to z: 2-5

- A list of port group numbers, port group ranges, or both, separated by commas. Spaces are not

permitted before or after commas: 1,3,10-12

• Port group name

An port group name must be specified when creating an port group. For details about the syntax, refer to

"1.2.4 Alias Name Syntax" (page 20)

names. An port group name and an port group number cannot both be specified in the same command. Do not include spaces before or after commas.

. Some commands accept a comma-separated list of port group

Two or more parameters might not be able to be specified for several commands. For details, refer to the command descriptions.

1.2.16 Host Group Syntax

There are two methods to specify an host group identifier; an host group number or an host group name.

• Host group number

An host group number is automatically created by the system when an host group is created. This is a decimal number. Host group numbers can be displayed by using the "show host-groups" command. Host group numbers may be combined as follows:

- A single host group number: 1

- A list of host group numbers: 2,8

- A hyphenated range of host group numbers from a to z: 2-5

- A list of host group numbers, host group ranges, or both, separated by commas. Spaces are not

permitted before or after commas: 1,3,10-12

• Host group name

An host group name must be specified when creating an host group. For details about the syntax, refer to

"1.2.4 Alias Name Syntax" (page 20)

names. An host group name and an host group number cannot both be specified in the same command. Do not include spaces before or after commas.

. Some commands accept a comma-separated list of host group

Two or more parameters might not be able to be specified for several commands. For details, refer to the command descriptions.

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1.3 Size of Devices and Logical Units

The size of disks and logical units (such as RAID groups and volumes) are presented in base 2 (binary) formats.

Unit Size in binary

Kilobyte (KB) 1024 bytes

Megabyte (MB) 1024KB (1,048,576 bytes)

Gigabyte (GB) 1024MB (1,073,741,824 bytes)

Terabyte (TB) 1024GB (109,951,162,776 bytes)

1.4 Command Auto-complete and History Recall

CLI supports an auto-complete command function and also a command history recall function. When using the auto-complete command function, if too few letters are entered to uniquely identify a keyword, the CLI lists keywords that match the entered string and redisplays the string so it can be completed. The autocomplete function applies to a command name, a parameter name and an operand name. It does NOT apply when two or more operands are used that are separated with a comma. Except for operand names, even if not all the letters of the keyword are not entered, once enough letters are entered to identify a unique keyword, it is handled as a complete character string.

The history contains all the commands entered in the active CLI session. A command from the history can be recalled, edited, and run.

For details about usable keys, refer to "1.5 Command Editing Hotkeys" (page 28)

.

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1.5 Command Editing Hotkeys

The following table lists the CLI command editing functions:

To Press

Complete a partially entered keyword Tab

Get previous command from history Up Arrow, Ctrl-P, or Ctrl-p

Get next command from history Down Arrow, Ctrl-N, or Ctrl-n

Move cursor left Left Arrow, Ctrl-B, or Ctrl-b

Move cursor right Right Arrow, Ctrl-F, or Ctrl-f

Move back one word Esc-B or Esc-b

Move forward one word Esc-F or Esc-f

Move cursor to start of line Ctrl-A or Ctrl-a

Move cursor to end of line Ctrl-E or Ctrl-e

Transpose current and previous character Ctrl-T or Ctrl-t

Delete current character Ctrl-D or Ctrl-d

Delete previous character Ctrl-H or Ctrl-h

Delete word up to cursor Ctrl-W or Ctrl-w

Delete rest of word Esc-D or Esc-d

Delete text up to cursor Ctrl-U or Ctrl-u

Delete the rest of a line Ctrl-K or Ctrl-k

Convert the rest of a word to uppercase Esc-C or Esc-c

Convert the rest of a word to lowercase Esc-L or Esc-l

Enter command and redisplay prompt Ctrl-Z or Ctrl-z

Refresh input line Ctrl-L or Ctrl-l

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1.6 Viewing Command Help

By inputting a question mark (?) after the CLI command name or the parameter name, a brief description can be displayed. By using the "help" command, the command syntax can also be displayed. For further information, refer to the "help"

# If a question mark [?] is entered by itself, the entire verb list is displayed.

CLI> ? copy - copy create - create delete - delete discover - discover exit - Exit the CLI sessions. ... (snip)

# If [s?] is entered, all the verbs beginning with "s" are displayed.

CLI> s? set show start stop

# # If [show ?] is entered (note the space between the "show" and "?"), only the "show" command is possible, so all the "show" command objects are displayed.

CLI> show ? advanced-copy-licens - Display the Extended Advanced Copy license status. advanced-copy-parame - Display the Advanced Copy parameters. advanced-copy-policy - Display the currently registered Advance Copy policy. advanced-copy-sessio - Display the list of Advance Copy sessions. affinity-groups - Display a list of affinity groups or display the details of a specified affinity group. ... (snip)

command.

# If [show m?] is entered, all the "show" command objects beginning with "m" are displayed.

CLI> show m? mapping migration

# If [create raid-group ?] is entered (note the space between the "create raid-group" and "?"), the parameters that can be specified for the "create raid-group" command are displayed. # Bracketed parameters are optional. All other parameters are required. # Bracketed parameters are optional. All other parameters are required.

CLI> create raid-group ?

-name - Name of a RAID group

-disks - Disks to use in the RAID group

-level - RAID level [-assigned-cm] - Assigned controller for the RAID group

# Long parameters and command names are truncated at 20 characters, as in the following example. # Note that one or more spaces are required before a question mark.

CLI> ? [-host-response-num - Host response numbers to display details [-host-response-nam - Host response names to display details

1.7 Error Message Format

This section explains the CLI error messages format. When the CLI command ends normally, there is no output on the terminal and the CLI prompt is returned to the next line. If an error occurs, an error message is

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1.8 Multiple Sessions

displayed. For further details of the error messages, refer to "Appendix A Error Messages" (page 688)

Error: E0019 Inconsistent parameter. A B [001C-0002] C D

A: Error message number (fixed 4 digits) B: Error message (human-readable message) C: Internal error code (fixed 4 digits + hyphen + fixed 4 digits) D: Details (the specified parameters, etc.)

-disks 003

.

Note that there are messages without an error message number. The location of the error is indicated by a circumflex (^). This will display where there is a syntax error. Check the input parameters and the error message as indicated by the circumflex (^).

The following are examples.

CLI> create raid-group -a ^ Error: Missing parameter data

CLI> show disks -de 1 -de 2 ^

1.8 Multiple Sessions

A maximum of 16 CLI sessions can run on a single system simultaneously (including accesses with the Software role). A session for an exclusive resource may conflict with a GUI session or another CLI session. When a resource is locked by exclusive access control, the command terminates with an error message. If this occurs, wait until the GUI session or another CLI session that uses the locked resource completes, and then execute the command again. Resources can be forcibly released by using the "set clienv-force-unlock" command. This is useful when a terminal is suddenly disconnected or unexpected errors occur.

1.9 Slave Controller Logins

For dual controller ETERNUS DX Disk storage system models, at any given time one of the controllers is the master and the other the slave. Normal logins are to the master controller, and are able to access all the normal functions. However, if the master controller becomes inaccessible, a redundant IP address function is available that allows a (reduced functionality) login to the slave controller. Slave controller login is only possible if a redundant IP address has been preset, and only some of the "show" commands to check the status of components are available. It also allows the "change master" command to be used to forcibly swap the master-slave relationship of the two controllers. This command can only be used from the slave controller. Commands that are not supported by the current login type will fail with an error message if attempted. For further details, refer to "Appendix B List of Supported Commands" (page 703)

.

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Chapter 1 Overview

1.10 CLI User Authority

User authority is determined by the role and user policy. For details on roles and user policies, refer to "4.1

User Management" (page 356).

1.11 Note for Specifying FTP Server

If an FTP server is specified by domain name format, name resolution is performed by the DNS servers assigned to the specified Ethernet port. If an FTP server is specified by an IP address, an appropriate Ethernet port is automatically assigned by the system. Even though designation of an Ethernet port by using CLI is not required, doing so allows the operator to specify which network the FTP server belongs to.

1.12 Command Descriptions

This section explains the commands in a functional order. Each command topic includes one or more of the following sections.

• Description

A description of the command

• Syntax

The command syntax

• Parameters

A description of parameter(s)

• Output (only for reference commands)

A description of information displayed by the command

• Example(s)

One or more examples of the command

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Chapter 2

Status Display

This chapter explains the commands related to storage system status.

2.1 Storage System Status

This section explains the commands that display the status of the system or a system component.

Display Items The command syntax

Summary status of the system

Summary status of each enclosure

Controller enclosure status

Drive enclosure status

Controller enclosure and the status of all drive enclosure

Controller module status

PSU status in controller enclosures

FRT status in controller enclosures

BRT status in controller enclosures

SVC status in controller enclosures

The status of all components in controller enclosures

IOM status in a specific drive enclosure

All expander status in all drive enclosure

PSU status in a specific drive enclosure

The status of all PSUs in all drive enclosures

The status of all components in a specific drive enclosure

The status of all components in all drive enclosures

The status of all undefined disks

The status of all disks in the controller enclosure

The status of all disks in a specific drive enclosure

Details of specific disks

Details of all disks

Product IDs of all disks'

Hardware information

show status

show enclosure-status

show enclosure-status -type ce

show enclosure-status -type de

-de {1|2|3|4|5|6|7|8|9}

show enclosure-status -type all

show fru-ce -type {cm0|cm1|cm2|cm3|cm4|cm5|cm6|cm7}

show fru-ce -type {psu0|psu1|psu2|psu3|psu4|psu5}

show fru-ce -type {frt0|frt1|frt2|frt3}

show fru-ce -type {brt0|brt1|brt2|brt3|brt4|brt5|brt6|brt7}

show fru-ce -type {svc0|svc1}

show fru-ce

show fru-de

-de {1|2|3|4|5|6|7|8|9} -type {exp0|exp1}

show fru-de -type {exp0|exp1}

show fru-de

-de {1|2|3|4|5|6|7|8|9} -type {psu0|psu1}

show fru-de -type {psu0|psu1}

show fru-de -de {1|2|3|4|5|6|7|8|9}

show fru-de

show disks -type undefined

show disks -type ce

show disks -type de -de {1|2|3|4|5|6|7|8|9}

show disks -disks disks

show disks -disks all

show disks -disks productid

show hardware-information

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Chapter 2 Status Display

2.1 Storage System Status > show status

show status

This command displays a summary of the system status. It will display if any components in the system are in an error or warning condition. It does not indicate if host servers are able to access the system.

■ Syntax

show status

■ Parameters

No parameters.

■ Output

Summary status

Summary of the system status.

Empty The ETERNUS DX Disk storage system is not defined or installed.

Normal The ETERNUS DX Disk storage system is in normal state.

Pinned Data PIN data exists in the ETERNUS DX Disk storage system.

Unused An undefined component is installed in the ETERNUS DX Disk storage system.

Warning A component that is the target for preventive maintenance exists in the ETERNUS DX Disk

storage system.

Maintenance Maintenance is currently being performed on the ETERNUS DX Disk storage system.

Error A component with an error exists in the ETERNUS DX Disk storage system.

Loop Down The ETERNUS DX Disk storage system is in BackEnd Down state.

Not Ready "Not Ready" is a status where an abnormality is detected at a power-off, and I/O access

from the host cannot be received.

Subsystem Down

The ETERNUS DX Disk storage system is not available.

Change Assigned CM

Hot expansion and recovery of the controller is required.

■ Example(s)

The following example displays a summary of the system status:

CLI> show status Summary Status [Normal]

CLI> show status Summary Status [Error]

CLI> show status Summary Status [Warning]

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2.1 Storage System Status > show enclosure-status

show enclosure-status

This command displays a summary of the controller enclosure or the drive enclosure status. Details will be displayed if the type of enclosure is specified.

■ Syntax

show enclosure-status [-type { all|ce|de [-de

enclosure_number

]} ]

■ Parameter

-type Optional. This parameter specifies the enclosure type. If the type is omitted, only summary information will be displayed.

all Detailed status of both the controller enclosure and all the drive enclosures are

displayed.

ce Detailed status of the controller enclosure is displayed.

de Detailed status of the specified drive enclosure is displayed.

-de Optional. This parameter can specify the drive enclosure number only when a drive enclosure type is specified. If this parameter is omitted, all of the drive enclosures are selected. Other enclosure types cannot be specified.

Example: -type de -de 1 (When requesting drive enclosure #1 details)

■ Output

The following information is the output information when all the parameters are omitted:

Name Series name of the system

Model Upgrade Status

Model upgrade status. This indicates whether or not the model can or has been upgraded. If the model can and has been upgraded, [Upgraded] is displayed. If the model can but has not been upgraded yet, [Not Upgraded] is displayed. If the model cannot be upgraded, [Not Possible] is displayed.

Model Name

Model name of the system

Serial Number

Serial number of the system

Device Identification Number

Device identification number used by the Fujitsu Multipath Driver or other external software to identify the storage system.

Status Status of the system

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Cache Mode

The cache control mode (Write Back Mode or Write Through Mode)

Remote Support

The remote support state (Operating, Maintenance, Stopping, or Not yet Set) Stopping indicates a temporarily stopped status.

Operation Mode

The operation mode (Maintenance mode or normal operation mode)

CLI Connecting Controller Module

Controller module that has an active CLI connection.

Firmware Version

Current firmware version

Controller Enclosure

Controller enclosure status

Drive Enclosure #n

Indicates the number of the drive enclosure and its status Example: Drive Enclosure #1 [ status ] (giving the status of drive enclosure)

System Message

Messages that identify the error events that have occurred in the system.

The following information is output for the controller enclosure components:

Intake Temp

Intake temperature status, status code, and intake temperature values. Each controller has two redundant intake temperature sensors, and both temperature values is displayed in Celsius. If a sensor fails, "Failed" is displayed.

Exhaust Temp

Exhaust temperature status and the status code. Note that exhaust temperature values are not displayed.

CM#n Controller Module # status and the status code. The "#n" in the field indicates the controller

module number. Example: CM#1 [Status / Status Code] (For controller module#1)

FRT#n Front End Router status and the status code (only for the ETERNUS DX8700 S2). The "#n" in the

field indicates the Front End Router number. Example: FRT#1 [Status / Status Code] (For Front End Router#1)

BRT#n Back End Router status and the status code (only for the ETERNUS DX8700 S2). The "#n" in the

field indicates the Back End Router number. Example: BRT#1 [Status / Status Code] (For Back End Router#1)

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SVC#n Service Controller status and the status code (only for the ETERNUS DX8700 S2). The "#n" in the

field indicates the Service Controller number. Example: SVC#1 [Status / Status Code] (For Service Controller#1)

FANU#n Fan Unit status and the status code (only for the ETERNUS DX8700 S2). The "#n" in the field

indicates the Fan Unit number. Example: FANU#1 [Status / Status Code] (For Fan Unit#1)

OPNL Operation Panel status and the status code (only for the ETERNUS DX8700 S2).

PSU#n Power Supply Unit status and the status code. The "#n" in the field indicates the Power Supply

Unit number. Example: PSU#1 [Status / Status Code] (For Power Supply Unit#1)

DISK#xyy Disk status (only for the ETERNUS DX80 S2/DX90 S2)

Example: CE-Disk#1 [ status ] (Disk #001 status) (For details, refer to "1.2.3 Disk Syntax" (page 19)

.)

The following information is displayed if the device enclosure is specified:

Intake Temp

Intake TempIntake temperature status, status code, and intake temperature values. Each controller has two redundant intake temperature sensors, and both temperature values is displayed in Celsius. If a sensor fails, "Failed" is displayed.

Exhaust Temp

Exhaust temperature status and the status code. Note that exhaust temperature values are not displayed.

IOM#0 I/O module #0 status and the status code

IOM#1 I/O module #1 status and the status code

PSU#0 Power Supply Unit #0 status and the status code

PSU#1 Power Supply Unit #1 status and the status code

DISK#xyy Disk status

Example: DE#1-Disk#1 [ status ] (Disk #101 status) (For details, refer to "1.2.3 Disk Syntax" (page 19)

.)

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■ Example(s)

The following information is displayed when no parameters are specified:

CLI> show enclosure-status Enclosure View Name [ETERNUS DX80] Model Upgrade Status [Not Possible] Model Name [ET06F21A] Serial Number [000000] Device Identification Number [010000] Status [Normal] Cache Mode [Write Back Mode] Remote Support [Not yet Set] Operation Mode [Maintenance] CLI Connecting Controller Module [CM#0] Firmware Version [V10L11-0000]

Controller Enclosure (3.5") [Normal] Drive Enclosure #1 (3.5") [Error] Drive Enclosure #2 (3.5") [Error]

System Message No. Message 1 P 100000XX-XXXXX 2 P 500000XX-XXXXX

The following example shows the information that is displayed when the controller enclosure is specified for the ETERNUS DX80 S2/DX90 S2:

CLI> show enclosure-status -type ce Controller Enclosure Information Location Status Error Code Sensor 1 / Sensor 2 Intake Temp Normal 0x0000 25 (C) / 25 (C) Exhaust Temp Normal 0x0000 -

Controller Enclosure Status Controller Module Status/Status Code CM#0 [Normal / 0xE001] CM#1 [Normal / 0xE001] Power Supply Unit Status/Status Code PSU#0 [Normal / 0xE001] PSU#1 [Normal / 0xE001] Disk Status CE-Disk#0 [Rebuild/Copyback ] CE-Disk#1 [Rebuild/Copyback ] CE-Disk#2 [Available ] CE-Disk#3 [Broken ] CE-Disk#4 [Available ] CE-Disk#5 [Available(Predictive Failure)] CE-Disk#6 [Available(Predictive Failure)] CE-Disk#7 [Present ] CE-Disk#8 [Present ] CE-Disk#9 [Present ] CE-Disk#10 [Present ] CE-Disk#11 [Spare ]

The following example shows the information that is displayed when the controller enclosure is specified for the ETERNUS DX410 S2/DX440 S2:

CLI> show enclosure-status -type ce Controller Enclosure Information Location Status Error Code Sensor 1 / Sensor 2 Intake Temp Normal 0x0000 25 (C) / 25 (C) Exhaust Temp Normal 0x0000 -

Controller Enclosure Status Controller Module Status/Status Code CM#0 [Normal / 0xE001] CM#1 [Normal / 0xE001] Power Supply Unit Status/Status Code PSU#0 [Normal / 0xE001] PSU#1 [Normal / 0xE001]

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The following example shows the information that is displayed when the controller enclosure is specified for the ETERNUS DX8700 S2:

CLI> show enclosure-status -type ce Controller Enclosure Information Location Status Error Code Temperature Intake Temp Normal 0x0000 25 (C) Exhaust Temp Normal 0x0000 -

Controller Enclosure Status Controller Module Status/Status Code CM#0 [Normal / 0xE001] CM#1 [Normal / 0xE001] CM#2 [Normal / 0xE001] CM#3 [Normal / 0xE001] CM#4 [Normal / 0xE001] CM#5 [Normal / 0xE001] CM#6 [Normal / 0xE001] CM#7 [Normal / 0xE001] Front End Router Status/Status Code FRT#0 [Normal / 0xE001] FRT#1 [Normal / 0xE001] FRT#2 [Normal / 0xE001] FRT#3 [Normal / 0xE001] Back End Router Status/Status Code BRT#0 [Normal / 0xE001] BRT#1 [Normal / 0xE001] BRT#2 [Normal / 0xE001] BRT#3 [Normal / 0xE001] BRT#4 [Normal / 0xE001] BRT#5 [Normal / 0xE001] BRT#6 [Normal / 0xE001] BRT#7 [Normal / 0xE001] Service Controller Status/Status Code SVC#0 [Normal / 0xE001] SVC#1 [Normal / 0xE001] FAN Unit Status/Status Code FANU#0 [Normal / 0xE001] FANU#1 [Normal / 0xE001] FANU#2 [Normal / 0xE001] FANU#3 [Normal / 0xE001] Operation Panel Status/Status Code OPNL [Normal / 0xE001] Power Supply Unit Status/Status Code PSU#0 [Normal / 0xE001] PSU#1 [Normal / 0xE001] PSU#2 [Normal / 0xE001] PSU#3 [Normal / 0xE001] PSU#4 [Normal / 0xE001] PSU#5 [Normal / 0xE001]

The following example shows the information that is displayed when drive enclosure #1 is specified:

CLI> show enclosure-status -type de -de 1 Drive Enclosure #1 Information Location Status Error Code Sensor 1 / Sensor 2 Intake Temp Normal 0x0000 25 (C) / 25 (C) Exhaust Temp Normal 0x0000 -

Drive Enclosure #1 Status Expander Status/Status Code EXP#0 [Normal / 0xE001] EXP#1 [Normal / 0xE001] Power Supply Unit Status/Status Code PSU#0 [Normal / 0xE001] PSU#1 [Normal / 0xE001] Disk Status DE#1-Disk#0 [Available ] DE#1-Disk#1 [Available ] DE#1-Disk#2 [Available ] DE#1-Disk#3 [Rebuild/Copyback ] DE#1-Disk#4 [Rebuild/Copyback ] DE#1-Disk#5 [Available ] DE#1-Disk#6 [Available ] DE#1-Disk#7 [Available(Predictive Failure)] DE#1-Disk#8 [Available ] DE#1-Disk#9 [Available ] DE#1-Disk#10 [Available(Predictive Failure)] DE#1-Disk#11 [Broken ]

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2.1 Storage System Status > show enclosure-status

The following example shows the information that is displayed when all of the enclosures are specified for the ETERNUS DX80 S2/DX90 S2, the ETERNUS DX410 S2/DX440 S2, and the ETERNUS DX8100 S2:

CLI> show enclosure-status -type all Controller Enclosure Information Location Status Error Code Sensor 1 / Sensor 2 Intake Temp Normal 0x0000 25 (C) / 25 (C) Exhaust Temp Normal 0x0000 -

Controller Enclosure Status Controller Module Status/Status Code CM#0 [Normal / 0xE001] CM#1 [Normal / 0xE001] Power Supply Unit Status/Status Code PSU#0 [Normal / 0xE001] PSU#1 [Normal / 0xE001] Disk Status CE-Disk#0 [Rebuild/Copyback ] CE-Disk#1 [Rebuild/Copyback ] CE-Disk#2 [Available ] CE-Disk#3 [Broken ] CE-Disk#4 [Available ] CE-Disk#5 [Available(Predictive Failure)] CE-Disk#6 [Available(Predictive Failure)] CE-Disk#7 [Present ] CE-Disk#8 [Present ] CE-Disk#9 [Present ] CE-Disk#10 [Present ] CE-Disk#11 [Spare ]

Drive Enclosure #1 Information Location Status Error Code Sensor 1 / Sensor 2 Intake Temp Normal 0x0000 25 (C) / 25 (C) Exhaust Temp Normal 0x0000 -

Drive Enclosure #1 Status Expander Status/Status Code EXP#0 [Normal / 0xE001] EXP#1 [Normal / 0xE001] Power Supply Unit Status/Status Code PSU#0 [Normal / 0xE001] PSU#1 [Normal / 0xE001] Disk Status DE#1-Disk#0 [Available ] DE#1-Disk#1 [Available ] DE#1-Disk#2 [Available ] DE#1-Disk#3 [Rebuild/Copyback ] DE#1-Disk#4 [Rebuild/Copyback ] DE#1-Disk#5 [Available ] DE#1-Disk#6 [Available ] DE#1-Disk#7 [Available(Predictive Failure)] DE#1-Disk#8 [Available ] DE#1-Disk#9 [Available ] DE#1-Disk#10 [Available(Predictive Failure)] DE#1-Disk#11 [Broken ]

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2.1 Storage System Status > show enclosure-status

The following example shows the information that is displayed when all of the enclosures are specified for the ETERNUS DX8700 S2:

CLI> show enclosure-status -type all Controller Enclosure Information Location Status Error Code Temperature Intake Temp Normal 0x0000 25 (C) Exhaust Temp Normal 0x0000 -

Controller Enclosure Status Controller Module Status/Status Code CM#0 [Normal / 0xE001] CM#1 [Normal / 0xE001] CM#2 [Normal / 0xE001] CM#3 [Normal / 0xE001] CM#4 [Normal / 0xE001] CM#5 [Normal / 0xE001] CM#6 [Normal / 0xE001] CM#7 [Normal / 0xE001] Front End Router Status/Status Code FRT#0 [Normal / 0xE001] FRT#1 [Normal / 0xE001] FRT#2 [Normal / 0xE001] FRT#3 [Normal / 0xE001] Back End Router Status/Status Code BRT#0 [Normal / 0xE001] BRT#1 [Normal / 0xE001] BRT#2 [Normal / 0xE001] BRT#3 [Normal / 0xE001] BRT#4 [Normal / 0xE001] BRT#5 [Normal / 0xE001] BRT#6 [Normal / 0xE001] BRT#7 [Normal / 0xE001]

Service Controller Status/Status Code SVC#0 [Normal / 0xE001] SVC#1 [Normal / 0xE001] FAN Unit Status/Status Code FANU#0 [Normal / 0xE001] FANU#1 [Normal / 0xE001] FANU#2 [Normal / 0xE001] FANU#3 [Normal / 0xE001] Operation Panel Status/Status Code OPNL [Normal / 0xE001] Power Supply Unit Status/Status Code PSU#0 [Normal / 0xE001] PSU#1 [Normal / 0xE001] PSU#2 [Normal / 0xE001] PSU#3 [Normal / 0xE001] PSU#4 [Normal / 0xE001] PSU#5 [Normal / 0xE001]

Drive Enclosure #0 Information Location Status Error Code Sensor 1 / Sensor 2 Intake Temp Normal 0x0000 25 (C) / 25 (C) Exhaust Temp Normal 0x0000 -

Drive Enclosure #0 Status I/O Module Status/Status Code IOM#0 [Normal / 0xE001] IOM#1 [Normal / 0xE001] Power Supply Unit Status/Status Code PSU#0 [Normal / 0xE001] PSU#1 [Normal / 0xE001] Disk Status DE#00-Disk#0 [Available ] DE#00-Disk#1 [Available ] DE#00-Disk#2 [Available ] DE#00-Disk#3 [Rebuild/Copyback ] DE#00-Disk#4 [Rebuild/Copyback ] DE#00-Disk#5 [Available ] DE#00-Disk#6 [Available ] DE#00-Disk#7 [Available(Predictive Failure)] DE#00-Disk#8 [Available ] DE#00-Disk#9 [Available ] DE#00-Disk#10 [Available ] DE#00-Disk#11 [Broken ] DE#00-Disk#12 [Available ] DE#00-Disk#13 [Available ] DE#00-Disk#14 [Available ] DE#00-Disk#15 [Available ] DE#00-Disk#16 [Available ] DE#00-Disk#17 [Available ] DE#00-Disk#18 [Available ] DE#00-Disk#19 [Available ] DE#00-Disk#20 [Available ] DE#00-Disk#21 [Available ] DE#00-Disk#22 [Available ] DE#00-Disk#23 [Available ]

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2.1 Storage System Status > show fru-ce

show fru-ce

This command displays the status of components (Field Replaceable Units) of the controller enclosure.

■ Syntax

For the ETERNUS DX80 S2/DX90 S2, ETERNUS DX410 S2/DX440 S2, and ETERUS DX8100 S2:

show fru-ce [-type {cm0|cm1|psu0|psu1}]

For the ETERNUS DX8700 S2:

show fru-ce [-type {cm0 | cm1 | cm2 | cm3 | cm4 | cm5 | cm6 | cm7 | frt0 | frt1 | frt2 | frt3 | brt0 | brt1 | brt2 | brt3 | brt4 | brt5 | brt6 | brt7 | svc0 | svc1 | psu0 | psu1 | psu2 | psu3 | psu4 | psu5}]

■ Parameter

-type Optional. This parameter specifies the target component (FRU) name. The details and status of each component embedded in the controller enclosure will be displayed. Only one parameter can be specified. If this parameter is omitted, all of the FRUs are displayed.

■ Output

ETERNUS For the ETERNUS DX80 S2/DX90 S2, ETERNUS DX410 S2/DX440 S2, and ETERNUS DX8100 S2:

cm0 Details and status of the Controller Module Unit #0 and the sub-components

cm1 Details and status of the Controller Module Unit #1 and the sub-components

psu0 Details and status of the Power Supply Unit #0

psu1 Details and status of the Power Supply Unit #1

For the ETERNUS DX8700 S2:

cm0 to cm7 Details and status of the Controller Module Unit #n and the sub-components

frt0 to frt3 Details and status of the Front End Router #n

brt0 to brt7 Details and status of the Back End Router #n and the sub-components

svc0 to svc1

Details and status of the Service Controller#n

psu0 to psu5

Details and status of the Power Supply Unit#n

The following table shows the output information when the controller module and the sub-components are specified:

CM#n Information (n: The controller module number)

CPU#n Status/Status Code

Controller Module (CM#n) status and the Status Code

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Memory Size

Memory size of a controller module.

Parts Number

Parts number

Serial Number

Serial number

Hardware Revision

Hardware version

CPU#n Clock

CPU clock frequency

CM Active EC

An EC number of the active firmware (The current operating firmware)

CM Next EC

An EC number of the stand-by firmware (The generation number of the firmware after the next power cycle)

BIOS Active EC

An EC number of the active firmware (The current operating firmware)

BIOS Next EC

An EC number of the stand-by firmware (The generation number of the firmware after the next power cycle)

CM EXP Active EC

An EC number of the active firmware (The current operating firmware) (only for the ETERNUS DX80 S2/DX90 S2, ETERNUS DX410 S2/DX440 S2, and ETERNUS DX8100 S2)

CM EXP Next EC

An EC number of the stand-by firmware (The generation number of the firmware after the next power cycle) (only for the ETERNUS DX80 S2/DX90 S2, ETERNUS DX410 S2/DX440 S2, and ETERNUS DX8100 S2)

CM#n Internal Parts Status and Status Code (n: The controller module number)

Memory# Memory status and the status code

Memory# Parts Number

Memory parts number

Memory# Serial Number

Memory serial number

Memory# Hard Revision

Memory hard revision

BUD# BUD (Bootup and Utility Device) status and the status code

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BUD# Parts Number

BUD parts number

BUD# Serial Number

BUD serial number

BUD# Hard Revision

BUD hard revision

CM FAN CM FAN status and the status code (ETERNUS DX410 S2/DX440 S2 only)

CA# Parts Number

CA parts number

CA# Serial Number

CA serial number

CA# Hard Revision

CA hard revision

CA Slot# CA Slot status and the status code

DMA Port# DMA Port status and the status code

BIOS# BIOS status and the status code

CM EXP# CM EXP status and the status code (ETERNUS DX80 S2/DX90 S2, ETERNUS DX410 S2/DX440 S2,

and ETERNUS DX8100 S2 only)

CM EXP# InPort#

CM EXP InPort status and the status code (ETERNUS DX80 S2/DX90 S2, ETERNUS DX410 S2/DX440 S2, and ETERNUS DX8100 S2 only)

SAS Cable# (OUT)

SAS Cable# (OUT) status and the status code (ETERNUS DX80 S2/DX90 S2, ETERNUS DX410 S2/DX440 S2, and ETERNUS DX8100 S2 only)

CM RTC CM RTC status and the status code

CM NVRAM

CM NVRAM status and the status code

CM FPGA CM FPGA status and the status code

CM LAN Port#

CM LAN Port status and the status code ETERNUS DX80 S2/DX90 S2, ETERNUS DX410 S2/DX440 S2, and ETERNUS DX8100 S2 only

DI Port# DI Port status and the status code

NAND Controller

NAND controller status and the status code (ETERNUS DX80 S2/DX90 S2 only)

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SCU SCU (System Capacitor Unit) status and the status code (ETERNUS DX80 S2/DX90 S2 only)

SCU: This word stands for System Capacitor Unit: SCUs are electric double layer capacitors embedded in a controller module that provides the power to move the cache data to the NAND flash memory if there is a power outage.

SCU Voltage

Charging voltage of SCU (only for the ETERNUS DX80 S2/DX90 S2)

CM MMC CM MMC status and the status code (ETERNUS DX8700 S2 only)

CM MMC Active EC

An EC number of the active firmware (The current operating firmware) (ETERNUS DX8700 S2 only)

CM MMC Next EC

An EC number of the stand-by firmware (The generation number of the firmware after the next power cycle) (ETERNUS DX8700 S2 only)

CM MMC Firmware Version

CM MMC firmware version (ETERNUS DX8700 S2 only)

PCH PCH status and the status code

CM#n CA#m Port#l Information (n: The controller module number, m: The Channel Adapter number, l: The port number) (For FC, iSCSI, FCoE, and SAS)

Port Type It shows if the host interface port type is FC, iSCSI, FCoE, or SAS.

Port Mode It shows if the host interface port mode is CA, RA, CA/RA auto, or Initiator.

Status/Status Code

Host interface Port (Port#m) status and the status code

CA Active EC

An EC number of the active firmware (The current operating firmware)

CA Next EC

An EC number of the stand-by firmware (The generation number of the firmware after the next power cycle)

Connection Connection condition

Loop ID Loop ID

Transfer Rate

Transfer rate (A value specified by the operator)

Link Status Link status (Link Up, Link Down, or if requesting auto negotiation, then the actual transfer rate

is displayed.)

Port WWN Port World-Wide-Name

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Node WWN

Node World-Wide-Name

iSCSI Name

iSCSI Alias Name

Host Affinity

It shows if Host Affinity Mode is enabled.

Host Response

Host response information assigned to this port

iSNS Server Port No

iSNS Server Port Number

TCP Port No

TCP Port Number

TCP Window Size

FC Frame Size

VLAN ID

Header Digest

Date Digest

Bandwidth Limit

Target Portal Group Number

CmdSN Count

Err Recovery Lvl

Error Recovery Level

Task Ret ain Time

The time required for processes stopped due to disconnection to restart from where they were stopped after reconnection

Reconnection Wait Time

The time required to reconnect the TCP connection

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Fabric Name

SFP Type SFP Type

SFP Information (For FC, iSCSI 10G, and FCoE)

Temperature

Temperature (Present, Warning(Low/High), and Alarm(Low/High))

Voltage Voltage (Present, Warning(Low/High), and Alarm(Low/High))

Current Current (Present, Warning(Low/High), and Alarm(Low/High))

TX Power Transmitter power (Present, Warning(Low/High), and Alarm(Low/High))

RX Power Receiver power (Present, Warning(Low/High), and Alarm(Low/High))

CM#n CA#m Port#l Information (n: The controller module number, m: The Channel Adapter number, l: The port number) (For FCLINK and OCLINK)

Port Type Host interface port type (FCLINK or OCLINK)

Status/Status Code

Host interface Port (Port#m) status and the status code

FRT#n Information (n: The front end router number) (ETERNUS DX8700 S2 only)

Status/Status Code

FRT status and the status code

Parts Number

FRT Parts Number

Serial Number

FRT Serial Number

Hard Revision

FRT Hard Revision

BRT#n Information (n: The back end router number) (ETERNUS DX8700 S2 only)

Parts Number

BRT Parts Number

Serial Number

BRT Serial Number

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Hard Revision

BRT Hard Revision

BRT#n Internal Parts Status and Status Code (n: The back end router number) (ETERNUS DX8700 S2 only)

EXP# BRT Expander status and the status code

EXP# Active EC

An EC number of the active firmware (The current operating firmware)

EXP# Next EC

An EC number of the stand-by firmware (The generation number of the firmware after the next power cycle)

EXP# Firmware Version

BRT Expander firmware version

InPort# BRT Expander InPort status

QSFP Cable#(OUT)

BRT QSFP Cable status and the status code

SVC#n Information (n: The service controller number) (ETERNUS DX8700 S2 only)

Parts Number

SVC Parts Number

Serial Number

SVC Serial Number

Hard Revision

SVC Hard Revision

MAC Address(MNT)

SVC MAC address (MNT)

MAC Address(RMT)

SVC MAC address (RMT)

MAC Address(FST)

SVC MAC address (FST)

LAN Control

SVC LAN Control (Master or Slave)

Active EC An EC number of the active firmware (The current operating firmware)

Next EC An EC number of the stand-by firmware (The generation number of the firmware after the next

power cycle)

Firmware Version

SVC firmware version

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SVC#n Internal Parts Status and Status Code (n: The service controller number) (ETERNUS DX8700 S2 only)

MNT Port SVC LAN Port status and the status code (MNT)

RMT Port SVC LAN Port status and the status code (RMT)

FST Port SVC LAN Port status and the status code (FST)

PCIe Switch

SVC PCIe Switch status and the status code

SVC RCI board

SVC RCI board status and the status code

BCU/BTU Information

(The following information is displayed for the ETERNUS DX410 S2/DX440 S2)

BCU Status/Status Code

BCU status and the status code

BCU Status/Status Code

BTU status and the status code

BCU# ChargeRate

Charging rate of BCU

BCU# Expires

Expiry date of the BCU

BCU# Parts Number

BCU Parts Number

BCU# Serial Number

BCU serial number

BCU# Hard Revision

BCU hard revision

BBU#n Information

(The following information is displayed for the ETERNUS DX8700 S2)

Status/Status Code

BBU status and the status code

ChargeRate

Charging rate of BBU

Expires Expiry date of the BBU

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SCCI#n Information or PCC#m Information (n: SCCI number, m: PCC number)

(The following information is displayed for the ETERNUS DX8100 S2/DX8700 S2)

Status/Status Code

SCCI or PCC status and the status code

FANU#n Information

(The following information is displayed for the ETERNUS DX8700 S2)

Status/Status Code

FAN Unit status and the status code

Parts Number

FAN Unit Parts number

Serial Number

FAN Unit Serial Number

Hard Revision

FAN Unit Hard Revision

OPNL Information

(The following information is displayed for the ETERNUS DX8700 S2)

Status/Status Code

Operation Panel status and the status code

Parts Number

Operation Panel Parts number

Serial Number

Operation Panel Serial Number

Hard Revision

Operation Panel Hard Revision

The following table shows the output information of the power supply units.

Status/Status Code

Power supply unit (PSU#n) status and the status code

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■ Example(s)

The following example displays the status and details of controller module #0 for FC (for the ETERNUS DX80 S2/DX90 S2 and ETERNUS DX410 S2/DX440 S2):

CLI> show fru-ce -type cm0 CM#0 Information CPU#0 Status/Status Code [Normal / 0xE001] CPU#1 Status/Status Code [Undefined / 0x0000] Memory Size [1.5GB] Parts Number [] Serial Number [] Hard Revision [] CPU#0 Clock [2.00GHz] CPU#1 Clock [0.00GHz] CM Active EC [EC#1] CM Next EC [EC#1] BIOS Active EC [EC#0] BIOS Next EC [EC#0] CM EXP Active EC [EC#1] CM EXP Next EC [EC#1] CM#0 Internal Parts Status/Status Code Memory#0 [Normal / 0xE001] Memory#0 Parts Number [18JSF25672PZ-1G1F0] Memory#0 Serial Number [0951D864C0D0] Memory#0 Hard Revision [4631] Memory#1 [Undefined / 0x0000] Memory#1 Parts Number [] Memory#1 Serial Number [] Memory#1 Hard Revision [] Memory#2 [Undefined / 0x0000] Memory#2 Parts Number [] Memory#2 Serial Number [] Memory#2 Hard Revision [] Memory#3 [Undefined / 0x0000] Memory#3 Parts Number [] Memory#3 Serial Number [] Memory#3 Hard Revision [] Memory#4 [Undefined / 0x0000] Memory#4 Parts Number [] Memory#4 Serial Number [] Memory#4 Hard Revision [] Memory#5 [Undefined / 0x0000] Memory#5 Parts Number [] Memory#5 Serial Number [] Memory#5 Hard Revision [] BUD [Normal / 0xE001] BUD Parts Number [QEMU HARDDISK QM00] BUD Serial Number [QM00002 0 10] BUD Hard Revision [0 10 6 ] CM FAN [Normal / 0xE001] CA#0 Parts Number [] CA#0 Serial Number [] CA#0 Hard Revision [] CA Slot#0-0 [Normal / 0xE001] CA Slot#0-1 [Undefined / 0x0000] CA#1 Parts Number [] CA#1 Serial Number [] CA#1 Hard Revision [] CA Slot#1-0 [Undefined / 0x4000] CA Slot#1-1 [Undefined / 0x0000] CA#2 Parts Number [] CA#2 Serial Number [] CA#2 Hard Revision [] CA Slot#2-0 [Undefined / 0x0000] CA Slot#2-1 [Undefined / 0x0000] CA#3 Parts Number [] CA#3 Serial Number [] CA#3 Hard Revision [] CA Slot#3-0 [Undefined / 0x0000] CA Slot#3-1 [Undefined / 0x0000] DMA Port#0 [Normal / 0xE001] DMA Port#1 [Normal / 0xE001] BIOS#0 [Normal / 0xE001] BIOS#1 [Normal / 0xE001]

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CM EXP#0 [Normal / 0xE001] CM EXP#0 InPort#0 [Normal / 0xE001] CM EXP#0 InPort#1 [Normal / 0xE001] SAS Cable#0(OUT) [Normal / 0xE001] SAS Cable#1(OUT) [Undefined / 0x0000] CM EXP#1 [Undefined / 0x0000] CM EXP#1 InPort#0 [Undefined / 0x0000] CM EXP#1 InPort#1 [Undefined / 0x0000] SAS Cable#2(OUT) [Undefined / 0x0000] SAS Cable#3(OUT) [Undefined / 0x0000] CM RTC [Normal / 0xE001] CM NVRAM [Normal / 0xE001] CM FPGA [Normal / 0xE001] CM LAN Port#0 [Normal / 0xE001] CM LAN Port#1 [Normal / 0xE001] CM LAN Port#2 [Normal / 0xE001] DI Port#0 [Normal / 0xE001] DI Port#1 [Normal / 0xE001] DI Port#2 [Undefined / 0x0000] DI Port#3 [Undefined / 0x0000] NAND Controller [Undefined / 0x0000] SCU [Normal / 0xE001] SCU Voltage [10.80V] CM#0 CA#0 Port#0 Information Port Type [FC] Port Mode [CA] Status/Status Code [Normal / 0xE001] CA Active EC [EC#0] CA Next EC [EC#0] Connection [Loop] Loop ID [0x00] Transfer Rate [Auto Negotiation] Link Status [Unknown] Port WWN [500000E0D1000000] Node WWN [500000E0D1000000] Host Affinity [Disable] Host Response [0] SFP Type [ShortWave] SFP Information Present Warning(Low/High) Alarm(Low/High) Temperature [40.11C] [-15.00C/100.00C] [-30.00C/128.00C] Voltage [4.24V] [3.00V/5.00V] [2.00V/7.00V] Current [10.25mA] [5.00mA/12.00mA] [2.00mA/15.00mA] TX Power [1.35mW] [0.50mW/1.50mW] [0.00mW/1.80mW] RX Power [1.35mW] [0.50mW/1.50mW] [0.00mW/1.80mW] CM#0 CA#0 Port#1 Information Port Type [FC] Port Mode [CA] Status/Status Code [Normal / 0xE001] CA Active EC [EC#0] CA Next EC [EC#0] Connection [Loop] Loop ID [0x00] Transfer Rate [Auto Negotiation] Link Status [Unknown] Port WWN [500000E0D1000000] Node WWN [500000E0D1000000] Host Affinity [Disable] Host Response [0] SFP Type [ShortWave] SFP Information Present Warning(Low/High) Alarm(Low/High) Temperature [40.11C] [-15.00C/100.00C] [-30.00C/128.00C] Voltage [4.24V] [3.00V/5.00V] [2.00V/7.00V] Current [10.25mA] [5.00mA/12.00mA] [2.00mA/15.00mA] TX Power [1.35mW] [0.50mW/1.50mW] [0.00mW/1.80mW] RX Power [1.35mW] [0.50mW/1.50mW] [0.00mW/1.80mW]

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BCU/BTU Information BCU#0 Status/Status Code [Normal / 0xE001] BTU#0 Status/Status Code [Normal / 0xE001] BCU#0 ChargeRate [0%] BCU#0 Expires [0-00] BCU#0 Parts Number [] BCU#0 Serial Number [] BCU#0 Hard Revision [] BCU#1 Status/Status Code [Normal / 0xE001] BTU#1 Status/Status Code [Normal / 0xE001] BCU#1 ChargeRate [0%] BCU#1 Expires [0-00] BCU#1 Parts Number [] BCU#1 Serial Number [] BCU#1 Hard Revision [] BCU#2 Status/Status Code [Normal / 0xE001] BTU#2 Status/Status Code [Normal / 0xE001] BCU#2 ChargeRate [0%] BCU#2 Expires [0-00] BCU#2 Parts Number [] BCU#2 Serial Number [] BCU#2 Hard Revision [] SCCI#0 Information Status/Status Code [Normal / 0xE001] SCCI#1 Information Status/Status Code [Normal / 0xE001]

The following example displays the status and details of controller module #0 (for the ETERNUS DX8100 S2):

CLI> show fru-ce -type cm0 CM#0 Information CPU#0 Status/Status Code [Normal / 0xE001] CPU#1 Status/Status Code [Undefined / 0x0000] Memory Size [1.5GB] Parts Number [] Serial Number [] Hard Revision [] CPU#0 Clock [2.00GHz] CPU#1 Clock [0.00GHz] CM Active EC [EC#1] CM Next EC [EC#1] BIOS Active EC [EC#0] BIOS Next EC [EC#0] CM EXP Active EC [EC#1] CM EXP Next EC [EC#1] CM#0 Internal Parts Status/Status Code Memory#0 [Normal / 0xE001] Memory#0 Parts Number [18JSF25672PZ-1G1F0] Memory#0 Serial Number [0951D864C0D0] Memory#0 Hard Revision [4631] Memory#1 [Undefined / 0x0000] Memory#1 Parts Number [] Memory#1 Serial Number [] Memory#1 Hard Revision [] Memory#2 [Undefined / 0x0000] Memory#2 Parts Number [] Memory#2 Serial Number [] Memory#2 Hard Revision [] Memory#3 [Undefined / 0x0000] Memory#3 Parts Number [] Memory#3 Serial Number [] Memory#3 Hard Revision [] Memory#4 [Undefined / 0x0000] Memory#4 Parts Number [] Memory#4 Serial Number [] Memory#4 Hard Revision [] Memory#5 [Undefined / 0x0000] Memory#5 Parts Number [] Memory#5 Serial Number [] Memory#5 Hard Revision []

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BUD#0 [Normal / 0xE001] BUD#0 Parts Number [QEMU HARDDISK QM00] BUD#0 Serial Number [QM00002 0 10] BUD#0 Hard Revision [0 10 6 ] BUD#1 [Normal / 0xE001] BUD#1 Parts Number [QEMU HARDDISK QM00] BUD#1 Serial Number [QM00002 0 10] BUD#1 Hard Revision [0 10 6 ] CM FAN [Normal / 0xE001] CA#0 Parts Number [] CA#0 Serial Number [] CA#0 Hard Revision [] CA Slot#0-0 [Normal / 0xE001] CA Slot#0-1 [Undefined / 0x0000] CA#1 Parts Number [] CA#1 Serial Number [] CA#1 Hard Revision [] CA Slot#1-0 [Undefined / 0x4000] CA Slot#1-1 [Undefined / 0x0000] DMA Port#0 [Normal / 0xE001] DMA Port#1 [Normal / 0xE001] BIOS#0 [Normal / 0xE001] BIOS#1 [Normal / 0xE001] CM EXP#0 [Normal / 0xE001] CM EXP#0 InPort#0 [Normal / 0xE001] CM EXP#0 InPort#1 [Normal / 0xE001] SAS Cable#0(OUT) [Normal / 0xE001] SAS Cable#1(OUT) [Undefined / 0x0000] CM EXP#1 [Undefined / 0x0000] CM EXP#1 InPort#0 [Undefined / 0x0000] CM EXP#1 InPort#1 [Undefined / 0x0000] SAS Cable#2(OUT) [Undefined / 0x0000] SAS Cable#3(OUT) [Undefined / 0x0000] CM RTC [Normal / 0xE001] CM NVRAM [Normal / 0xE001] CM FPGA [Normal / 0xE001] CM LAN Port#0 [Normal / 0xE001] CM LAN Port#1 [Normal / 0xE001] CM LAN Port#2 [Normal / 0xE001] DI Port#0 [Normal / 0xE001] DI Port#1 [Normal / 0xE001] DI Port#2 [Undefined / 0x0000] DI Port#3 [Undefined / 0x0000] NAND Controller [Undefined / 0x0000] SCU [Normal / 0xE001] SCU Voltage [10.80V] CM#0 CA#0 Port#0 Information Port Type [FC] Port Mode [CA] Status/Status Code [Normal / 0xE001] CA Active EC [EC#0] CA Next EC [EC#0] Connection [Loop] Loop ID [0x00] Transfer Rate [Auto Negotiation] Link Status [Unknown] Port WWN [500000E0D1000000] Node WWN [500000E0D1000000] Host Affinity [Disable] Host Response [0] SFP Type [ShortWave] SFP Information Present Warning(Low/High) Alarm(Low/High) Temperature [40.11C] [-15.00C/100.00C] [-30.00C/128.00C] Voltage [4.24V] [3.00V/5.00V] [2.00V/7.00V] Current [10.25mA] [5.00mA/12.00mA] [2.00mA/15.00mA] TX Power [1.35mW] [0.50mW/1.50mW] [0.00mW/1.80mW] RX Power [1.35mW] [0.50mW/1.50mW] [0.00mW/1.80mW]

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CM#0 CA#0 Port#1 Information Port Type [FC] Port Mode [CA] Status/Status Code [Normal / 0xE001] CA Active EC [EC#0] CA Next EC [EC#0] Connection [Loop] Loop ID [0x00] Transfer Rate [Auto Negotiation] Link Status [Unknown] Port WWN [500000E0D1000000] Node WWN [500000E0D1000000] Host Affinity [Disable] Host Response [0] SFP Type [ShortWave] SFP Information Present Warning(Low/High) Alarm(Low/High) Temperature [40.11C] [-15.00C/100.00C] [-30.00C/128.00C] Voltage [4.24V] [3.00V/5.00V] [2.00V/7.00V] Current [10.25mA] [5.00mA/12.00mA] [2.00mA/15.00mA] TX Power [1.35mW] [0.50mW/1.50mW] [0.00mW/1.80mW] RX Power [1.35mW] [0.50mW/1.50mW] [0.00mW/1.80mW] BCU/BTU Information BCU#0 Status/Status Code [Normal / 0xE001] BTU#0 Status/Status Code [Normal / 0xE001] BCU#0 ChargeRate [0%] BCU#0 Expires [0-00] BCU#0 Parts Number [] BCU#0 Serial Number [] BCU#0 Hard Revision [] BCU#1 Status/Status Code [Normal / 0xE001] BTU#1 Status/Status Code [Normal / 0xE001] BCU#1 ChargeRate [0%] BCU#1 Expires [0-00] BCU#1 Parts Number [] BCU#1 Serial Number [] BCU#1 Hard Revision [] BCU#2 Status/Status Code [Normal / 0xE001] BTU#2 Status/Status Code [Normal / 0xE001] BCU#2 ChargeRate [0%] BCU#2 Expires [0-00] BCU#2 Parts Number [] BCU#2 Serial Number [] BCU#2 Hard Revision [] SCCI#0 Information Status/Status Code [Normal / 0xE001] SCCI#1 Information Status/Status Code [Normal / 0xE001]

The following example displays the status and details of controller module #0 (for the ETERNUS DX8700 S2):

CLI> show fru-ce -type cm0 CM#0 Information CPU#0 Status/Status Code [Normal / 0xE001] CPU#1 Status/Status Code [Undefined / 0x0000] Memory Size [ 12.0GB] Parts Number [] Serial Number [] Hard Revision [] CPU#0 Clock [2.53GHz] CPU#1 Clock [2.53GHz] CM Active EC [EC#1] CM Next EC [EC#1] BIOS Active EC [EC#1] BIOS Next EC [EC#1] CM#0 Internal Parts Status/Status Code Memory#0 [Normal / 0xE001] Memory#0 Parts Number [36JSZF51272PZ1G1F1] Memory#0 Serial Number [1040DC6FBAAC] Memory#0 Hard Revision [4631] Memory#1 [Undefined / 0x0000] Memory#1 Parts Number [36JSZF51272PZ1G1F1] Memory#1 Serial Number [1040DC6FBAAB] Memory#1 Hard Revision [4631]

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Memory#2 [Undefined / 0x0000] Memory#2 Parts Number [36JSZF51272PZ1G1F1] Memory#2 Serial Number [1040DC6FBAAA] Memory#2 Hard Revision [4631] Memory#3 [Undefined / 0x0000] Memory#3 Parts Number [36JSZF51272PZ1G1F1] Memory#3 Serial Number [1040DC6FBAAE] Memory#3 Hard Revision [4631] Memory#4 [Undefined / 0x0000] Memory#4 Parts Number [36JSZF51272PZ1G1F1] Memory#4 Serial Number [1040DC6FBAAF] Memory#4 Hard Revision [4631] Memory#5 [Undefined / 0x0000] Memory#5 Parts Number [36JSZF51272PZ1G1F1] Memory#5 Serial Number [1040DC6FBAA0] Memory#5 Hard Revision [4631] BUD#0 [Normal / 0xE001] BUD#0 Parts Number [TOSHIBA THNSFC12 ] BUD#0 Serial Number [ 51TY10EV] BUD#0 Hard Revision [CJFA020351TY10EV] BUD#1 [Normal / 0xE001] BUD#1 Parts Number [TOSHIBA THNSFC12] BUD#1 Serial Number [ 51TY10KY] BUD#1 Hard Revision [CJFA020351TY10KY] CA#0 Parts Number [] CA#0 Serial Number [] CA#0 Hard Revision [] CA Slot#0-0 [Normal / 0xE001] CA Slot#0-1 [Undefined / 0x0000] CA#1 Parts Number [] CA#1 Serial Number [] CA#1 Hard Revision [] CA Slot#1-0 [Undefined / 0x4000] CA Slot#1-1 [Undefined / 0x0000] CA#2 Parts Number [] CA#2 Serial Number [] CA#2 Hard Revision [] CA Slot#2-0 [Undefined / 0x0000] CA Slot#2-1 [Undefined / 0x0000] CA#3 Parts Number [] CA#3 Serial Number [] CA#3 Hard Revision [] CA Slot#3-0 [Undefined / 0x0000] CA Slot#3-1 [Undefined / 0x0000] DMA Port#0 [Normal / 0xE001] DMA Port#1 [Normal / 0xE001] DMA Port#2 [Normal / 0xE001] DMA Port#3 [Normal / 0xE001] BIOS#0 [Normal / 0xE001] BIOS#1 [Normal / 0xE001] CM RTC [Normal / 0xE001] CM NVRAM [Normal / 0xE001] CM FPGA [Normal / 0xE001] DI Port#0 [Normal / 0xE001] DI Port#1 [Normal / 0xE001] DI Port#2 [Undefined / 0x0000] DI Port#3 [Undefined / 0x0000] DI Port#4 [Normal / 0xE001] DI Port#5 [Normal / 0xE001] DI Port#6 [Undefined / 0x0000] DI Port#7 [Undefined / 0x0000] DI Port#8 [Normal / 0xE001] DI Port#9 [Normal / 0xE001] DI Port#10 [Undefined / 0x0000] DI Port#11 [Undefined / 0x0000] DI Port#12 [Normal / 0xE001] DI Port#13 [Normal / 0xE001] DI Port#14 [Undefined / 0x0000] DI Port#15 [Undefined / 0x0000]

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CM MMC [Normal / 0xE001] CM MMC Active EC [EC#1] CM MMC Next EC [EC#2] CM MMC Firmware Version [V10L20-0000]PCH [Normal / 0xE001] CM#0 CA#0 Port#0 Information Port Type [FC] Port Mode [CA] Status/Status Code [Normal / 0xE001] CA Active EC [EC#0] CA Next EC [EC#0] Connection [Loop] Loop ID [0x00] Transfer Rate [Auto Negotiation] Link Status [Unknown] Port WWN [500000E0D1000000] Node WWN [500000E0D1000000] Host Affinity [Disable] Host Response [0] SFP Type [ShortWave] SFP Information Present Warning(Low/High) Alarm(Low/High) Temperature [40.11C] [-15.00C/100.00C] [-30.00C/128.00C] Voltage [4.24V] [3.00V/5.00V] [2.00V/7.00V] Current [10.25mA] [5.00mA/12.00mA] [2.00mA/15.00mA] TX Power [1.35mW] [0.50mW/1.50mW] [0.00mW/1.80mW] RX Power [1.35mW] [0.50mW/1.50mW] [0.00mW/1.80mW] CM#0 CA#0 Port#1 Information Port Type [FC] Port Mode [CA] Status/Status Code [Normal / 0xE001] CA Active EC [EC#0] CA Next EC [EC#0] Connection [Loop] Loop ID [0x00] Transfer Rate [Auto Negotiation] Link Status [Unknown] Port WWN [500000E0D1000000] Node WWN [500000E0D1000000] Host Affinity [Disable] Host Response [0] SFP Type [ShortWave] SFP Information Present Warning(Low/High) Alarm(Low/High) Temperature [40.11C] [-15.00C/100.00C] [-30.00C/128.00C] Voltage [4.24V] [3.00V/5.00V] [2.00V/7.00V] Current [10.25mA] [5.00mA/12.00mA] [2.00mA/15.00mA] TX Power [1.35mW] [0.50mW/1.50mW] [0.00mW/1.80mW] RX Power [1.35mW] [0.50mW/1.50mW] [0.00mW/1.80mW] CM#0 CA#4 Port#0 Information Port Type [FC] Port Mode [CA] Status/Status Code [Normal / 0xE001] CA Active EC [EC#0] CA Next EC [EC#0] Connection [Loop] Loop ID [0x00] Transfer Rate [Auto Negotiation] Link Status [Link Down] Port WWN [500000E0D4000080] Node WWN [500000E0D4000000] Host Affinity [Disable] Host Response [0] SFP Type [SFP+] SFP Information Present Warning(Low/High) Alarm(Low/High) Temperature [40.11C] [-15.00C/100.00C] [-30.00C/128.00C] Voltage [4.24V] [3.00V/5.00V] [2.00V/7.00V] Current [10.25mA] [5.00mA/12.00mA] [2.00mA/15.00mA] TX Power [1.35mW] [0.50mW/1.50mW] [0.00mW/1.80mW] RX Power [1.35mW] [0.50mW/1.50mW] [0.00mW/1.80mW]

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CM#0 CA#4 Port#1 Information Port Type [FC] Port Mode [CA] Status/Status Code [Normal / 0xE001] CA Active EC [EC#0] CA Next EC [EC#0] Connection [Loop] Loop ID [0x00] Transfer Rate [Auto Negotiation] Link Status [Link Down] Port WWN [500000E0D4000081] Node WWN [500000E0D4000000] Host Affinity [Disable] Host Response [0] SFP Type [SFP+] SFP Information Present Warning(Low/High) Alarm(Low/High) Temperature [40.11C] [-15.00C/100.00C] [-30.00C/128.00C] Voltage [4.24V] [3.00V/5.00V] [2.00V/7.00V] Current [10.25mA] [5.00mA/12.00mA] [2.00mA/15.00mA] TX Power [1.35mW] [0.50mW/1.50mW] [0.00mW/1.80mW] RX Power [1.35mW] [0.50mW/1.50mW] [0.00mW/1.80mW] BBU#0 Information Status/Status Code [Normal / 0xE001] ChargeRate [0%] Expires [2011-10] BBU#1 Information Status/Status Code [Normal / 0xE001] ChargeRate [0%] Expires [2011-10] BBU#2 Information Status/Status Code [Normal / 0xE001] ChargeRate [0%] Expires [2011-10] BBU#3 Information Status/Status Code [Normal / 0xE001] ChargeRate [0%] Expires [2011-10] SCCI#0 Information Status/Status Code [Normal / 0xE001] SCCI#1 Information Status/Status Code [Normal / 0xE001] FANU#0 Information Status/Status Code [Normal / 0xE001] Parts Number [] Serial Number [] Hard Revision [] FANU#1 Information Status/Status Code [Normal / 0xE001] Parts Number [] Serial Number [] Hard Revision [] FANU#2 Information Status/Status Code [Normal / 0xE001] Parts Number [] Serial Number [] Hard Revision [] FANU#3 Information Status/Status Code [Normal / 0xE001] Parts Number [] Serial Number [] Hard Revision [] OPNL Information Status/Status Code [Normal / 0xE001] Parts Number [] Serial Number [] Hard Revision []

The following example displays the status and details of controller module #0 (for the ETERNUS DX8700 S2):

CLI> show fru-ce -type frt0 FRT#0 Information Status/Status Code [Normal / 0xE001] Parts Number [] Serial Number [] Hard Revision []

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2.1 Storage System Status > show fru-ce

The following example displays the status and details of BRT#0 (for the ETERNUS DX8700 S2):

CLI> show fru-ce -type brt0 BRT#0 Information Parts Number [] Serial Number [] Hard Revision [] BRT#0 Internal Parts Status/Status Code EXP#0 [Normal / 0xE001] EXP#0 Active EC [EC#1] EXP#0 Next EC [EC#2] EXP#0 Firmware Version [V10L20-0000] EXP#1 [Normal / 0xE001] EXP#1 Active EC [EC#1] EXP#1 Next EC [EC#2] EXP#1 Firmware Version [V10L20-0000] InPort#0 [Normal / 0xE001] InPort#1 [Normal / 0xE001] InPort#2 [Normal / 0xE001] InPort#3 [Normal / 0xE001] InPort#4 [Normal / 0xE001] InPort#5 [Normal / 0xE001] InPort#6 [Normal / 0xE001] InPort#7 [Normal / 0xE001] InPort#8 [Normal / 0xE001] InPort#9 [Normal / 0xE001] InPort#10 [Normal / 0xE001] InPort#11 [Normal / 0xE001] InPort#12 [Normal / 0xE001] InPort#13 [Normal / 0xE001] InPort#14 [Normal / 0xE001] InPort#15 [Normal / 0xE001] QSFP Cable#0(OUT) [Normal / 0xE001] QSFP Cable#1(OUT) [Normal / 0xE001] QSFP Cable#2(OUT) [Normal / 0xE001] QSFP Cable#3(OUT) [Normal / 0xE001] QSFP Cable#4(OUT) [Normal / 0xE001] QSFP Cable#5(OUT) [Normal / 0xE001] QSFP Cable#6(OUT) [Normal / 0xE001] QSFP Cable#7(OUT) [Normal / 0xE001]

The following example displays the status and details of SVC#0 (for the ETERNUS DX8700 S2):

CLI> show fru-ce -type svc#0 SVC#0 Information Parts Number [] Serial Number [] Hard Revision [] MAC Address (MNT) [00-16-E6-10-84-61] MAC Address (RMT) [00-16-E6-10-84-62] MAC Address (FST) [00-16-E6-10-84-63] LAN Control [Master] Active EC [EC#1] Next EC [EC#2] Firmware Version [V10L20-0000] SVC#0 Internal Parts Status/Status Code MNT Port [Normal / 0xE001] RMT Port [Normal / 0xE001] FST Port [Normal / 0xE001] PCIe Switch [Normal / 0xE001] RCI Board [Normal / 0xE001]

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2.1 Storage System Status > show fru-ce

For SAS, iSCSI, and FCoE, outputs differ from an FC host interface output at the "CM#x CA#x Port#x Information" level. For SAS information, the following information is displayed:

CM#0 CA#0 Port#0 Information Port Type [SAS] Port Mode [CA] Status/Status Code [Normal / 0xE001] CA Active EC [EC#0] CA Next EC [EC#0] Transfer Rate [Auto Negotiation] Link Status PHY#0[Link Down ] PHY#1[Link Down ] PHY#2[Link Down ] PHY#3[Link Down ] Port WWN [500000E0D1000011] Node WWN [500000E0D1000000] Host Affinity [Disable] Host Response [3] CM#0 CA#0 Port#1 Information Port Type [SAS] Port Mode [CA] Status/Status Code [Normal / 0xE001] CA Active EC [EC#0] CA Next EC [EC#0] Transfer Rate [Auto Negotiation] Link Status PHY#0[Link Down ] PHY#1[Link Down ] PHY#2[Link Down ] PHY#3[Link Down ] Port WWN [500000E0D1000011] Node WWN [500000E0D1000000] Host Affinity [Disable] Host Response [3]

For iSCSI information, the following information is displayed:

CM#0 CA#0 Port#0 Information Port Type [iSCSI] Port Mode [CA] Status/Status Code [Normal / 0xE001] CA Active EC [EC#0] CA Next EC [EC#0] Transfer Rate [1Gbps/Auto] Link Status [Link Down] iSCSI Name [iqn.2000-09.com.fujitsu:storage-system.eternus-dxl:00000000] iSCSI Alias Name [] Host Affinity [Disable] Host Response [0] iSNS Server Port No [0x0000] TCP Port No [0x0000] TCP Window Size [0x00] VLAN ID [-] Header Digest [OFF] Data Digest [OFF] Bandwidth Limit [-] Target Portal Group No [0x0000] CmdSN Count [Unlimited] Err Recovery Lvl [0x00] Task Retain Time [-] Reconnection Wait Time [-] SFP Type [SFP+] SFP Information Present Warning(Low/High) Alarm(Low/High) Temperature [40.11C] [-15.00C/100.00C] [-30.00C/128.00C] Voltage [4.24V] [3.00V/5.00V] [2.00V/7.00V] Current [10.25mA] [5.00mA/12.00mA] [2.00mA/15.00mA] TX Power [1.35mW] [0.50mW/1.50mW] [0.00mW/1.80mW] RX Power [1.35mW] [0.50mW/1.50mW] [0.00mW/1.80mW]

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2.1 Storage System Status > show fru-ce

CM#0 CA#0 Port#1 Information Port Type [iSCSI] Port Mode [CA] Status/Status Code [Normal / 0xE001] CA Active EC [EC#0] CA Next EC [EC#0] Transfer Rate [1Gbps/Auto] Link Status [Link Down] iSCSI Name [iqn.2000-09.com.fujitsu:storage-system.eternus-dxl:00000000] iSCSI Alias Name [] Host Affinity [Disable] Host Response [0] iSNS Server Port No [0x0000] TCP Port No [0x0000] TCP Window Size [0x00]

VLAN ID [-] Header Digest [OFF] Data Digest [OFF] Bandwidth Limit [-] Target Portal Group No [0x0000] CmdSN Count [Unlimited] Err Recovery Lvl [0x00] Task Retain Time [-] Reconnection Wait Time [-] SFP Type [SFP+] SFP Information Present Warning(Low/High) Alarm(Low/High) Temperature [40.11C] [-15.00C/100.00C] [-30.00C/128.00C] Voltage [4.24V] [3.00V/5.00V] [2.00V/7.00V] Current [10.25mA] [5.00mA/12.00mA] [2.00mA/15.00mA] TX Power [1.35mW] [0.50mW/1.50mW] [0.00mW/1.80mW] RX Power [1.35mW] [0.50mW/1.50mW] [0.00mW/1.80mW]

For FCoE information, the following information is displayed:

CM#0 CA#0 Port#0 Information Port Type [FCoE] Status/Status Code [Normal / 0xE001] CA Active EC [EC#0] CA Next EC [EC#0] Transfer Rate [10Gbps] Link Status [Unknown] Port WWN [500000E0D1000010] Node WWN [500000E0D1000000] Host Affinity [-] Host Response [-] FC Frame Size [Unknown] VLAN ID [0x0000] Fabric Name [-] CM#0 CA#0 Port#1 Information Port Type [FCoE] Status/Status Code [Normal / 0xE001] CA Active EC [EC#0] CA Next EC [EC#0] Transfer Rate [10Gbps] Link Status [Unknown] Port WWN [500000E0D1000010] Node WWN [500000E0D1000000] Host Affinity [-] Host Response [-] FC Frame Size [Unknown] VLAN ID [0x0000] Fabric Name [-] SFP Type [SFP+] SFP Information Present Warning(Low/High) Alarm(Low/High) Temperature [40.11C] [-15.00C/100.00C] [-30.00C/128.00C] Voltage [4.24V] [3.00V/5.00V] [2.00V/7.00V] Current [10.25mA] [5.00mA/12.00mA] [2.00mA/15.00mA] TX Power [1.35mW] [0.50mW/1.50mW] [0.00mW/1.80mW] RX Power [1.35mW] [0.50mW/1.50mW] [0.00mW/1.80mW]

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2.1 Storage System Status > show fru-ce

For FCLINK, OCLINK, and RFCF-RA information, the following information is displayed:

CM#0 Port#0 Information Port Type [FCLINK] Status/Status Code [Normal / 0xE001] CM#0 Port#1 Information Port Type [OCLINK] Status/Status Code [Normal / 0xE001] CM#1 Port#0 Information Port Type [FC] Port Mode [RFCF-RA] Status/Status Code [Normal / 0xE001]

For SCU Information, the following information is displayed:

SCU Information SCU#0 Status/Status Code [Normal / 0xE001] SCU#0 Voltage [9.40V] SCU#0 Expires [0-00] SCU#0 Parts Number [] SCU#0 Serial Number [] SCU#0 Hard Revision [] SCU#1 Status/Status Code [Normal / 0xE001] SCU#1 Voltage [9.40V] SCU#1 Expires [0-00] SCU#1 Parts Number [] SCU#1 Serial Number [] SCU#1 Hard Revision []

The following example displays the status of PSU#0:

CLI> show fru-ce -type psu0 CE PSU#0 Information Status/Status Code [Normal / 0xE001]

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2.1 Storage System Status > show fru-de

show fru-de

This command displays the status of the components (Field Replaceable Units) in the drive enclosures.

■ Syntax

show fru-de [-de

enclosure_number

] [-type {iom0|iom1|psu0|psu1}]

■ Parameter

-de Optional. This parameter specifies the drive enclosure number. Only one parameter can be specified. If this parameter is omitted, all of the connected drive enclosures are displayed.

Example: -de 1 (Only the drive enclosure #1)

-type Optional. This parameter specifies the target component (FRU) name. The sub components embedded in a drive enclosure will also be displayed. Only one parameter can be specified. If this parameter is omitted, all of the FRUs are displayed.

iom0 Details and status of the I/O module #0

iom1 Details and status of the I/O module #1

psu0 Details and status of the Power Supply Unit #0

psu1 Details and status of the Power Supply Unit #1

■ Output

The following table shows the output information for the IOM.

DE#n IOM#m Information (n: The drive enclosure number, m: The IOM number)

Status/Status Code

IOM#n status and the status code

Error Code Error code to identify error events that have occurred in an expander.

This information is only displayed when the Status is not "Normal" or "Undefined".

WWN World Wide Name

Active EC An EC number of the active firmware (The current operating firmware)

Next EC An EC number of the stand-by firmware (The generation number of the firmware after the

next power cycle)

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DE#n IOM#m Internal Parts Status/Status Code

SAS Cable #0(IN) (IOM Port #0)

SAS Cable #0(IN)(IOM port #0) status and the status code

Error Code Error code to identify error events that have occurred in port#0

This information is only displayed when the Status is not "Normal" or "Undefined".

SAS Cable #1(IN) (IOM Port #1)

SAS Cable #1(OUT)(IOM port #1) status and the status code

Error Code Error code to identify error events that have occurred in that port#1

The following table shows the output information for the power supply units.

Status/Status Code

Power supply unit (PSU#n) status and the status code

Error Code Error code to identify error events that occurred in a power supply unit

This information is only displayed when the Status is not "Normal" or "Undefined".

■ Example(s)

The following example displays the status of I/O module #0 in drive enclosure #1:

CLI> show fru-de -de 1 -type iom0 DE#1 IOM#0 Information Status/Status Code [Normal / 0xE001] WWN [500000E0D060C4FF] Active EC [EC#1] Next EC [EC#1] DE#1 IOM#0 Internal Parts Status/Status Code SAS Cable(Expander Port)#0(IN) [Normal / 0xE001] SAS Cable(Expander Port)#1(OUT) [Normal / - ]

The following example displays the status of PSU#0 in drive enclosure #2:

CLI> show fru-de -de 2 -type psu0 DE#2 PSU#0 Information Status/Status Code [Normal / 0xE001]

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2.1 Storage System Status > show disks

show disks

This command displays the details and status of the disk. As an option, an enclosure (all disks contained in the specified enclosure), specific disks, or all the undefined disks can be specified.

■ Syntax

show disks [ -type {undefined | ce | de -de

enclosure_number

} | -disks {

disks

| all | productid} ]

■ Parameter

-type Optional. This parameter specifies which disk information will be displayed. This parameter cannot be specified with the "-disks" parameter. If all of the parameters are omitted, all disks registered in the system will be displayed. undefined

undefined All the undefined disks

ce All disks in the controller enclosure (only for the ETERNUS DX80 S2/DX90 S2)

de All disks in the specified drive enclosure

When using this parameter, the "-de" parameter and the drive enclosure number must also be specified.

-de Optional. This parameter specifies the number of the drive enclosure for which details are to be obtained. This parameter cannot be used for other category types.

-disks Optional. This parameter specifies which disk number to display the detailed information of the disk for. One or more parameters can be specified. For details, refer to "1.2.3 Disk Syntax"

(page 19) Specifying "all" will display the details of all disks. When using the "productid"

parameter, the product ID list of all disks is displayed. This function is useful when updating disk firmware.

all Details of all disks

productid The Product ID list of all disks

■ Output

For summary, the following items are displayed.

Location Disk slot number

Status Disk status

Size Disk capacity

Type Disk type

Speed Rotating speed (unit: rpm)

Usage Disk usage

Example: Data, Spare, System, etc.

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For details, the following items are displayed.

Location Disk slot number

Status Disk status

Error Code Error Code to identify error events that occurred in a disk.

This information is only displayed when the Status is not "Available".

Size Disk capacity

Type Disk type

Disk factor (2.5" or 3.5")

Speed Rotating speed (unit: rpm)

Usage Disk usage

Example: Data, Spare, System, etc.

RAID Group

RAID group to which this disk belongs

Motor Status

Disk motor status by ECO functions

Rebuild/Copy back Progress

Progress status of Rebuild and Copy back

Vendor ID Vendor ID

Product ID Product ID

Serial Number

Serial number

WWN World Wide Name

Firmware Revision

Disk firmware version

For the product ID list, the following items are displayed:

Product ID Product ID

Revision Disk firmware version

■ Example(s)

The following example displays a summary of all the disks:

CLI> show disks Location Status Size Type Speed(rpm) Usage CE-Disk#0 Available 73GB 3.5" SAS 15000 System CE-Disk#1 Available 73GB 3.5" SAS 15000 System

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The following example displays a summary of all the disks in the controller enclosure:

CLI> show disks -type ce Location Status Size Type Speed(rpm) Usage CE-Disk#0 Available 146GB 3.5" SAS 15000 System CE-Disk#1 Available 146GB 3.5" SAS 15000 System CE-Disk#2 Available 146GB 3.5" SAS 15000 Data CE-Disk#3 Available(Predictive Failure) 146GB 3.5" SAS 15000 Data CE-Disk#4 Available 146GB 3.5" SAS 15000 Data CE-Disk#5 Available 146GB 3.5" SAS 15000 Data CE-Disk#6 Available 146GB 3.5" SAS 15000 Data CE-Disk#7 Available 146GB 3.5" SAS 15000 Data CE-Disk#8 Available 146GB 3.5" SAS 15000 Data CE-Disk#9 Available 146GB 3.5" SAS 15000 Present CE-Disk#10 Available 146GB 3.5" SAS 15000 Global Hot Spare CE-Disk#11 Available 146GB 3.5" SAS 15000 Dedicated Hot Spare

The following example displays a summary of all the disks in drive enclosure #1:

CLI> show disks -type de -de 1 Location Status Size Type Speed(rpm) Usage DE#1-Disk#0 Available(Predictive Failure) 146GB 3.5" SAS 15000 Data DE#1-Disk#1 Available 146GB 3.5" SAS 15000 Data DE#1-Disk#2 Available 146GB 3.5" SAS 15000 Data DE#1-Disk#3 Available 146GB 3.5" SAS 15000 Data DE#1-Disk#4 DE#1-Disk#5 Available 146GB 3.5" SAS 15000 Data DE#1-Disk#6 DE#1-Disk#7 DE#1-Disk#8 DE#1-Disk#9 Available 146GB 3.5" SAS 15000 Data DE#1-Disk#10 Available 146GB 3.5" SAS 15000 Global Hot Spare DE#1-Disk#11 Available 146GB 3.5" SAS 15000 Dedicated Hot Spare

The following example displays a summary of all the undefined disks:

CLI> show disks -type undefined Location Status Size Type Speed(rpm) Usage DE#4-Disk#0 Available 146GB 3.5" SAS 15000 Data DE#4-Disk#1 Available 146GB 3.5" SAS 15000 Data DE#5-Disk#1 Available 146GB 3.5" SAS 15000 Data DE#6-Disk#11 Available(Predictive Failure) 146GB 3.5" SAS 15000 Data

The following example displays the details of disk #100 (disk #00 in drive enclosure #1):

CLI> show disks -disks 100 Drive Enclosure #1 Disk #0 Information Location [DE#1-Disk#0] Status [Error](Error Code : 0x0010) Size [146GB] Type [3.5" SAS] Speed [7200rpm] Usage [Data] RAID Group [1000 : RGP001] Motor Status [Active] Rebuild/Copyback Progress [-] Vendor ID [FUJITSU] Product ID [FT373207C-K] Serial Number [1234567890] WWN [1111111111111111] Firmware Revision [12CD]

The following example displays the product ID list:

CLI> show disks -disks productid Product ID Revision ST373455SS 12CD ST99999999 3456

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2.1 Storage System Status > show hardware-information

show hardware-information

This command displays the hardware information for each enclosure and sub-component.

■ Syntax

show hardware-information

■ Parameter

No parameters.

■ Output

For each enclosure, the following items are displayed. All possible drive enclosures are displayed, irrespective of whether or not they are currently installed. Drive enclosures that do not exist are indicated by hyphens.

Serial No. Serial number embedded in the enclosure

Other Information

Individual identifier embedded in the controlling Fujitsu enclosure.

For each component, the following items are displayed. For single controller models, both controller module #1 and expander module #1 are indicated by hyphens. Information is not displayed for drive enclosures that do not exist.

Part No. Part number embedded in the component

Serial No. Serial number embedded in the component

Version Hardware revision of the component

For each component, the following items are displayed. For single controller models, both BRT#1 and QSFP#1 are indicated by hyphens. Information is not displayed for BRT that do not exist.

Part No. Part number embedded in the component

Serial No. Serial number embedded in the component

Vendor Name

Vendor Name embedded in the component

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■ Example(s)

For FC system configurations with a single drive enclosure, the following hardware information is displayed:

CLI> show hardware-information Enclosure Serial No. Other Information Controller Enclosure ST35CE000012 35CE000012 Drive Enclosure#1 ST35DE000009 35DE000009 Drive Enclosure#2 ST35DE000011 35DE000011 Drive Enclosure#3 ST35DE000019 35DE000019 Drive Enclosure#4 ST35DE000018 35DE000018 Drive Enclosure#5 ST35DE000023 35DE000023 Drive Enclosure#6 - - Drive Enclosure#7 - - Drive Enclosure#8 - - Drive Enclosure#9 - -

Component Part No. Serial No. Version CM#0 CA07111-C631 PP09280285 AA CM#1 CA07111-C631 PP0928028A AA PSU#0 CA05954-0860 FA09060095 06A PSU#1 CA05954-0860 FA09060088 06A DE#1-IOM#0 CA07111-C661 PP085100Z7 AA DE#1-IOM#1 CA07111-C661 PP085100YT AA DE#1-PSU#0 CA05954-0860 FA09030006 05A DE#1-PSU#1 CA05954-0860 FA08520078 05A DE#2-IOM#0 CA07111-C661 PP085100YP AA DE#2-IOM#1 CA07111-C661 PP085100YW AA DE#2-PSU#0 CA05954-0860 FA08520085 05A DE#2-PSU#1 CA05954-0860 FA08520084 05A DE#3-IOM#0 CA07111-C661 PP085100Z9 AA DE#3-IOM#1 CA07111-C661 PP085100ZD AA DE#3-PSU#0 CA05954-0860 FA09050024 06A DE#3-PSU#1 CA05954-0860 FA09050025 06A DE#4-IOM#0 CA07111-C661 PP085100Z0 AA DE#4-IOM#1 CA07111-C661 PP085100YZ AA DE#4-PSU#0 CA05954-0860 FA09040009 06A DE#4-PSU#1 CA05954-0860 FA09040011 06A DE#5-IOM#0 CA07111-C661 PP085102T0 AA DE#5-IOM#1 CA07111-C661 PP085102T1 AA DE#5-PSU#0 CA05954-0860 FA09060036 06A DE#5-PSU#1 CA05954-0860 FA09060038 06A SVC#0 CA07111-C661 PP085102T0 06A SVC#1 CA07111-C661 PP085102T0 06A FRT#0 CA07111-C661 PP085102T0 06A FRT#1 CA07111-C661 PP085102T0 06A BRT#0 CA07111-C661 PP085102T0 06A BRT#1 CA07111-C661 PP085102T0 06A

Component Part No. Serial No. Vendor Name BRT#0-QSFP#0 CA07111-C661 PP085102T0 fujitsu BRT#0-QSFP#1 CA07111-C661 PP085102T0 fujitsu

For SAS and iSCSI system configurations with no drive enclosures, the following hardware information is displayed:

CLI> show hardware-information Enclosure Serial No. Other Information Controller Enclosure ST35CE000012 35CE000012 Drive Enclosure#1 - - Drive Enclosure#2 - - Drive Enclosure#3 - - Drive Enclosure#4 - - Drive Enclosure#5 - - Drive Enclosure#6 - - Drive Enclosure#7 - - Drive Enclosure#8 - - Drive Enclosure#9 - -

Component Part No. Serial No. Version CM#0 CA07111-C631 PP09280285 AA CM#1 CA07111-C631 PP0928028A AA PSU#0 CA05954-0860 FA09060095 06A PSU#1 CA05954-0860 FA09060088 06A

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Procedure

Configuration Settings and Display

This chapter explains the commands used for basic settings of the storage system. These set-tings include Thin Provisioning Pool management, Flexible Tier management, RAID group man-agement, and host interface management.

3.1 Thin Provisioning Pool Management

This chapter explains the commands used for the following settings:

• Thin provisioning pool settings

• ECO settings

3.1.1 Thin Provisioning Pool

This section explains the commands used for Thin provisioning pool management.

• Creating a Thin provisioning pool

• Deleting Thin provisioning pools

• Changing an existing Thin provisioning pool

• Expanding a Thin provisioning pool

• Formatting a Thin provisioning pool

■ Summary of Thin provisioning pools settings through CLI

The steps involved in setting the Thin provisioning pools (TPP) using CLI are as follows:

1 License management

Before creating TPPs, the license for the Thin provisioning function should be registered to the system. Use the "set thin-pro-license" command to register the license and use the "show thin-pro-license" command to confirm it.

When the Thin provisioning function is not being used, the license can be deleted. Use the "delete thin-pro-license" command to delete the license.

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End of procedure

TPV

create volume (Create TPV)

TPP

create thin-pro-pool (Create TPP)

delete thin-pro-pool (Delete TPP)

show thin-pro-pools (Show TPP)

3.1 Thin Provisioning Pool Management

2 TPP management

Use the "create thin-pro-pool" command to create a TPP. Use the "show thin-pro-pool" command to confirm the creation of a TPP. After a TPP is created, use the "set thin-pro-pool" command to change the settings of a created TPP.

A TPP can be deleted by using the "delete thin-pro-pool" command.

3 Expanding TPP

Use the "expand thin-pro-pool" command to expand a TPP area.

4 Thin provisioning Volume (TPV) management

Prepare a TPP and a TPV. A TPV can be created from a TPP. A TPV can be created in the same way as a normal volume is created by using the "create volume" command. It can be delete using the "delete volume" command. When expanding a volume, use the "expand volume" command.

• A TPV can be deleted by using the "delete volume" command.

• A TPV can be expanded by using the "expand volume" command.

The following figure shows the relationship between TPPs and TPVs:

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3.1 Thin Provisioning Pool Management > set thin-pro-license

set thin-pro-license

This command registers the Thin provisioning license.

■ Syntax

set thin-pro-license -key

key

■ Parameter

-key This parameter specifies the Thin provisioning license key. The license key length is 16 letters (fixed).

■ Example(s)

The following example registers the Thin provisioning license:

CLI> set thin-pro-license -key 8628569802345756

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3.1 Thin Provisioning Pool Management > delete thin-pro-license

delete thin-pro-license

This command deletes the registered Thin provisioning license.

The Thin provisioning license cannot be deleted in the following situations:

• When the Thin provisioning license is not registered

• When a Thin provisioning pool is registered

■ Syntax

delete thin-pro-license -execution {yes|no}

■ Parameter

-execution This parameter confirms that the operation should proceed. The Thin provisioning license is deleted only when "yes" is specified for this parameter.

yes The already registered Thin provisioning license is deleted.

no No operation.

■ Example(s)

The following example deletes the already registered Thin provisioning license:

CLI> delete thin-pro-license -execution yes

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3.1 Thin Provisioning Pool Management > show thin-pro-license

show thin-pro-license

This command displays the registration status of the Thin provisioning license.

■ Syntax

show thin-pro-license

■ Parameter

No parameters.

■ Output

# Thin provisioning License [Registered] A

A: The registration status of Thin provisioning license

■ Example(s)

The following example displays the registration status of the Thin provisioning license:

CLI> show thin-pro-license Thin provisioning License [Registered]

CLI> show thin-pro-license Thin provisioning License [Not Registered]

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3.1 Thin Provisioning Pool Management > create thin-pro-pool

create thin-pro-pool

This command creates a Thin provisioning pool with the specified Thin provisioning pool name, disk attribute, reliability, encryption, and a RAID group. The Thin provisioning pool is formatted automatically after it is created. When registering a hot spare, refer to the "set global-spare" or the "set dedicated-spare" command.

■ Syntax

create thin-pro-pool -name

-level {0|1|5|6|10} [-warning

-rg-mode {auto|manual} [-capacity capacity] [-disks [-assigned-cm {0|1|cm0cpu0|cm0cpu1|cm1cpu0|cm1cpu1|cm2cpu0|cm2cpu1|cm3cpu0|cm3cpu1| cm4cpu0|cm4cpu1|cm5cpu0|cm5cpu1|cm6cpu0|cm6cpu1|cm7cpu0|cm7cpu1| auto}] [-encryption {enable|disable}] [-stripe-depth { 64kb | 128kb | 256kb | 512kb | 1024kb }]

alias_name

warning

-attribute {online|nearline|ssd|sed}

] [-attention

attention

disks

]

■ Parameter

-name This parameter specifies the alias name of a Thin provisioning pool. Only one name can be specified. For details, refer to "1.2.4 Alias Name Syntax" (page 20)

-attribute This parameter specifies the disk attribute of a Thin provisioning pool.

online Online disks

nearline Nearline disks

ssd SSDs

sed SEDs

-level This parameter specifies the RAID level.

0RAID0

1RAID1

5RAID5

6RAID6

.

10 RAID1+0

-warning Optional. This parameter specifies the warning level of the Thin provisioning pool. The settable range is 5 – 99%. If this parameter is omitted, the default value (90%) is set. The warning level range should be equal to or higher than the "-attention" setting range.

-attention Optional. This parameter specifies the attention level of the Thin provisioning pool. The settable range is 5 – 80%. If this parameter is omitted, the default value (75%) is set. The attention level range should be equal to or lower than the "-warning" setting range.

-rg-mode This parameter specifies the method of selecting the disk when creating the RAID group.

auto The disk is automatically allocated. The capacity of the disk is specified with the -

capacity parameter.

manual The disk is manually allocated. The disk is specified with the -disks parameter.

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-capacity Optional. This parameter specifies the disk capacity that is used to create a RAID group. This parameter can only be specified when "-rg-mode auto" is selected.

-disks Optional. This parameter specifies which disks are used to configure the RAID group. This parameter can only be specified when "-rg-mode manual" is selected. One or more disks can be specified at the same time. For details, refer to "1.2.3 Disk Syntax" (page 19)

-assigned-cm Optional. This parameter specifies the assigned controller for the specified RAID group. This parameter can only be specified when "-rg-mode manual" is selected. If "auto" is specified, the fixed controller, which is calculated automatically by the system, is assigned. If this parameter is omitted, "auto" mode is selected.

For the ETERNUS DX80 S2/DX90 S2: 0 Controller module #0

1 Controller module #1

auto Automatically (default)

.

For the ETERNUS DX410 S2/DX440 S2 and ETERNUS DX8100 S2: cm0cpu0 Controller module#0 CPU#0

cm0cpu1 Controller module#0 CPU#1

cm1cpu0 Controller module#1 CPU#0

cm1cpu1 Controller module#1 CPU#1

auto Automatically (default)

For the ETERNUS DX8700 S2: cm0cpu0 Controller module #0 CPU#0

cm0cpu1 Controller module #0 CPU#1

cm1cpu0 Controller module #1 CPU#0

cm1cpu1 Controller module #1 CPU#1

cm2cpu0 Controller module #2 CPU#0

cm2cpu1 Controller module #2 CPU#1

cm3cpu0 Controller module #3 CPU#0

cm3cpu1 Controller module #3 CPU#1

cm4cpu0 Controller module #4 CPU#0

cm4cpu1 Controller module #4 CPU#1

cm5cpu0 Controller module #5 CPU#0

cm5cpu1 Controller module #5 CPU#1

cm6cpu0 Controller module #6 CPU#0

cm6cpu1 Controller module #6 CPU#1

cm7cpu0 Controller module #7 CPU#0

cm7cpu1 Controller module #7 CPU#1

auto Automatically (default)

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3.1 Thin Provisioning Pool Management > create thin-pro-pool

-encryption Optional. This parameter specifies whether the encryption by a CM is performed. When "enable" is selected, the specified pool volume data is encrypted. If omitted, then it is handled as if "disable" is selected.

enable The pool volume data is encrypted.

disable The pool volume data is not encrypted.

-stripe-depth Optional. This parameter specifies the stripe depth for the Thin provisioning pool that is to be created. If omitted, then it is handled as if "64kb" is selected. The available values vary depending on the RAID level and the number of drives. When "auto" is specified for the "-rgmode" parameter, only "64kb" can be specified.

64kb 64k Byte

128kb 128k Byte (Only for RAID 5 configurations of 10 or more disks, RAID0

configurations, and RAID1+0 configurations)

256kb 256k Byte (Only for RAID 5 configurations of 9 or less disks, RAID0 configurations,

and RAID1+0 configurations)

512kb 512k Byte (Only for RAID 5 configurations of 5 or less disks, RAID0 configurations,

and RAID 1+0 configurations)

1024kb 1024k Byte (Only for RAID0 configurations and RAID1+0 configurations)

■ Example(s)

The following example creates a Thin provisioning pool named "TPP001" that uses four online disks (#003 to #006):

CLI> create thin-pro-pool -name TPP001 -attribute online -encryption enable -level 0 -warning 90 -attention 80 -rg-mode manual -disks 003-006 -assigned-cm cm0cpu0

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3.1 Thin Provisioning Pool Management > set thin-pro-pool

set thin-pro-pool

This command changes the information of an existing Thin provisioning pool (Thin provisioning pool name, a Thin provisioning pool warning, and a Thin provisioning pool attention).

■ Syntax

set thin-pro-pool {-pool-number [-warning

warning

] [-attention

pool_number

attention

]

| -pool-name

pool_name

} [-name

name

]

■ Parameter

-pool-number

or

-pool-name This parameter specifies the Thin provisioning pool identifier. Only one Thin provisioning pool identifier can be specified.

-name Optional. This parameter specifies the new Thin provisioning pool name. If this parameter is omitted, the name is not changed. For details, refer to "1.2.4 Alias Name Syntax" (page 20)

-warning Optional. This parameter specifies the warning level of the Thin provisioning pool. The settable range is 5 – 99%. If this parameter is omitted, the warning level is not changed. The warning level range should be equal to or higher than the "-attention" setting range.

-attention Optional. This parameter specifies the attention level of the Thin provisioning pool. The settable range is 5 – 80%. If this parameter is omitted, the attention level is not changed. The attention level range should be equal to or lower than the "-warning" setting range.

■ Example(s)

.

The following example changes the Thin provisioning pool name from "TPP0001" to "TPP0010":

CLI> set thin-pro-pool -pool-name TPP0001 -name TPP0010

The following example changes the attention to 60% and the warning to 80% for Thin provisioning pool #02:

CLI> set thin-pro-pool -pool-number 02 -attention 60 -warning 80

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3.1 Thin Provisioning Pool Management > delete thin-pro-pool

delete thin-pro-pool

This command deletes an existing Thin provisioning pool(s). A Thin provisioning pool cannot be deleted if one or more volumes exist in the pool. All volumes in the specified Thin provisioning pool must be deleted before the Thin provisioning pool is deleted.

■ Syntax

delete thin-pro-pool {-pool-number

pool_numbers

| -pool-name

■ Parameter

-pool-number

or

-pool-name This parameter specifies the Thin provisioning pool identifiers. One or more Thin provisioning pool identifiers can be specified. For details, refer to "1.2.5 Thin Provisioning Pool Syntax"

(page 20).

■ Example(s)

The following example deletes Thin provisioning pool #01:

CLI> delete thin-pro-pool -pool-number 01

The following example deletes the Thin provisioning pool named TPP05:

CLI> delete thin-pro-pool -pool-name TPP05

pool_names

}

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3.1 Thin Provisioning Pool Management > show thin-pro-pools

show thin-pro-pools

This command displays a summary list of all the Thin provisioning pools or the details of the specified Thin provisioning pool(s).

■ Syntax

show thin-pro-pools [-pool-number

pool_numbers

| -pool-name

pool_names

■ Parameter

-pool-number

or

-pool-name Optional. This parameter specifies the Thin provisioning pool identifiers. One or more Thin provisioning pool identifiers can be specified. For details, refer to "1.2.5 Thin Provisioning Pool

Syntax" (page 20). If the Thin provisioning pool identifier is omitted, a summary list of all the

Thin provisioning pools is displayed.

■ Output

#Thin Pro Disk RAID Status Total Used Used warn- Atten- Encryp#No. Name attribute Level Capa Capa status ing(%) tion(%) tion

TPP01 Online RAID1+0 Available 100 TB 50 MB Normal 80 60 Enable

#00 A B C D E F G H I J K

#<Raid Group List> # #Raid Group RAID Assigned Status Total Free Stripe #No. Name Level CM Capa Capa Depth #01 RG001 RAID1+0 CM#0 Spare in Use 500TB 250GB 128KB

RG002 RAID1+0 CM#1 Available 500TB 250GB 128KB

#02 L M N O P Q R S

]

A: Thin provisioning pool number B: Thin provisioning pool name C: Disk attribute that composes the Thin provisioning pool (Online/Nearline) D: RAID level E: Thin provisioning pool status F: Total capacity of the Thin provisioning pool G: Used capacity of the Thin provisioning pool H: Alarm status (Normal/Warning/Attention) I: Warning level range J: Attention level range K: Encryption status (Enable/Disable) L: RAID group number M: RAID group name N: RAID level O: Assigned CM P: RAID group status Q: Total capacity of RAID group (Unit: MB) R: Free capacity of RAID group (Unit: MB) S: Stripe Depth (Unit: KB) (Except for 64KB)

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■ Example(s)

The following example displays a summary list of all the Thin provisioning pools registered in the system:

CLI> show thin-pro-pools Thin Pro Disk RAID Status Total Used Alarm warn- Atten- EncrypNo. Name attribute Level Capacity Capacity status ing(%) tion(%) tion 0 TPP01 Online RAID1+0 Available 95.25 GB 0.00 MB Normal 80 60 Enable 1 TPP02 Nearline RAID1+0 Available 95.25 GB 0.00 MB Normal 80 75 Disable 2 TPP03 Online RAID1+0 Available 95.25 GB 0.00 MB Normal 99 75 Enable

The following example displays the details of the Thin provisioning pool named "TPP001":

CLI> show thin-pro-pools Thin Pro Disk RAID Status Total Used Alarm warn- Atten- EncrypNo. Name attribute Level Capacity Capacity status ing(%) tion(%) tion 00 TPP01 Online RAID1+0 Available 95.25 GB 0.00 MB Normal 80 60 Enable <Raid Group List> RAID Group RAID Assigned Status Total Free No. Name Level CM Capacity Capacity 1 RG001 RAID1+0 CM#0 Spare in Use 95.25 GB 0.00 MB

The following example displays the details of Thin provisioning pool #0:

CLI> show thin-pro-pools Thin Pro Disk RAID Status Total Used Alarm warn- Atten- EncrypNo. Name attribute Level Capacity Capacity status ing(%) tion(%) tion 00 TPP01 Online RAID1+0 Available 95.25 GB 0.00 MB Normal 80 60 Enable <Raid Group List> RAID Group RAID Assigned Status Total Free No. Name Level CM Capacity Capacity 1 RG001 RAID1+0 CM#0 Spare in Use 95.25 GB 0.00 MB

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3.1 Thin Provisioning Pool Management > show thin-pro-pool-progress

show thin-pro-pool-progress

This command displays the formatting progress of the Thin provisioning pool.

■ Syntax

show thin-pro-pool-progress [-pool-number

■ Parameter

-pool-number

or

-pool-name Optional. This parameter specifies the Thin provisioning pool identifiers. One or more Thin provisioning pool identifiers can be specified. For details, refer to "1.2.5 Thin Provisioning Pool

Syntax" (page 20). If the Thin provisioning pool identifier is omitted, a progress list of all the

Thin provisioning pool is displayed.

■ Output

#Thin Pro Status Format #No. Name Progress(%) # # 0 TPP01 Available 30

TPP02 Available 50

# 1 A B C D

A: A Thin provisioning pool number B: A Thin provisioning pool name C: Thin provisioning pool status D: Format progress

pool_numbers

| -pool-name

pool_names

]

■ Example(s)

The following example displays a list of the formatting progress for all the Thin provisioning pools:

CLI> show thin-pro-pool-progress Thin Pro Status Format No. Name Progress(%) 0 TPP001 Available 30 1 TPP002 Available 50 2 TPP003 Available 80

The following example displays only the progress status of Thin provisioning pool#1:

CLI> show thin-pro-pool-progress -pool-number 1 Thin Pro Status Format No. Name Progress(%) 1 TPP002 Available 50

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3.1 Thin Provisioning Pool Management > show thin-pro-pool-progress

The following example displays the progress status of the Thin provisioning pools named "TPP001" and "TPP002":

CLI> show thin-pro-pool-progress -rg-name TPP001,TPP002 Thin Pro Status Format No. Name Progress(%) 0 TPP001 Available 30 1 TPP002 Available 50

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3.1 Thin Provisioning Pool Management > expand thin-pro-pool

expand thin-pro-pool

This command expands the capacity of an existing Thin provisioning pool with the specified disks and assigned cm. A Thin provisioning pool can be expanded by adding a new RAID group.

■ Syntax

expand thin-pro-pool {-pool-number

-rg-mode {auto|manual} [-disks [-assigned-cm {0 | 1 | cm0cpu0 | cm0cpu1 | cm1cpu0 | cm1cpu1 | cm2cpu0 | cm2cpu1 | cm3cpu0 | cm3cpu1 | cm4cpu0 | cm4cpu1 | cm5cpu0 | cm5cpu1 | cm6cpu0 | cm6cpu1 | cm7cpu0 | cm7cpu1 | auto}]

pool_number

disks

] [-capacity

| -pool-name

capacity

]

pool_name

}

■ Parameter

-pool-number

or

-pool-name This parameter specifies the Thin provisioning pool identifiers. Only one Thin provisioning pool identifier can be specified. For details, refer to "1.2.5 Thin

Provisioning Pool Syntax" (page 20).

-rg-mode This parameter specifies the method of selecting the disk when creating the new RAID group.

auto The disk is automatically allocated. The capacity of the disk is specified with the -

capacity parameter.

manual The disk is manually allocated. The disk is specified with the -disks parameter.

-disks Optional. This parameter specifies which disks are used to configure the RAID group. This parameter can only be specified when "-rg-mode manual" is selected. One or more disks can be specified at the same time. For details, refer to "1.2.3 Disk Syntax" (page 19) specified, -capacity cannot be specified.

. When -disks is

-capacity Optional. This parameter specifies the total capacity of the disks that are used to create a RAID group. This parameter can only be specified when "-rg-mode auto" is specified. The disk that corresponds to the capacity is automatically set. When -capacity is specified, -disks cannot be specified.

-assigned-cm Optional. This parameter specifies the assigned controller (CM number) of the specified RAID group. This parameter can only be specified when "-rg-mode manual" is specified. If "auto" is specified, the fixed controller, which is calculated automatically by the system, is assigned. If omitted, the "auto" mode is set.

For the ETERNUS DX80 S2/DX90 S2: 0 Controller module#0

1 Controller module#1

auto Automatically (default)

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For the ETERNUS DX410 S2/DX440 S2 and ETERNUS DX8100 S2: cm0cpu0 CM#0 CPU#0

cm0cpu1 Controller module#0 CPU#1

cm1cpu0 Controller module#1 CPU#0

cm1cpu1 Controller module#1 CPU#1

auto Automatically (default)

For the ETERNUS DX8700 S2: cm0cpu0 Controller module#0 CPU#0

cm0cpu1 Controller module#0 CPU#1

cm1cpu0 Controller module#1 CPU#0

cm1cpu1 Controller module#1 CPU#1

cm2cpu0 Controller module#2 CPU#0

cm2cpu1 Controller module#2 CPU#1

cm3cpu0 Controller module#3 CPU#0

cm3cpu1 Controller module#3 CPU#1

cm4cpu0 Controller module#4 CPU#0

cm4cpu1 Controller module#4 CPU#1

cm5cpu0 Controller module#5 CPU#0

cm5cpu1 Controller module#5 CPU#1

cm6cpu0 Controller module#6 CPU#0

cm6cpu1 Controller module#6 CPU#1

cm7cpu0 Controller module#7 CPU#0

cm7cpu1 Controller module#7 CPU#1

auto Automatically (default)

■ Example(s)

The following example expands Thin provisioning pool#01 by adding a RAID group (disks 001 to 004/CM#0CPU#0):

CLI> expand thin-pro-pool -pool-number 01 -disks 001-004 -assigned-cm cm0cpu0

The following example expands Thin provisioning pool#02 by adding a RAID group (capacity 900GB/CM#1CPU#1):

CLI> expand thin-pro-pool -pool-number 02 -capacity 900G -assigned-cm cm1cpu1

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3.1 Thin Provisioning Pool Management > format thin-pro-pool

format thin-pro-pool

This command will format the Thin provisioning pool(s).

■ Syntax

format thin-pro-pool {-pool-number

pool_number

■ Parameter

-pool-number

or

-pool-name This parameter specifies the Thin provisioning pool identifiers. One or more Thin provisioning pool identifiers can be specified. For details, refer to "1.2.5 Thin Provisioning Pool Syntax"

(page 20).

-mode This parameter specifies the range of the format.

all All the areas are formatted (all of the data is deleted).

unformatted Unformatted areas are formatted. When there are no unformatted areas, the

command ends normally (no action from the command is performed).

When the "-mode all" parameter is specified to format all of the areas, all of the existing data is deleted. Normally, the "-mode unformatted" parameter is used to format only unformatted areas.

| -pool-name

pool_name

} -mode {all|unformatted}

■ Example(s)

The following example formats all the area of Thin provisioning pool#01:

CLI> format thin-pro-pool -pool-number 01 -mode all

The following example formats the unformatted area of the Thin provisioning pool named "TPP05":

CLI> format thin-pro-pool -pool-name TPP05 -mode unformatted

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Procedure

End of procedure

Procedure

End of procedure

release eco-thin-pro-pool (Release associated ECO schedule)

TPP (Thin Provisioning Pool)

eco schedule

every-day 10:00 - 20:00

set eco-thin-pro-pool (Associate ECO schedule)

create eco-schedule (Create ECO schedule)

show eco-thin-pro-pool (Show associated ECO schedule)

3.1 Thin Provisioning Pool Management

3.1.2 Thin Provisioning Pool ECO Management

This section explains the commands that are related to the ECO functions of a Thin provisioning pool. They are only applicable when the ECO mode is enabled using the "set eco-mode" command.

The three steps involved in enabling the ECO functions are as follows:

1 Enable the ECO mode.

2 Create an ECO schedule.

3 Assign the ECO schedule to Thin provisioning pools.

For the ECO mode and ECO schedule settings, refer to "3.3.3 ECO Management" (page 128).

■ Summary of Thin provisioning pool ECO settings through CLI

Setting of the Thin provisioning pools (TPP) with ECO using CLI are as follows:

1 Assign the ECO mode to a TPP.

To assign an ECO mode schedule to TPP, use the "set eco-thin-pro-pool" command. To check the ECO mode schedule, use the "show eco-thin-pro-pool" command. An ECO mode schedule can be released from an assigned TPP by using the "release eco-thin-pro-pool" command.

The following figure shows Thin provisioning ECO setting management:

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3.1 Thin Provisioning Pool Management > set eco-thin-pro-pool

set eco-thin-pro-pool

This command is used to associate an ECO schedule with a specified Thin provisioning pool(s). When registering a ECO schedule, refer to the "create eco-schedule" command. ECO mode may not be used for Thin provisioning pool(s) that contain SSD drives.

■ Syntax

set eco- thin-pro-pool {-pool-number [-schedule-number

schedule_number

pool_numbers

| -schedule-name

| -pool-name

pool_names

schedule_name

■ Parameter

-pool-number

or

-pool-name This parameter specifies the Thin provisioning pool identifiers. One or more Thin provisioning pool identifiers can be specified. For details, refer to "1.2.5 Thin Provisioning Pool Syntax"

(page 20).

-schedule-number

or

-schedule-name Optional. This parameter specifies an ECO schedule identifier. Only one ECO schedule number can be specified. If omitted, the existing setting is not changed. For details, refer to "1.2.13 ECO Schedule

Syntax" (page 25).

-action This parameter specifies whether the associated definition is enabled.

enable The associated definition is enabled.

disable The associated definition is disabled.

}

] -action {enable|disable}

■ Example(s)

The following example associates the ECO schedule named "SC001" with Thin provisioning pool#01:

CLI> set eco-thin-pro-pool -pool-number 01 -schedule-name SC001 -action enable

The following example associates the ECO schedule named "SC001" with thin provisioning pool #01 - #05 at the same time:

CLI> set eco-thin-pro-pool -pool-number 01-05 -schedule-name SC001 -action enable

The following example disables the ECO function of the Thin provisioning pool named "TPP01":

CLI> set eco-thin-pro-pool -pool-name TPP01 -action disable

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3.1 Thin Provisioning Pool Management > set eco-thin-pro-pool

The following example associates ECO schedule #1 with the Thin provisioning pool named "TPP001". The second command associates the ECO schedule #2 with the same Thin provisioning pool. executions result in ECO schedule #1 being released:

CLI> set eco-thin-pro-pool -pool-name TPP001 -schedule-number 1 -action enable CLI> set eco-thin-pro-pool -pool-name TPP001 -schedule-number 2 -action enable

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3.1 Thin Provisioning Pool Management > release eco-thin-pro-pool

release eco-thin-pro-pool

This command releases the ECO schedule that is associated with a specific Thin provisioning pool(s).

■ Syntax

release eco- thin-pro-pool {-pool-number

pool_numbers

| -pool-name

pool_names

}

■ Parameter

-pool-number

or

-pool-name This parameter specifies the Thin provisioning pool identifiers. One or more Thin provisioning pool identifiers can be specified. For details, refer to "1.2.5 Thin Provisioning Pool Syntax"

(page 20).

■ Example(s)

The following example releases an ECO schedule associated with the Thin provisioning pool named "TPP001":

CLI>release eco-thin-pro-pool -pool-name TPP01

The following example releases an ECO schedule associated with Thin provisioning pool #01- #05 at the same time:

CLI>release eco-thin-pro-pool -pool-number 01-05

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3.1 Thin Provisioning Pool Management > show eco-thin-pro-pool

show eco-thin-pro-pool

This command displays the list of ECO schedules that are associated with Thin provisioning pools.

■ Syntax

show eco-thin-pro-pool

■ Parameter

No parameters.

■ Output

#Thin Pro Disk reli- Status ECO Schedule Motor Control #No. Name attri- ability Status Status # bute Action No. Name

TPP01 Online High Available [ON] 1 SC001 Active [OFF]

#00 A B C D E F G H I J

A: Thin provisioning pool number B: Thin provisioning pool name C: Disk attribute that composes the Thin provisioning pool (Online/Nearline) D: Reliability of the Thin provisioning pool (High/Middle/None) E: Thin provisioning pool status F: ECO schedule action. Whether the ECO schedule is associated is displayed. G: ECO schedule number

(In the case of a schedule by a cooperative software, [128] is displayed.)

H: ECO schedule name

(In the case of a schedule by a cooperative software, [External] is displayed.) I: Current status of a disk motor J: Control status by a control command

■ Example(s)

The following example displays a list of all the Thin provisioning pools that have an ECO schedule associated with them:

Thin Pro Disk reli- Status ECO Schedule Motor Control No. Name attri- ability Status Status bute Action No. Name 00 TPP01 Online High Available [ON] 1 SC001 Active [OFF] 01 TPP02 Online Middle Available [ON] 2 SC002 Active [OFF] 05 TPP05 Online High Available [ON] 5 SC005 Active [OFF]

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3.2 Flexible Tier Management

3.2.1 Flexible Tier Pools

This section explains the commands used for Flexible Tier Pool (FTRP) management.

• Deleting FTRPs

• Changing an existing Flexible Tier Sub Pool (FTSP)

For details about Flexible Tier Volume (FTV) management, refer to "3.4.2 Flexible Tier Volumes" (page 175)

.

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3.2 Flexible Tier Management > show flexible-tier-mode

show flexible-tier-mode

This command displays the setting status of the Flexible Tier function.

■ Syntax

show flexible-tier-mode

■ Parameter

No parameters.

■ Output

# Flexible Tier Mode [Enable] A

A: It shows whether the Flexible Tier function is enabled.

■ Example(s)

The following example displays the setting status of the Flexible Tier function:

CLI> show flexible-tier-mode Flexible Tier Mode [Disable]

CLI> show flexible-tier-mode Flexible Tier Mode [Enable]

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3.2 Flexible Tier Management > delete flexible-tier-pool

delete flexible-tier-pool

This command deletes the Flexible Tier Pools (FTRPs) that are already registered in the ETERNUS DX Disk storage system. All Flexible Tier Sub Pools (FTSPs) in the target FTRPs are also deleted. If a volume is registered in the specified FTRP, the FTRP cannot be deleted.

Delete all volumes in the target FTRP before deleting the FTRP.

■ Syntax

delete flexible-tier-pool {-ftrp-number

ftrp_number

■ Parameter

-ftrp-number or

-ftrp-name This parameter specifies the FTRP identifiers that are to be deleted. Multiple FTRPs can be deleted in a single command.

■ Example(s)

The following example deletes FTRP#01:

CLI> delete flexible-tier-pool -ftrp-number 01

The following example deletes an FTRP that is named "FTRP005":

CLI> delete flexible-tier-pool -ftrp-name FTRP05

| -ftrp-name

ftrp_name

}

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3.2 Flexible Tier Management > show flexible-tier-pools

show flexible-tier-pools

This command displays an overview list of Flexible Tier Pools (FTRPs) that are already registered in the ETERNUS DX Disk storage system and detailed information for a specified FTRP. When the FTRP number or the FTRP name is specified, information is displayed for the specified FTRP and the Flexible Tier Sub Pool (FTSP) that is registered in the specified FTRP. When the FTRP number or the FTRP name is omitted, a list of the FTRPs that are already registered in the ETERNUS DX Disk storage system is displayed.

■ Syntax

show flexible-tier-pools [-ftrp-number

ftrp_number

| -ftrp-name

ftrp_name

]

■ Parameter

-ftrp-number

or

-ftrp-name Optional. This parameter specifies the FTRP identifier to display detailed information for. Multiple parameters can be selected in a single command. If omitted, a list of all the FTRPs that are already registered in the ETERNUS DX Disk storage system is displayed.

■ Output

When the parameter is omitted

# Flexible Tier Pool Status Total Used Used Warn- Atten- Encryp# No. Name Capacity Capacity Status ing(%) tion(%) tion

FTRP_NAME#0 Available 129.00 MB 0.00 MB Normal 90 75 Disable

# 0 A B C D E F G H I

A: Flexible Tier Pool number B: Flexible Tier Pool name C: Flexible Tier Pool status D: Total capacity of the Flexible Tier Pool E: Used capacity of the Flexible Tier Pool F: Alarm status (Normal/Warning/Attention) G: Warning level range H: Attention level range I: Encryption status (Enable/Disable)

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When the parameter is specified

# Flexible Tier Pool Status Total Used Used Warn- Atten- Encryp# No. Name Capacity Capacity Status ing(%) tion(%) tion # 0

FTRP_NAME#0 Available 129.00 MB 0.00 MB Normal 90 75 Disable A B C D E F G H I # <Flexible Tier Sub Pool List> # Flexible Tier Sub Pool Disk RAID Status Total Used # No. Name Attribute Level Capacity Capacity # 0

FTSP Online RAID0 Available 129.00 GB 0.00 MB J K L M N O P

A: Flexible Tier Pool number B: Flexible Tier Pool name C: Flexible Tier Pool status D: Total capacity of the Flexible Tier Pool E: Used capacity of the Flexible Tier Pool F: Alarm status (Normal/Warning/Attention) G: Warning level range H: Attention level range I: Encryption status (Enable/Disable) J: Flexible Tier Sub Pool number K: Flexible Tier Sub Pool name L: Disk attribute that composes the Flexible Tier Sub Pool (Online/Nearline/SSD) M: RAID Level N: Flexible Tier Sub Pool status O: Total capacity of the Flexible Tier Sub Pool P: Used capacity of the Flexible Tier Sub Pool

■ Example(s)

The following example displays an overview list of the FTRPs that are already registered in the ETERNUS DX Disk storage system:

CLI> show flexible-tier-pools Flexible Tier Pool Status Total Used Used Warn- Atten- EncrypNo. Name Capacity Capacity Status ing(%) tion(%) tion 0 FTRP001 Available 129.00 GB 0.00 MB Normal 90 75 Disable 1 FTRP_NAME#0 Available 0.00 MB 0.00 MB Normal 90 75 Disable

The following example displays the detailed information of an FTRP that is named "FTRP001":

CLI> show flexible-tier-pools -ftrp-name FTRP001 Flexible Tier Pool Status Total Used Used Warn- Atten- EncrypNo. Name Capacity Capacity Status ing(%) tion(%) tion 0 FTRP001 Available 129.00 GB 0.00 MB Normal 90 75 Disable <Flexible Tier Sub Pool List> Flexible Tier Sub Pool Disk RAID Status Total Used No. Name Attribute Level Capacity Capacity 0 FTSP Online RAID0 Available 129.00 GB 0.00 MB

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The following example displays detailed information for FTRP#00:

CLI> show flexible-tier-pools -ftrp-number 0 Flexible Tier Pool Status Total Used Used Warn- Atten- EncrypNo. Name Capacity Capacity Status ing(%) tion(%) tion 0 FTRP001 Available 129.00 GB 0.00 MB Normal 90 75 Disable <Flexible Tier Sub Pool List> Flexible Tier Sub Pool Disk RAID Status Total Used No. Name Attribute Level Capacity Capacity 0 FTSP Online RAID0 Available 129.00 GB 0.00 MB

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3.2 Flexible Tier Management > show flexible-tier-pool-progress

show flexible-tier-pool-progress

This command displays the progress rate of formatting Flexible Tier Pools (FTRPs) that are already registered in the ETERNUS DX Disk storage system. When the FTRP number or the FTRP name is specified, the progress rates for the specified FTRPs are displayed. Note that the progress rate is not displayed when a specified FTRP is not being formatted. When the FTRP number or the FTRP name is omitted, a list of the progress rates for the FTRPs being formatted that are already registered in the ETERNUS DX Disk storage system is displayed.

■ Syntax

show flexible-tier-pool-progress [-ftrp-number

■ Parameter

-ftrp-number or

-ftrp-name

Optional. This parameter specifies the FTRP identifier to display detailed information for. Multiple parameters can be selected in a single command. If omitted, a list of all the FTRPs that are already registered in the ETERNUS DX Disk storage system and that are being formatted is displayed.

■ Output

#Flexible Tier Pool Status #No. Name # 0

FTRP001 Available A B C #<Flexible Tier Sub Pool List> #Flexible Tier Sub Pool Status Format #No. Name Progress(%) # 1 FTSP001 Available 50 # 2

FTSP002 Available 35 D E F G

ftrp_number

| -ftrp-name

ftrp_name

]

A: Flexible Tier Pool number B: Flexible Tier Pool name C: Flexible Tier Pool status D: Flexible Tier Sub Pool number E: Flexible Tier Sub Pool name F: Flexible Tier Sub Pool status G: Format progress

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3.2 Flexible Tier Management > show flexible-tier-pool-progress

■ Example(s)

The following example displays a list of the Flexible Tier Pools that are being formatted:

CLI> show flexible-tier-pool-progress Flexible Tier Pool Status No. Name 0 FTRP000 Available <Flexible Tier Sub Pool List> Flexible Tier Sub Pool Status Format No. Name Progress(%) 0 FTSP0000 Available 84 1 FTSP0001 Available 20

Flexible Tier Pool Status No. Name 3 FTRP003 Available <Flexible Tier Sub Pool List> Flexible Tier Sub Pool Status Format No. Name Progress(%) 16 FTSP0016 Available 99

The following example displays the progress rate of formatting for an FTRP that is named "FTRP001":

CLI> show flexible-tier-pool-progress -ftrp-name FTRP001 Flexible Tier Pool Status No. Name 1 FTRP001 Available <Flexible Tier Sub Pool List> Flexible Tier Sub Pool Status Format No. Name Progress(%) 4 FTSP0004 Available 50

The following example displays the progress rate of formatting for FTRP#00 and FTRP#02:

CLI> show flexible-tier-pool-progress -ftrp-number 0,2 Flexible Tier Pool Status No. Name 0 FTRP000 Available <Flexible Tier Sub Pool List> Flexible Tier Sub Pool Status Format No. Name Progress(%) 0 FTSP0000 Available 84 1 FTSP0001 Available 20

Flexible Tier Pool Status No. Name 2 FTRP002 Available <Flexible Tier Sub Pool List> Flexible Tier Sub Pool Status Format No. Name Progress(%) 17 FTSP0017 Available 99 18 FTSP0018 Available 10 19 FTSP0019 Available 0

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3.2 Flexible Tier Management > set flexible-tier-sub-pool

set flexible-tier-sub-pool

This command changes the information for the Flexible Tier Sub Pools (FTSPs) that are already registered in the ETERNUS DX Disk storage system.

■ Syntax

set flexible-tier-sub-pool {-ftsp-number [-assigned-cm{0|1|cm0cpu0|cm0cpu1|cm1cpu0|cm1cpu1|cm2cpu0|cm2cpu1|cm3cpu0|cm3cpu1| cm4cpu0|cm4cpu1|cm5cpu0|cm5cpu1|cm6cpu0|cm6cpu1|cm7cpu0|cm7cpu1|auto}]

ftsp_number

| -ftsp-name

ftsp_name

}

■ Parameter

-ftsp-number or

-ftsp-name

This parameter specifies the FTSP identifier. Only one FTSP identifier can be specified in a single command.

-assigned-cm

Optional. This parameter specifies the assigned CM for the RAID group that is added to the target FTSP. When "auto" is specified, the assigned CM is automatically determined by the ETERNUS DX Disk storage system. If omitted, the assigned CM is not changed.

For the ETERNUS DX80 S2/DX90 S2: 0 Controller module#0

1 Controller module#1

auto Automatically (default)

For the ETERNUS DX410 S2/DX440 S2 and ETERNUS DX8100 S2: cm0cpu0 Controller module#0 CPU#0

cm0cpu1 Controller module#0 CPU#1

cm1cpu0 Controller module#1 CPU#0

cm1cpu1 Controller module#1 CPU#1

auto Automatically (default)

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For the ETERNUS DX8700 S2: cm0cpu0 Controller module#0 CPU#0

cm0cpu1 Controller module#0 CPU#1

cm1cpu0 Controller module#1 CPU#0

cm1cpu1 Controller module#1 CPU#1

cm2cpu0 Controller module#2 CPU#0

cm2cpu1 Controller module#2 CPU#1

cm3cpu0 Controller module#3 CPU#0

cm3cpu1 Controller module#3 CPU#1

cm4cpu0 Controller module#4 CPU#0

cm4cpu1 Controller module#4 CPU#1

cm5cpu0 Controller module#5 CPU#0

cm5cpu1 Controller module#5 CPU#1

cm6cpu0 Controller module#6 CPU#0

cm6cpu1 Controller module#6 CPU#1

cm7cpu0 Controller module#7 CPU#0

cm7cpu1 Controller module#7 CPU#1

auto Automatically (default)

■ Example(s)

The following example automatically sets the assigned CM for FTSP0001:

CLI> set flexible-tier-sub-pool -ftsp-name FTSP0001 -assigned-cm auto

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Specifications and Main Features

Frequently Asked Questions

User Manual

Preface

Table of Contents

1.1 Accessing CLI

1.2 The Command Syntax

1.2.1 Command Format

1.2.2 Keywords and Parameters

1.2.3 Disk Syntax

1.2.4 Alias Name Syntax

1.2.5 Thin Provisioning Pool Syntax

1.2.6 Flexible Tier Pool Syntax

1.2.7 Flexible Tier Sub Pool Syntax

1.2.8 RAID Group Syntax

1.2.9 Volume Syntax

1.2.10 Host Syntax

1.2.11 Affinity Group Syntax

1.2.12 Host Response Syntax

1.2.13 ECO Schedule Syntax

1.2.14 Host Interface Port Syntax

1.2.15 Port Group Syntax

1.2.16 Host Group Syntax

1.3 Size of Devices and Logical Units

1.4 Command Auto-complete and History Recall

1.5 Command Editing Hotkeys

1.6 Viewing Command Help

1.7 Error Message Format

1.8 Multiple Sessions

1.9 Slave Controller Logins

1.10 CLI User Authority

1.11 Note for Specifying FTP Server

1.12 Command Descriptions

2.1 Storage System Status

show status

show enclosure-status

show fru-ce

show fru-de

show disks

show hardware-information

3.1 Thin Provisioning Pool Management

3.1.1 Thin Provisioning Pool

set thin-pro-license

delete thin-pro-license

show thin-pro-license

create thin-pro-pool

set thin-pro-pool

delete thin-pro-pool

show thin-pro-pools

show thin-pro-pool-progress

expand thin-pro-pool

format thin-pro-pool

3.1.2 Thin Provisioning Pool ECO Management

set eco-thin-pro-pool

release eco-thin-pro-pool

show eco-thin-pro-pool

3.2 Flexible Tier Management

3.2.1 Flexible Tier Pools

show flexible-tier-mode

delete flexible-tier-pool

show flexible-tier-pools

show flexible-tier-pool-progress

set flexible-tier-sub-pool