ETERNUS SMI-S User's Guide - Storage - Fujitsu Globalstorage-system.fujitsu.com/global/doc/pdf/p3am-4602-en.pdf · eternus smi-s user's guide p3am-4602-06enz0 eternus dx80 s2/dx90

ETERNUS SMI-S User's Guide

P3AM-4602-06ENZ0

ETERNUS DX80 S2/DX90 S2, ETERNUS DX410 S2/DX440 S2, ETERNUS DX8100 S2/DX8700 S2

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ETERNUS SMI-S User’s Guide

Copyright 2013 FUJITSU LIMITED P3AM-4602-06ENZ0

3

Preface

This manual explains how to set and manage the ETERNUS DX80 S2/DX90 S2, ETERNUS DX410 S2/DX440 S2,or ETERNUS DX8100 S2/DX8700 S2 Disk storage system using SMI-S from software such as storagemanagement client software.This manual is designed for users with knowledge about the basic functions of the ETERNUS DX80 S2/DX90 S2,ETERNUS DX410 S2/DX440 S2, or ETERNUS DX8100 S2/DX8700 S2 Disk storage system, and SMI-S.In this manual, the ETERNUS DX80 S2/DX90 S2, ETERNUS DX410 S2/DX440 S2, and ETERNUS DX8100 S2/DX8700 S2 Disk storage systems are collectively referred to as "ETERNUS DX Disk storage system".

Sixth EditionJune 2013

The Structure and Contents of this Manual

This manual is composed of the following six chapters and appendices.

● Chapter 1 Overview

This chapter provides an overview of SMI-S.

● Chapter 2 SMI-S Settings

This chapter explains how to enable SMI-S.

● Chapter 3 Privileges

This chapter describes the privileges that are required for connecting to the ETERNUS DX Disk storagesystem from storage management client software.

● Chapter 4 Device Configuration Display

This chapter describes the classes that represent the device configuration and the associations for thedevice configuration.

● Chapter 5 Device Configuration Modifications

This chapter describes the interfaces that are used to change the device configuration and return values.

● Chapter 6 Notification of Device Configuration Modifications

This chapter describes notification of changes to the device configuration.

"The number of SMI-S that can be simultaneously connected" and "About Using of Open Sources" are providedas appendices.

The company names, product names and service names mentioned in this document are registeredtrademarks or trademarks of their respective companies.

Table of Contents

Chapter 1 Overview 6

1.1 Overview ............................................................................................................................. 6

1.2 Features .............................................................................................................................. 6

1.3 Accessing SMI-S .................................................................................................................. 6

1.4 Supported Version ............................................................................................................... 7

1.5 Supported Profiles and Subprofiles ..................................................................................... 71.5.1 Supported Profiles ........................................................................................................................................... 71.5.2 Supported Subprofiles ..................................................................................................................................... 7

1.6 Interop Namespace ............................................................................................................. 8

Chapter 2 SMI-S Settings 9

Chapter 3 Privileges 10

Chapter 4 Device Configuration Display 11

4.1 Device Configuration Display Class List ............................................................................. 11

Chapter 5 Device Configuration Modifications 27

5.1 List of Device Configuration Change Methods ................................................................... 27

5.2 Device Configuration Change Method Interfaces .............................................................. 295.2.1 FUJITSU_StorageConfigurationService::CreateOrModifyStoragePool ............................................................... 295.2.2 FUJITSU_StorageConfigurationService::DeleteStoragePool ............................................................................. 305.2.3 FUJITSU_StorageConfigurationService::CreateOrModifyElementFromStoragePool .......................................... 315.2.4 FUJITSU_StorageConfigurationService::ReturnToStoragePool ......................................................................... 335.2.5 FUJITSU_StorageConfigurationService::CreateOrModifyElementFromElements .............................................. 345.2.6 FUJITSU_StorageConfigurationService::CreateReplica ..................................................................................... 365.2.7 FUJITSU_StorageConfigurationService::ModifySynchronization ...................................................................... 375.2.8 FUJITSU_ControllerConfigurationService::ExposePaths ................................................................................... 385.2.9 FUJITSU_ControllerConfigurationService::HidePaths ....................................................................................... 405.2.10 FUJITSU_ControllerConfigurationService::ExposeDefaultLUs ........................................................................... 425.2.11 FUJITSU_ControllerConfigurationService::HideDefaultLUs .............................................................................. 435.2.12 FUJITSU_PrimordialStorageCapabilities::CreateSetting ................................................................................... 45



4

Table of Contents

5.2.13 FUJITSU_RAIDStorageCapabilities::CreateSetting ........................................................................................... 455.2.14 FUJITSU_PrimordialStoragePool::GetSupportedSizes ...................................................................................... 465.2.15 FUJITSU_PrimordialStoragePool::GetSupportedSizeRange .............................................................................. 475.2.16 FUJITSU_PrimordialStoragePool::GetAvailableExtents .................................................................................... 485.2.17 FUJITSU_RAIDStoragePool::GetSupportedSizes ............................................................................................... 485.2.18 FUJITSU_RAIDStoragePool::GetSupportedSizeRange ...................................................................................... 495.2.19 FUJITSU_RAIDStoragePool::GetAvailableExtents ............................................................................................ 505.2.20 FUJITSU_StorageHardwareIDManagementService::CreateStorageHardwareID ............................................... 515.2.21 FUJITSU_StorageHardwareIDManagementService::DeleteStorageHardwareID ............................................... 525.2.22 FUJITSU_ReplicationService::CreateElementReplica ....................................................................................... 535.2.23 FUJITSU_ReplicationService::ModifyReplicaSynchronization ........................................................................... 585.2.24 FUJITSU_ReplicationService::ModifyListSynchronization ................................................................................. 615.2.25 FUJITSU_ReplicationService::GetReplicationRelationships .............................................................................. 635.2.26 FUJITSU_ReplicationServiceCapabilities::ConvertSyncTypeToReplicationType ................................................. 645.2.27 FUJITSU_ReplicationServiceCapabilities::ConvertReplicationTypeToSyncType ................................................. 655.2.28 FUJITSU_ReplicationServiceCapabilities::GetSupportedFeatures ..................................................................... 675.2.29 FUJITSU_ReplicationServiceCapabilities::GetSupportedCopyStates ................................................................. 685.2.30 FUJITSU_ReplicationServiceCapabilities::GetSupportedWaitForCopyStates ..................................................... 695.2.31 FUJITSU_ReplicationServiceCapabilities::GetSupportedOperations ................................................................. 705.2.32 FUJITSU_ReplicationServiceCapabilities::GetSupportedListOperations ........................................................... 715.2.33 FUJITSU_ReplicationServiceCapabilities::GetSupportedMaximum .................................................................. 715.2.34 FUJITSU_ReplicationServiceCapabilities::GetDefaultReplicationSettingData .................................................. 725.2.35 FUJITSU_ThinProvisioningCapabilities::CreateSetting ..................................................................................... 735.2.36 FUJITSU_ThinProvisioningPool::GetSupportedSizes ........................................................................................ 735.2.37 FUJITSU_ThinProvisioningPool::GetSupportedSizeRange ................................................................................ 745.2.38 FUJITSU_ThinProvisioningPool::GetAvailableExtents ...................................................................................... 75

Chapter 6 Notification of Device Configuration Modifications 76

6.1 Notification of Device Configuration Change/Device Errors ............................................... 76

6.2 Notification Conditions ..................................................................................................... 76

6.3 Note .................................................................................................................................. 77

Appendix A The Number of SMI-S that can be Simultaneously Connected 78

Appendix B About Using of Open Sources 79



5

Chapter 1

Overview

This chapter provides an overview of the ETERNUS DX Disk storage system SMI-S.

1.1 Overview

Storage Management Initiative Specification (SMI-S) is an interface specification designed by the StorageNetworking Industry Association (SNIA) to standardize external interfaces that are related to storage systemmanagement.SMI-S is installed and configured in the controllers of the ETERNUS DX Disk storage system. SMI-S is accessedfrom storage management client software using HTTP.

1.2 Features

The main features of SMI-S are as follows:

● Device configuration display

SMI-S can be used to notify the device configuration, including disks and volumes.

● Device configuration change

SMI-S can be used to create or delete RAID groups and volumes. SMI-S can also be used to performAdvanced Copy.

● Notification of device configuration modifications

SMI-S can be used to notify when the device configuration is changed such as when a volume is created ordeleted.

1.3 Accessing SMI-S

SMI-S is accessed using HTTP (port 5988) or HTTPS (port 5989) from the SMI-S client (storage managementclient software). SMI-S receives requests from the MNT port on the master controller module.



6

Chapter 1 Overview 1.4 Supported Version

1.4 Supported Version

The supported SMI-S version is "SMI-S 1.4".

1.5 Supported Profiles and Subprofiles

The following tables show the profiles and the subprofiles that are supported by SMI-S.

1.5.1 Supported Profiles

1.5.2 Supported Subprofiles

Profile name Overview

Server Profile SMI-S server information

Array Profile RAID device model

Profile Registration Profile Profile information

Replication Services Profile Copy service

Package/Subprofile name Overview

Access Points Subprofile Access point

Block Service Package Display and setting of RAID groups and LUNs

Copy Services Subprofile Copy service

Disk Drive Lite Subprofile Detailed information display of physical disks

Extent Composition Subprofile Volume creation

FC Target port Subprofile FC target port

Generic Target Ports Profile Device target port

Health Package Device error status display

iSCSI Target Ports Subprofile iSCSI target port

Masking and Mapping Subprofile LUN masking and mapping

Multiple Computer System Subprofile CM information

Physical Package Package Physical package

Serial Attached SCSI Target Ports Subprofile SAS target port

Software Subprofile Software version

Thin Provisioning Thin Provisioning



7

Chapter 1 Overview 1.6 Interop Namespace

1.6 Interop Namespace

Interop Namespace is "interop".



8

Chapter 2

SMI-S Settings

This chapter explains how to enable SMI-S.

It is necessary to enable the SMI-S setting to use SMI-S. To enable SMI-S, perform either of the followingactions:

ETERNUS Web GUI: Set the SMI-S setting to "Enable"ETERNUS CLI: Run "set smi-s -function enable"



9

Chapter 3

Privileges

This chapter describes the privileges that are required for connecting to the ETERNUS DX Disk storage systemfrom storage management client software.

For user accounts to connect to the ETERNUS DX Disk storage system from storage management clientsoftware, select one of the following role types:

• Default rolesPreset privileges are assigned to the default roles. Admin, Storage Admin, Maintainer, and Software areavailable as default roles.

• Custom rolesUser customized roles are created. All of the privileges that are listed in the following table must beassigned.

No. Privilege required

1 Status Display

2 RAID Group Management

3 Volume - Create / Modify

4 Volume - Delete / Format

5 Host Interface Management

6 Advanced Copy Management

7 Copy Session Management



10

Chapter 4

Device Configuration Display

This chapter describes the device configuration display.

4.1 Device Configuration Display Class List

■ Instance Providers

The following table shows the classes (Instance Providers) that represent the device configurationinformation:

No. Class name Description

Server Profile (SMI-S server information)

1 FUJITSU_System SMI-S server information

2 FUJITSU_ObjectManager CIM Object Manager (CIMOM) information

3 FUJITSU_Namespace SMI-S Namespace information

4 FUJITSU_CIMXMLCommunicationMechanism

Communication specification information of the SMI-S server

Profile Registration Profile (profile information)

5 FUJITSU_ProviderSoftwareIdentity SMI-S provider information

6 FUJITSU_RegisteredProfile Supported profile information

7 FUJITSU_RegisteredSubProfile Supported subprofile information

Array Profile (RAID device model)

8 FUJITSU_StorageComputerSystem Storage information

Access Points Subprofile (access point)

9 FUJITSU_RemoteServiceAccessPoint Storage connection destination information

Multiple Computer System Subprofile (CM information)

10 FUJITSU_RedundancySet CM redundancy information

11 FUJITSU_PhysicalMemory Information of memory installed on a CM

Software Subprofile (software version)

12 FUJITSU_ControllerModuleSoftwareIdentity

CM firmware information

13 FUJITSU_StorageComputerSystemSoftwareIdentity

CM firmware information

Disk Drive Lite Subprofile (detailed information display of physical disks)

14 FUJITSU_DiskDrive Disk drive information

15 FUJITSU_DiskExtent Disk drive specification information

16 FUJITSU_PhysicalMedia Hard disk information

17 FUJITSU_DiskSoftwareIdentity Disk firmware information



11

Chapter 4 Device Configuration Display 4.1 Device Configuration Display Class List

18 FUJITSU_StorageRedundancySet Hot spare disk information

Extent Composition Subprofile (volume creation)

19 FUJITSU_RAIDCompositeExtent RAID group information

20 FUJITSU_FreeExtent Free space information of a RAID group

21 FUJITSU_PartOfConcatenatedExtent LUN concatenation information

22 FUJITSU_MirroredExtent RAID group (for mirroring) information

23 FUJITSU_ConcatenatedExtent Concatenation volume information

24 FUJITSU_StripingCompositeExtent RLU (striping) information

25 FUJITSU_FlexibleTierExtent Flexible Tier Pool (FTRP) information

26 FUJITSU_FlexibleTierSubExtent Flexible Tier Sub Pool (FTSP) information

Masking and Mapping Subprofile (LUN masking and mapping)

27 FUJITSU_ProtocolControllerMaskingCapabilities

Details of the host affinity group function

28 FUJITSU_PrivilegeManagementService Host affinity group setting function

29 FUJITSU_StorageHardwareIDManagementService

Host information setting function

30 FUJITSU_ControllerConfigurationService Masking and Mapping function

31 FUJITSU_AuthorizedPrivilege Host affinity group information

32 FUJITSU_StorageHardwareID Host information

33 FUJITSU_DefaultAuthorizedPrivilege Default host affinity group information

34 FUJITSU_DefaultStorageHardwareID Default host information

35 FUJITSU_LUNMappingController LUN mapping information

36 FUJITSU_AffinityGroupController Affinity group information

FC Target Ports Subprofile (FC target port)

37 FUJITSU_FCPort FC port information

38 FUJITSU_SCSIProtocolEndPoint Port information

Block Services Package (display and setting of RAID groups and LUNs)

39 FUJITSU_StorageConfigurationService Function to operate a RAID group configuration

40 FUJITSU_StorageConfigurationCapabilities

Details of the function to operate a RAID group configuration

41 FUJITSU_StorageVolume Volume information

42 FUJITSU_PrimordialStoragePool Unused area information

43 FUJITSU_PrimordialStorageCapabilities Unused area setting information

44 FUJITSU_RAIDStorageCapabilities RAID group setting information (RAID level information)

45 FUJITSU_StorageSetting Volume setting information

46 FUJITSU_RAIDStoragePool RAID group area information

47 FUJITSU_FlexibleTierPool Flexible Tier Pool (FTRP) area information

48 FUJITSU_FlexibleTierSubPool Flexible Tier Sub Pool (FTSP) area information

49 FUJITSU_FlexibleTierCapabilities Flexible Tier Pool (FTRP) setting information

50 FUJITSU_FlexibleTierSubCapabilities Flexible Tier Sub Pool (FTSP) setting information




12


Physical Package Package (physical package)

51 FUJITSU_StorageProduct Storage product information

52 FUJITSU_ControllerEnclosure CE information

53 FUJITSU_ControllerSlot CM slot information

54 FUJITSU_ControllerCard CM card information

55 FUJITSU_ChannelAdapterSlot (*2) CA slot information

56 FUJITSU_ChannelAdapterCard (*2) CA card information

57 FUJITSU_DeviceEnclosure DE information

58 FUJITSU_DiskSlot Disk slot information

59 FUJITSU_PhysicalDisk Disk drive physical information

60 FUJITSU_DiskProduct Disk product information

61 FUJITSU_SCU (*1) SCU information

62 FUJITSU_Location Storage location information

63 FUJITSU_PSU PSU information

64 FUJITSU_FAN (*2) Fan information

65 FUJITSU_IOM IOM information

66 FUJITSU_BBU (*3) BBU information

67 FUJITSU_BCU (*2) BCU information

68 FUJITSU_BTU (*2) BTU information

69 FUJITSU_SFP SFP information

Health Package (device error status display)

70 FUJITSU_ControllerComputerSystem CM information

Serial Attached SCSI Target Ports Subprofile (SAS target port)

71 FUJITSU_SASPort (*1) SAS port information

72 FUJITSU_SASPHY(*1) SASPHY information

iSCSI Target Ports Subprofile (iSCSI target port)

73 FUJITSU_iSCSICapabilities iSCSI support information

74 FUJITSU_IPProtocolEndpoint IP protocol layer information

75 FUJITSU_TCPProtocolEndpoint TCP protocol layer information

76 FUJITSU_iSCSIProtocolEndpoint iSCSI protocol layer information

77 FUJITSU_iSCSISession iSCSI session information

78 FUJITSU_iSCSISessionSettings iSCSI session setting information

79 FUJITSU_EthernetPort iSCSI port information

80 FUJITSU_iSCSIConnection iSCSI connection information

81 FUJITSU_iSCSIConnectionSettings iSCSI connection setting information

82 FUJITSU_iSCSISessionStatistics iSCSI session statistics information

Replication Services Profile (copy service)

83 FUJITSU_ConnectivityCollection Device network summary information

84 FUJITSU_ReplicationService Copy operation function

85 FUJITSU_ReplicationServiceCapabilities Details of a copy operation function

86 FUJITSU_ReplicationSettingData Copy operation setting information

87 FUJITSU_RemoteStorageVolume Volume information of other device




13


*1: Only for the ETERNUS DX80 S2/DX90 S2*2: Only for the ETERNUS DX410 S2/DX440 S2*3: Only for the ETERNUS DX8100 S2/DX8700 S2

88 FUJITSU_RemoteSCSIProtocolEndpoint FC/iSCSI port information of the connection destination device

Copy Services Subprofile (copy service)

89 FUJITSU_StorageReplicationCapabilities Details of the "StorageConfigurationService" copy function

90 FUJITSU_SDPVExtent Snap Data Pool Volume (SDPV) information

91 FUJITSU_SDPVPool Snap Data Pool Volume (SDPV) area information

92 FUJITSU_SDPVCapabilities Snap Data Pool Volume (SDPV) setting information

93 FUJITSU_SnapDataCompositeExtent Snap Data Pool (SDP) information

94 FUJITSU_SnapDataPool Snap Data Pool (SDP) area information

95 FUJITSU_SnapDataCapabilities Snap Data Pool (SDP) setting information

Thin Provisioning Profile (Thin Provisioning function)

96 FUJITSU_ThinProvisioningCapabilities Thin Provisioning Pool (TPP) setting information

97 FUJITSU_ThinProvisioningExtent Thin Provisioning Pool (TPP) information

98 FUJITSU_ThinProvisioningPool Thin Provisioning Pool (TPP) area information

99 FUJITSU_ThinProvisioningFreeExtent Thin Provisioning Pool (TPP) free space information




14


■ Association Provider

The following table shows the classes (Association Providers) that are associated with the deviceconfiguration information:

No. Class name Association class

1 FUJITSU_AllocatedFromStoragePool FUJITSU_PrimordialStoragePool

FUJITSU_RAIDStoragePool


FUJITSU_StorageVolume


FUJITSU_SDPVPool

FUJITSU_SDPVPool

FUJITSU_SnapDataPool




FUJITSU_ThinProvisioningPool



FUJITSU_FlexibleTierPool



FUJITSU_FlexibleTierSubPool



2 CIM_AssociatedComponentExtent FUJITSU_PrimordialStoragePool

FUJITSU_DiskExtent


FUJITSU_RAIDCompositeExtent

FUJITSU_SDPVPool

FUJITSU_SDPVExtent


FUJITSU_SnapDataCompositeExtent


FUJITSU_ThinProvisioningExtent


FUJITSU_FlexibleTierExtent


FUJITSU_FlexibleTierSubExtent

3 CIM_AssociatedRemainingExtent FUJITSU_RAIDStoragePool

FUJITSU_FreeExtent


FUJITSU_ThinProvisioningFreeExtent



15


4 CIM_AuthorizedSubject FUJITSU_AuthorizedPrivilege

FUJITSU_StorageHardwareID

FUJITSU_DefaultAuthorizedPrivilege

FUJITSU_DefaultStorageHardwareID

5 CIM_AuthorizedTarget FUJITSU_AuthorizedPrivilege

FUJITSU_AffinityGroupController


FUJITSU_LUNMappingController

6 CIM_BasedOn FUJITSU_DiskExtent


FUJITSU_DiskExtent

FUJITSU_MirroredExtent


FUJITSU_FreeExtent



FUJITSU_ConcatenatedExtent


FUJITSU_PartOfConcatenatedExtent

FUJITSU_ConcatenatedExtent




FUJITSU_SDPVExtent

FUJITSU_SDPVExtent














7 CIM_BindsTo FUJITSU_IPProtocolEndpoint

FUJITSU_TCPProtocolEndpoint


FUJITSU_iSCSIProtocolEndpoint




16


8 CIM_CommMechanismForManager FUJITSU_ObjectManager

FUJITSU_CIMXMLCommunicationMechanism

9 CIM_ComponentCS FUJITSU_StorageComputerSystem

FUJITSU_ControllerComputerSystem

10 CIM_CompositeExtentBasedOn FUJITSU_DiskExtent




FUJITSU_StripingCompositeExtent


FUJITSU_DiskExtent


11 CIM_ComputerSystemPackage FUJITSU_ControllerEnclosure

FUJITSU_StorageComputerSystem

FUJITSU_DeviceEnclosure


FUJITSU_ControllerCard


12 CIM_ConcreteComponent FUJITSU_PrimordialStoragePool

FUJITSU_DiskExtent




FUJITSU_FreeExtent

FUJITSU_SASPort (*1)

FUJITSU_SASPHY (*1)












17


13 CIM_ConcreteDependency FUJITSU_ControllerConfigurationService


FUJITSU_ControllerConfigurationService


FUJITSU_StorageHardwareIDManagementService

FUJITSU_StorageHardwareID


FUJITSU_DefaultStorageHardwareID

FUJITSU_PrivilegeManagementService

FUJITSU_AuthorizedPrivilege



FUJITSU_SDPVPool

FUJITSU_SDPVExtent



FUJITSU_DiskExtent






14 CIM_ConcreteIdentity FUJITSU_StorageComputerSystem

FUJITSU_RedundancySet

15 CIM_ConnectorOnPackage FUJITSU_DeviceEnclosure

FUJITSU_DiskSlot

FUJITSU_ControllerEnclosure

FUJITSU_ControllerSlot

FUJITSU_ControllerEnclosure (*2)

FUJITSU_ChannelAdapterSlot (*2)


FUJITSU_DiskSlot (*1)

16 CIM_Container FUJITSU_ControllerCard (*2)

FUJITSU_FAN (*2)

FUJITSU_BCU (*2)

FUJITSU_BTU (*2)

FUJITSU_ChannelAdapterCard (*2)

FUJITSU_SFP (*2)

FUJITSU_ControllerCard (*1)

FUJITSU_SCU (*1)


FUJITSU_SFP (*1)




18


17 CIM_DeviceSAPImplementation FUJITSU_FCPort

FUJITSU_SCSIProtocolEndpoint

FUJITSU_EthernetPort

FUJITSU_IPProtocolEndpoint




FUJITSU_SCSIProtocolEndpoint (*1)

18 CIM_ElementCapabilities FUJITSU_StorageComputerSystem

FUJITSU_ProtocolControllerMaskingCapabilities

FUJITSU_PrimordialStoragePool

FUJITSU_PrimordialStorageCapabilities

FUJITSU_StorageConfigurationService

FUJITSU_StorageConfigurationCapabilities


FUJITSU_RAIDStorageCapabilities


FUJITSU_iSCSICapabilities

FUJITSU_ReplicationService

FUJITSU_ReplicationServiceCapabilities


FUJITSU_StorageReplicationCapabilities


FUJITSU_SnapDataCapabilities

18 CIM_ElementCapabilities FUJITSU_SDPVPool

FUJITSU_SDPVCapabilities


FUJITSU_StorageConfigurationCapabilities


FUJITSU_ThinProvisioningCapabilities


FUJITSU_FlexibleTierCapabilities


FUJITSU_FlexibleTierSubCapabilities




19


19 CIM_ElementConformsToProfile FUJITSU_RegisteredProfile

FUJITSU_ObjectManager

FUJITSU_RegisteredProfile


FUJITSU_RegisteredProfile (SMISProfile information)

FUJITSU_RegisteredProfile (ServerProfile information)


FUJITSU_RegisteredProfile (ArrayProfile information)


FUJITSU_RegisteredSubProfile

20 CIM_ElementLocation FUJITSU_StorageComputerSystem

FUJITSU_Location

21 CIM_ElementSettingData FUJITSU_StorageVolume

FUJITSU_StorageSetting


FUJITSU_iSCSIConnectionSettings


FUJITSU_iSCSIConnectionSettings


FUJITSU_iSCSISessionSettings







22 CIM_ElementSoftwareIdentity FUJITSU_DiskSoftwareIdentity

FUJITSU_DiskDrive

FUJITSU_ProviderSoftwareIdentity


FUJITSU_ProviderSoftwareIdentity


23 CIM_ElementStatisticalData FUJITSU_iSCSISession

FUJITSU_iSCSISessionStatistics

24 CIM_EndpointOfNetworkPipe FUJITSU_TCPProtocolEndpoint

FUJITSU_iSCSIConnection


FUJITSU_iSCSISession




20


25 CIM_HostedAccessPoint FUJITSU_StorageComputerSystem

FUJITSU_RemoteServiceAccessPoint

FUJITSU_System

FUJITSU_CIMXMLCommunicationMechanism




FUJITSU_IPProtocolEndpoint





26 CIM_HostedCollection FUJITSU_StorageComputerSystem

FUJITSU_ConnectivityCollection

27 CIM_HostedService FUJITSU_StorageComputerSystem








FUJITSU_System

FUJITSU_ObjectManager



28 CIM_HostedStoragePool FUJITSU_StorageComputerSystem







FUJITSU_SDPVPool










21


29 CIM_InstalledSoftwareIdentity FUJITSU_ControllerComputerSystem

FUJITSU_ControllerModuleSoftwareIdentity


FUJITSU_StorageComputerSystemSoftwareIdentity

30 CIM_IsSpare FUJITSU_DiskExtent

FUJITSU_StorageRedundancySet (Global Hot Spare)

FUJITSU_DiskExtent

FUJITSU_StorageRedundancySet (Dedicated Hot Spare)

31 CIM_MediaPresent FUJITSU_DiskDrive

FUJITSU_DiskExtent

32 CIM_MemberOfCollection FUJITSU_RedundancySet


FUJITSU_StorageRedundancySet (Global Hot Spare)

FUJITSU_DiskExtent

FUJITSU_StorageRedundancySet (Dedicated Hot Spare)

FUJITSU_DiskExtent






FUJITSU_RemoteSCSIProtocolEndpoint

33 CIM_MemoryOnCard FUJITSU_ControllerCard

FUJITSU_PhysicalMemory

34 CIM_NamespaceInManager FUJITSU_ObjectManager

FUJITSU_Namespace

35 CIM_NetworkPipeComposition FUJITSU_iSCSISession

FUJITSU_iSCSIConnection

36 CIM_PackagedComponent FUJITSU_PhysicalDisk

FUJITSU_PhysicalMedia




22


37 CIM_PackageInChassis FUJITSU_ControllerEnclosure





FUJITSU_PSU


FUJITSU_PhysicalDisk


FUJITSU_PSU


FUJITSU_IOM


FUJITSU_PhysicalDisk (*1)


FUJITSU_BCU (*2)


FUJITSU_FAN (*3)


FUJITSU_BBU (*3)

38 CIM_PackageInSlot FUJITSU_DiskSlot


FUJITSU_ControllerSlot


FUJITSU_ChannelAdapterSlot (*2)


39 CIM_ProductParentChild FUJITSU_StorageProduct

FUJITSU_DiskProduct

40 CIM_ProductPhysicalComponent FUJITSU_StorageProduct


FUJITSU_StorageProduct


FUJITSU_DiskProduct


41 CIM_ProtocolControllerForPort FUJITSU_AffinityGroupController

FUJITSU_FCPort


FUJITSU_FCPort

42 CIM_ProtocolControllerForUnit FUJITSU_AffinityGroupController







23


43 CIM_Realizes FUJITSU_PhysicalDisk

FUJITSU_DiskDrive


FUJITSU_EthernetPort (*2)




FUJITSU_EthernetPort (*1)

FUJITSU_SFP

FUJITSU_FCPort

FUJITSU_SFP


44 CIM_RealizesExtent FUJITSU_PhysicalMedia

FUJITSU_DiskExtent

45 CIM_ReferencedProfile FUJITSU_RegisteredProfile


46 CIM_ReplicaPoolForStorage FUJITSU_StorageVolume


47 CIM_SAPAvailableForElement FUJITSU_SCSIProtocolEndpoint




FUJITSU_RemoteServiceAccessPoint










48 CIM_ServiceAffectsElement FUJITSU_ReplicationService


49 CIM_StorageSettingsAssociatedToCapabilities










24


50 CIM_StorageSynchronized FUJITSU_StorageVolume (copy source volume information)

FUJITSU_StorageVolume(copy destination volume information)


FUJITSU_RemoteStorageVolume



51 FUJITSU_StorageSynchronized FUJITSU_StorageVolume (copy source volume information)

FUJITSU_StorageVolume(copy destination volume information)





52 CIM_SubProfileRequiresProfile FUJITSU_RegisteredProfile







25


*1: Only for the ETERNUS DX80 S2/DX90 S2*2: Only for the ETERNUS DX410 S2/DX440 S2*3: Only for the ETERNUS DX8100 S2/DX8700 S2

53 CIM_SystemDevice FUJITSU_StorageComputerSystem





FUJITSU_DiskDrive


FUJITSU_DiskExtent




FUJITSU_ConcatinatedExtent




FUJITSU_FCPort





FUJITSU_ControllerComputerSystem (*1)

FUJITSU_SASPHY (*1)




FUJITSU_FreeExtent



FUJITSU_ControllerComputerSystem (*1)













26

Chapter 5

Device Configuration Modifications

This chapter describes changing the device configuration.

5.1 List of Device Configuration Change Methods

The following table shows the methods that are used to change the device configuration:

Class name Method name Function overview


CreateOrModifyStoragePool

RAID group creation/update

DeleteStoragePool RAID group deletion

CreateOrModifyElementFromStoragePool

Volume creation

ReturnToStoragePool Volume deletion

CreateOrModifyElementFromElements

RAID group creationVolume creation

CreateReplica Copy session creation

ModifySynchronization Copy session change


ExposePaths Affinity group creation

HidePaths Affinity group deletion

ExposeDefaultLUs Volume and host LUN mapping

HideDefaultLUs Volume and host LUN unmapping


CreateSetting Creation of a template that is consistent with the RAID group setting information


CreateSetting Creation of a template that is consistent with the RAID group setting information


GetSupportedSizes Acquisition of the supported capacity of a RAID group (unused area)

GetSupportedSizeRange Acquisition of the supported capacity of a RAID group (unused area)

GetAvailableExtents Acquisition of a list of the available disks in a RAID group (unused area)


GetSupportedSizes Acquisition of the supported capacity of a RAID group

GetSupportedSizeRange Acquisition of the supported capacity of a RAID group

GetAvailableExtents Acquisition of a list of the available disks in a RAID group


CreateStorageHardwareID WWW addition

DeleteStorageHardwareID WWW deletion



27

Chapter 5 Device Configuration Modifications 5.1 List of Device Configuration Change Methods


CreateElementReplica Copy session creation

ModifyReplicaSynchronization

Copy session change

ModifyListSynchronization

Change of multiple copy sessions

GetReplicationRelationships

Search for the association information for a copy session volume

FUJITSU_ReplicationServiceCapabilities

ConvertSyncTypeToReplicationType

Conversion from SyncType, Mode, and Local/Remote to ReplicationType

ConvertReplicationTypeToSyncType

Conversion from ReplicationType to SyncType, Mode, and Local/Remote

GetSupportedFeatures Acquisition of the supported copy-related functions

GetSupportedCopyStates

Acquisition of the supported CopyStates

GetSupportedWaitForCopyStates

Acquisition of the value that is supported as the "WaitForCopyState" parameter of the "Create/Modify" method

GetSupportedOperations Acquisition of the value that is supported as the "Operation" parameter of the "ModifyReplicaSynchronization" method

GetSupportedListOperations

Acquisition of the value that is supported as the "Operation" parameter of the "ModifyListSynchronization" method

GetSupportedMaximum Acquisition of the supported maximum value of the specified element

GetDefaultReplicationSettingData

Acquisition of the default copy operation setting information


CreateSetting Creation of a template that is consistent with the Thin Provisioning Pool (TPP) area setting information


GetSupportedSizes Acquisition of the supported capacity of a Thin Provisioning Pool (TPP) area information

GetSupportedSizeRange Acquisition of the supported capacity of a Thin Provisioning Pool (TPP) area information

GetAvailableExtents Acquisition of a list of available disks from the Thin Provisioning Pool (TPP) area information

Class name Method name Function overview



28

Chapter 5 Device Configuration Modifications 5.2 Device Configuration Change Method Interfaces

5.2 Device Configuration Change Method Interfaces

This section describes interfaces for the methods to change the device configuration.

5.2.1 FUJITSU_StorageConfigurationService::CreateOrModifyStoragePool

This method is used to create a RAID group or Thin Provisioning Pool (TPP) using the specified RAID groupname, RAID level, and disks.When disks are omitted, available disks are automatically selected.

Interface

Parameters

uint32 CreateOrModifyStoragePool(

[In] string ElementName,

[Out, In] CIM_ConcreteJob REF Job,

[In] CIM_StorageSetting REF Goal,

[Out, In] uint64 Size,

[In] string InPools [ ],

[In] string InExtents [ ],

[Out, In] CIM_StoragePool REF Pool

)

ElementName Specifies the name for the RAID group or TPP that is to be created.

Job Not set

Goal Specifies the setting values (such as the RAID level) for the RAID group or TPPthat is to be created.When NULL is specified, RAID groups are created in the following order:

1: RAID1+02: RAID13: RAID54: RAID6

Size Specifies the RAID group or TPP capacity (byte) that is to be created.When NULL is specified, the capacity is calculated according to the "Goal"parameter value.When the free space in the RAID group or TPP is smaller than the specifiedcapacity, the "Size Not Supported" error is returned.

InPools Specifies the RAID group (unused area).

InExtents Specifies the disks that are used for the RAID group or TPP that is to be created.When NULL is specified, the available disks are selected according to the "Goal"parameter value.

Pool Instance of the created RAID group or TPP



29


Return values

5.2.2 FUJITSU_StorageConfigurationService::DeleteStoragePool

This method is used to delete a specified RAID group or Thin Provisioning Pool (TPP).

Interface

Parameters

Return values

Value Meaning Cause

0 Success Ends normally

1 Not Supported RAID group (unused area) was not specified.

4 Failed Ends abnormally

5 Invalid Parameter Invalid Parameter

4097 Size Not Supported Free space in the RAID group or TPP is smaller than the specified capacity.

Vendor specific error

32787 The device is in busy state The device is busy.

32788 Element Name is in use ElementName is already in use.

32808 No Thin Provisioning License No Thin Provisioning license

32816 Fatal error generic Fatal error (such as Exception)

uint32 DeleteStoragePool(


[In] CIM_StoragePool REF Pool

)

Job Not set

Pool Specifies the RAID group or TPP that is to be deletedWhen NULL or RAID group (unused area) is specified, the "Invalid Parameter" error isreturned.

Value Meaning Cause





32785 The RAID group is in busy state The RAID group that is to be deleted is in use.


32803 The RAID group is not operative Disk Buffer is set in the RAID group.

32804 The RAID group has Thin Provisioning volumes

The RAID group that is to be deleted includes Thin Provisioning Volumes.



30


5.2.3 FUJITSU_StorageConfigurationService::CreateOrModifyElementFromStoragePool

This method is used to create a volume in a specified RAID group or Thin Provisioning Pool (TPP).

Interface

Parameters


32816 Fatal error generic Unexpected error

Value Meaning Cause

uint32 CreateOrModifyElementFromStoragePool(


[In] uint16 ElementType,


[In] CIM_ManagedElement REF Goal,


[In] CIM_StoragePool REF InPool,

[Out, In] CIM_LogicalElement REF TheElement

)

ElementName Specifies the name of the volume that is to be created.

ElementType Specifies the element that is to be created.Only "2" (volume) or "5" (Thin Provisioning Volume (TPV)) can be specified.When NULL or values other than "2" (volume) or "5" (Thin Provisioning Volume(TPV)) are specified, the "Method Not Supported" error is returned.

Job Not set

Goal Not used

Size [In]Specifies the capacity of the volume that is to be created in bytes.When NULL is specified, the "Invalid Parameter" error is returned.When the free space in the volume is smaller than the specified capacity, the"Size Not Supported" error is returned.When a TPV is specified for the element, an error does not occur even if thespecified capacity is larger than the actual free space because the specifiedcapacity is set as the virtual size.

[Out]The capacity of a created volume is set in bytes.When the free space in the volume is smaller than the specified capacity, the"Size Not Supported" error is returned and the capacity of the current freespace is set.



31


Return values

InPool Specifies the RAID group or TPP from which the volume is to be created.When NULL or RAID group (unused area) is specified, the "Invalid Parameter"error is returned.

TheElement [In]Creates a volume when NULL is specified.When a value other than NULL is specified and a volume is specified for "Ele-mentType", the "Not Supported" error is returned.When a value other than NULL is specified and a TPV is specified for "Ele-mentType", the specified TPV is expanded.

[Out]The created or expanded volume is set.

Value Meaning Cause


1 Method Not Supported Unsupported error



4097 Size Not Supported The free space in the RAID (group) is smaller than the specified capacity.


32769 Maximum number of Logical Volume in a RAID group has been reached

The maximum number of volumes has already been created in the specified RAID group.

32770 Maximum number of Logical Volume in the storage device has been reached

The maximum number of volumes has already been created in the device.

32785 The RAID group is in busy state The RAID group is busy.

32786 The Logical Volume is in busy state The volume is busy.


32788 Element Name is in use Element Name is already in use.

32796 Quick Format Error Quick Format error occurred.

32803 The RAID group is not operative MLU, MVV, TPPV, TPPC, and RDBV already exist in the specified RAID group.





32


5.2.4 FUJITSU_StorageConfigurationService::ReturnToStoragePool

This method is used to delete a specified volume.

Interface

Parameters

Return values

uint32 ReturnToStoragePool(


[In] CIM_LogicalElement REF TheElement

)

Job Not set

TheElement Specifies the volume that is to be deleted.When NULL is specified, the "Invalid Parameter" error is returned.

Value Meaning Cause






32785 The RAID group is in busy state The RAID group is in use.

32786 The Logical Volume is in busy state The volume is in use.


32802 The Logical Volume is Mainframe volume

The volume is a MLU/MVV.

32804 The Logical Volume is not operative

The volume is a TPPV.

32809 The Logical Element is ODX volume

The volume that is specified for "SourceElement" or "TargetElement" is dedicated for Offloaded Data Transfer.




33


5.2.5 FUJITSU_StorageConfigurationService::CreateOrModifyElementFromElements

This method is used to create a RAID group, TPP, or volume.

Interface

Parameters

uint32 CreateOrModifyElementFromElements(




[In] CIM_ManagedElement REF Goal,


[In] CIM_StorageExtent REF InElements [ ],

[Out, In] CIM_LogicalElement REF TheElement

)

ElementName Specifies the name of the volume, the RAID group, or the TPP that is to becreated.

ElementType Specifies the element that is to be created.Only "2" (volume), "4" (RAID group), or "6" (Thin Provisioning Volume (TPV)) canbe specified.When NULL is specified, the "Invalid Parameter" error is returned.When a value other than "2" (volume), "4" (RAID group), or "6" (TPV) is specified,the "Not Supported" error is returned.

Job Not set

Goal Specifies the setting value of the volume, the RAID group, or the TPP that is to becreated.

Example: For RAID1+0"FUJITSU_StorageSetting.InstanceID=FUJITSU:SS_RAID1+0"

When "2" (volume) or "6" (TPV) is specified for "ElementType", this parameter isnot used since this parameter depends on the RAID group specification.In addition, when NULL is specified while "4" (RAID group) is specified for"ElementType", a RAID group is created according to the PriorityRAID level that isobtained from the model name.



34


Return values

Size [In]Specifies the capacity of the volume, the RAID group, or the TPP that is to becreated in bytes.When NULL is specified, free space is calculated and the volume, the RAIDgroup, or the TPP is created using all the free space.When the free space in the RAID group, the TPP, or the disk is smaller thanthe specified capacity, the "Size Not Supported" error is returned.When a TPV is specified for the element, an error does not occur even if thespecified capacity is larger than the actual free space because the specifiedcapacity is set as the virtual size.

[Out]The capacity of a created volume, RAID group, or TPP is set in bytes.When NULL is specified while "2" (volume) or "6" (TPV) is specified for"ElementType", the "Fatal error -- generic" error is returned.In addition, when the free space in the volume is smaller than the specifiedcapacity, the "Size Not Supported" error is returned and the capacity of thecurrent free space is set.

InElements Specifies the source StorageExtent (free space or disk) from which a volume aRAID group, or a TPP is to be created.When NULL or blank data is specified, the "Invalid Parameter" error is returned.

TheElement [In]Creates a new volume a new RAID group, or a new TPP when NULL isspecified.When a value other than NULL is specified:When "6" (TPV) is specified for "ElementType", the TPV is expanded.When a TPP is specified, the specified TPP is expanded.When a volume or a RAID group is specified, the "Method Not Supported"error is returned.

[Out]The created volume, RAID group, or TPP is set.

Value Meaning Cause

0 Completed with No Error Ends normally




4097 Size Not Supported The free space in the volume, the RAID group, or the TPP is smaller than the specified capacity.


32769 Maximum number of Logical Volume in a RAID group has been reached

The maximum number of volumes has already been created in the specified RAID group.

32770 Maximum number of Logical Volume in the storage device has been reached

The maximum number of volumes has already been created in the device.





35


5.2.6 FUJITSU_StorageConfigurationService::CreateReplica

This method is used to start the SnapOPC+/EC/REC copy sessions.

Interface

Parameters

32796 Quick Format Error Quick Format occurred.

32803 The RAID group is not operative MLU, MVV, TPPV, TPPC, and RDBV already exist in the specified RAID group.



Value Meaning Cause

uint32 CreateReplica(


[Out] CIM_ConcreteJob REF Job,

[In] CIM_LogicalElement REF SourceElement,

[Out] CIM_LogicalElement REF TargetElement,

[In] CIM_StorageSetting REF TargetSettingGoal,

[In] CIM_StoragePool REF TargetPool

[In] uint16 CopyType

)

ElementName Specifies "ElementName" to assign to the copy destination volume that isto be created.When this parameter is omitted, "ElementName" is automaticallyassigned.

Job Not set

SourceElement Specifies the copy source volume.

TargetElement Specifies the copy destination volume.

TargetSettingGoal Specifies "StorageSetting" to be associated with "TargetPool".Not used

TargetPool Specifies the RAID group that includes the copy source volume to becreated.When this parameter is omitted, RAID groups are selected in ascendingorder starting from the smallest "RaidNumber" in "RAIDStoragePool" inwhich the copy destination volume can be created.

CopyType Specifies the copy type that is to be created."3" (EC) or "4" (SnapOPC) can be specified.



36


● Allowed parameter settings for each copy type

Return values

For return values that are not listed in the following table, refer to the values that are listed fromVe n d o r S p e c i f i c o nw a rd i n t h e Ret u r n Va l u e s t a b l e o f " 5 . 2 . 2 2FUJITSU_ReplicationService::CreateElementReplica" (page 53).

5.2.7 FUJITSU_StorageConfigurationService::ModifySynchronization

This method is used to change a copy session (suspend, resume, reverse, and end).

Interface

Parameters

Parameters EC SnapOPC

CopyType 3(Sync) 4(UnSyncAssoc)

ElementName Optional Optional

SourceElement Required Required

TargetElement Not required Not required

TargetPool Optional Optional

Value Meaning Cause


1 Not Supported Not supported



uint32 ModifySynchronization(

[In] uint16 Operation,


[In] CIM_StorageSynchronized REF Synchronization

)

Operation Specifies the copy operation."2" (Detach), "3" (Fracture), "4" (Resync), or "5" (Restore) can be specified.For details on the available Operation values for each copy type, refer to"Allowed parameter settings for each copy type" (page 38).

Job Not set

Synchronization Specifies the association information of a target copy volume.



37



*1: Execution in Suspend status

Return values

Re f e r to t h e v a l u e s t h a t a re l i s te d i n t h e Ret u r n Va l u e s t a b l e o f " 5 . 2 . 2 3FUJITSU_ReplicationService::ModifyReplicaSynchronization" (page 58) because the return values arethe same as these values.

5.2.8 FUJITSU_ControllerConfigurationService::ExposePaths

This method is used to create an affinity group, to add a logical volume initiator to a specified affinity group,or to perform mapping between logical volumes and host LUNs. CA ports cannot be added to the specified affinity group since only "One Port per View" is supported as theview type.

Interface

Parameters

Copy type Action Operation

EC/REC Suspend 3(Fracture)

Resume (*1) 4(Resync)

Restore(reverse + resume) (*1)

5(Restore)

Stop 2(Detach)

SnapOPC/SnapOPC+ Restore 5(Restore)

Stop 2(Detach)

uint32 ExposePaths(


[In] string LUNames [ ],

[In] string InitiatorPortIDs [ ],

[In] string TargetPortIDs [ ],

[In] string DeviceNumbers [ ],

[In] uint16 DeviceAccesses [ ],

[Out, In] CIM_SCSIProtocolController REF ProtocolControllers [ ]

)

Job Not set

LUNames A list of the volumes that are to be mappedSpecifies the "Name" property values of "FUJITSU_StorageVolume".The number of elements must be the same as "DeviceAccesses".

InitiatorPortIDs A list of the initiator (host) port IDs that are to be mappedSpecifies the "StorageID" property values of "FUJITSU_StorageHardwareID".If an initiator does not exist, an initiator is registered.



38


● Allowed parameter settings

Return values

TargetPortIDs A list of the target port IDs that are to be mappedSpecifies the "Name" property values of "FUJITSU_SCSIProtocolEndpoint/FUJITSU_iSCSIProtocolEndpoint" when an affinity group is created.

DeviceNumbers A list of the logical unit numbers (LUNs) that correspond to "LUNames".The number specified here can be checked in the "DeviceNumber" propertiesof "FUJITSU_ProtocolControllerForUnit".If the number is less than "LUNames", LUNs are automatically assigned.

DeviceAccesses A list of the privileges that are to be assigned to the volumes that correspondto "LUNames".Specify "2" (Read Write).The sett ing can be checked in the "DeviceAccess" propert ies of"FUJITSU_ProtocolControllerForUnit".

ProtocolControllers [In]Create a new affinity group when NULL is specified.When a value other than NULL is specified, a logical volume initiator isadded to the affinity group.

[Out]The created or updated affinity group is set.

Operation LUNames InitiatorPortIDs

TargetPortIDs

DeviceNumbers

DeviceAccesses

ProtocolControllers

Affinity creation Mandatory Mandatory Mandatory Optional Mandatory NULL

LUN addition Mandatory NULL NULL Optional Mandatory single SPC

Host addition NULL Mandatory NULL NULL NULL single SPC

Value Meaning Cause




4097 Invalid logical unit ID An invalid volume was specified for the "LUNames" parameter.

4098 Invalid initiator port ID An invalid host was specified for the "InitiatorPortIDs" parameter.

4099 Invalid target port ID An invalid CA port was specified for the "TargetPortIDs" parameter.

4100 Invalid permission A value other than "2" (Read Write) was specified for the "DeviceAccesses" parameter.

4101 Target/initiator combination already exposed

The host and CA port combination already exists.

4102 Requested logical unit number in use

The LUN for the "DeviceNumbers" parameter is already in use.

4103 Maximum Map Count Exceeded The maximum number of LUNs that can be set is exceeded.



39


5.2.9 FUJITSU_ControllerConfigurationService::HidePaths

This method is used to delete an affinity group, to remove a logical volume initiator from the specified affinitygroup, or to delete mapping between logical volumes and host LUNs. CA ports cannot be deleted from the specified affinity group since only "One Port per View" is supported as theview type.

Interface

Parameters


32771 Maximum number of registered Host WWN has been reached

The maximum number of hosts is exceeded.

32772 Maximum number of affinity group has been reached

The maximum number of affinity groups is exceeded.

32773 Maximum number of host affinity has been reached

The maximum number of host affinities that can be set for the port is exceeded.


32801 The CA port is in invalid setting The CA port setting is incorrect.



32804 The affinity group is not operative The affinity group (such as a concatenated affinity group) cannot be updated.

32806 The Logical Volume is pool for copy volume

The volume is a BLU.

32807 The Logical Volume is unknown volume

The volume is not supported.




Value Meaning Cause

uint32 HidePaths(



[In] string InitiatorPortIDs [ ],



)

Job Not set

LUNames A list of the volumes that are to be maskedSpecifies the "Name" property values of "FUJITSU_StorageVolume".When all the volumes that belong to an affinity group are specified, theAffinity group is also deleted.



40



Return values

InitiatorPortIDs A list of the initiator (host) port IDs that are to be maskedSpecifies the "StorageID" property values of "FUJITSU_StorageHardwareID".

TargetPortIDs A list of the target port IDs that are to be maskedNot used since only "OnePortPerView" is supported as the view type.

ProtocolControllers [In]Specifies the affinity group that is to be changed or deleted.A volume initiator or affinity group is deleted for the specified"ProtocolController".The number of elements is fixed at 1.

[Out]The updated affinity group is set.When the affinity group is deleted, NULL is set.

Operation LUNames InitiatorPortIDs TargetPortIDs ProtocolControllers

LUN deletion Mandatory NULL NULL single SPC

Host deletion NULL Mandatory NULL single SPC

View deletion Mandatory Mandatory NULL single SPC

Value Meaning Cause




4097 Invalid logical unit ID An invalid volume was specified for the "LUNames" parameter.

4098 Invalid initiator port ID An invalid host was specified for the "InitiatorPortIDs" parameter.


4100 host/initiator combination not exposed

The host WWPN and CA port combination does not exist.






32804 The affinity group is not operative The affinity group (such as a concatenated affinity group) cannot be updated.







41


5.2.10 FUJITSU_ControllerConfigurationService::ExposeDefaultLUs

This method is used to perform mapping between logical volumes and host LUNs.

Interface

Parameters




Value Meaning Cause

uint32 ExposeDefaultLUs(





[In] uint16 DeviceAccesses [ ],


)

Job Not set

LUNames A list of the existing volumes that are to be mappedSpecifies the "Name" property values of "FUJITSU_StorageVolume".The number of elements must be the same as "DeviceAccesses".Cannot be omitted.

TargetPortIDs Cannot be specified.

DeviceNumbers A list of the LUNs that correspond to "LUNames"The number specified here can be checked in the "DeviceNumber" propertiesof "FUJITSU_ProtocolControllerForUnit".If the number is less than "LUNames", LUNs are automatically assigned.

DeviceAccesses A list of that privileges that are to be assigned to the volumes thatcorrespond to "LUNames"Specify "2" (Read Write).The sett ing can be checked in the "DeviceAccess" propert ies of"FUJITSU_ProtocolControllerForUnit".

ProtocolControllers [In]Adds a logical volume to the specified default view.The number of elements is fixed at 1.

[Out]The updated default view is set.



42



* The view is automatically created when AffinityMode of the CA port is turned OFF.

Return values

5.2.11 FUJITSU_ControllerConfigurationService::HideDefaultLUs

This method is used to unmap logical volumes and their host LUNs.

Interface

Operation LUNames TargetPortIDs

DeviceNumbers

DeviceAccesses

ProtocolControllers

LUN addition Mandatory NULL Optional Mandatory single SPC

Value Meaning Cause




4097 Invalid logical unit ID An invalid logical volume was specified for the "LUNames" parameter.


4099 Invalid permission A value other than "2" (Read Write) was specified for the "DeviceAccesses" parameter.

4100 Requested logical unit number in use

A number that has already been used for the default view was specified for the "DeviceNumbers" parameter.

4101 Maximum Map Count Exceeded The maximum number of LUNs that can be set in the default view is exceeded.













32817 SCSI Protocol Controller is already exist

The default view already exists.

uint32 HideDefaultLUs(





43


Parameters


* The view is automatically deleted when AffinityMode of the CA port is turned ON.

Return values



[In] uint16 DeviceAccesses [ ]


)

Job Not set

LUNames A list of the existing volumes that are to be maskedSpecifies the "Name" property values of "FUJITSU_StorageVolume".

TargetPortIDs Not used

ProtocolControllers [In]Deletes a volume from the specified default view.The number of elements is fixed at 1.

[Out]The updated default view is set.

Operation LUNames TargetPortIDs ProtocolControllers

LUN deletion Mandatory NULL single SPC

Value Meaning Cause




4097 Invalid logical unit ID An invalid logical volume was specified for the "LUNames" parameter.
















44


5.2.12 FUJITSU_PrimordialStorageCapabilities::CreateSetting

This method is used to create a RAID group setting information template that is consistent with the RAIDgroup (unused area) setting information.

Interface

Parameters

Return values

5.2.13 FUJITSU_RAIDStorageCapabilities::CreateSetting

This method is used to create a RAID group setting information template that is the same as the RAID groupsetting information.

Interface

uint32 CreateSetting(

[In] uint16 SettingType,

[Out, In] CIM_StorageSetting REF NewSetting

)

SettingType Specifies how to allocate properties (Max, Min, and Goal for DataRedundancy, forPackageRedundancy, and for DeltaReservation) for the RAID group settinginformation that is to be created."2" (Default) and "3" (Goal) can be specified.When NULL is specified, the "Invalid Parameter" error is returned.

NewSetting Sets the created RAID group setting information.When NULL is specified, the "Failed" error is returned.

Value Meaning Cause



5 Invalid Parameter A value other than 2 and 3 was specified for the "SettingType" parameter.






)



45


Parameters

Return values

5.2.14 FUJITSU_PrimordialStoragePool::GetSupportedSizes

This method is used to acquire the supported capacity of a RAID group (unused area).

Interface

Parameters

SettingType Specifies how to allocate properties (Max, Min, and Goal for DataRedundancy, forPackageRedundancy, and for DeltaReservation) for the RAID group settinginformation that is to be created."2" (Default) and "3" (Goal) can be specified.When NULL is specified, the "Invalid Parameter" error is returned.

NewSetting Specifies the created RAID group setting information.When NULL is specified, the "Failed" error is returned.

Value Meaning Cause



5 Invalid Parameter A value other than 2 and 3 was specified for the "SettingType" parameter.



uint32 GetSupportedSizes(



[Out, In] uint64 Sizes [ ]

)

ElementType The type of supported capacity that is to be acquired"2" (RAID group) can be specified.When "3" (volume) or "4" (disk) is specified, the "Method Not Supported" error isreturned.

Goal Specifies the setting value of the supported capacity that is to be acquired.When NULL is specified, the supported capacity that can be created is acquiredaccording to the Priority RAID level obtained from the model name.

Sizes Sets a list of the supported capacities in bytes.



46


Return values

5.2.15 FUJITSU_PrimordialStoragePool::GetSupportedSizeRange

This method is used to acquire the supported capacity of a RAID group (unused area).

Interface

Parameters

Return values

Value Meaning Cause

0 Method completed OK Ends normally

1 Method not supported A value other than "2" was specified for "ElementType" or RAID group was specified for "ElementType".An error occurred during size acquisition.




uint32 GetSupportedSizeRange(



[Out, In] uint64 MinimumVolumeSize,

[Out, In] uint64 MaximumVolumeSize,

[Out, In] uint64 VolumeSizeDivisor

)

ElementType Specifies the type of supported capacity that is to be acquired.When "2" (RAID group) is specified, the "Use GetSupportedSizes instead"error is returned.When a value other than "2" (RAID group) is specified, the "Method NotSupported" error is returned.

Goal Specifies the setting value of the supported capacity that is to be acquired.

MinimumVolumeSize Sets the minimum value of the supported capacity in bytes.

MaximumVolumeSize Sets the maximum value of the supported capacity in bytes.

VolumeSizeDivisor Sets the supported capacity of a single block in bytes.

Value Meaning Cause


1 Method not supported A value other than "2" was specified for "ElementType".

2 Use GetSupportedSizes instead "2" was specified for "ElementType".



47


5.2.16 FUJITSU_PrimordialStoragePool::GetAvailableExtents

This method is used to acquire a list of the available disks in a RAID group (unused area).

Interface

Parameters

Return values

5.2.17 FUJITSU_RAIDStoragePool::GetSupportedSizes

This method is used to acquire the supported capacity of a RAID group.

Interface

uint32 GetAvailableExtents(


[Out] CIM_StorageExtent REF AvailableExtents [ ]

)

Goal Specifies the setting value of the supported capacity that is to be acquired.When NULL is specified, all the available disks are acquired.

AvailableExtents[ ] A list of the available disks is set.

Value Meaning Cause



2 Unknown Unknown

3 Timeout Timeout


5 Invalid Parameter Invalid parameter

6 In Use In use







)



48


Parameters

Return values

5.2.18 FUJITSU_RAIDStoragePool::GetSupportedSizeRange

This method is used to acquire the supported capacity of a RAID group.

Interface

Parameters

ElementType Specifies the type of supported capacity that is to be acquired.When "3" (volume) is specified, the "Use GetSupportedSizeRange instead" error isreturned.When a value other than "3" (volume) is specified, the "Method Not Supported"error is returned.



Value Meaning Cause


1 Method not supported A value other than "3" was specified for "ElementType".

2 Use GetSupportedSizeRange instead

"3" was specified for "ElementType".







)

ElementType The type of supported capacity that is to be acquired"3" (volume) can be specified.When "2" (RAID group) or "4" (disk) is specified, the "Method NotSupported" error is returned.

Goal Specifies the setting value of the supported capacity that is to be acquired.Not used






49


Return values

5.2.19 FUJITSU_RAIDStoragePool::GetAvailableExtents

This method is used to acquire a list of the available disks in a RAID group.

Interface

Parameters

Return values

Value Meaning Cause


1 Method not supported A value other than "3" was specified for "ElementType" or Primordial StoragePool was specified for "ElementType"An error occurred during size acquisition.






)


AvailableExtents A list of the available disks is set.

Value Meaning Cause



2 Unknown Unknown

3 Timeout Timeout



6 In Use In use





50


5.2.20 FUJITSU_StorageHardwareIDManagementService::CreateStorageHardwareID

This method is used to register the nicknames that correspond to the names listed in the table below thatidentify the Host Bus Adapters (HBAs) of each port.

FC/FCoE port: WWNSAS port: SAS AddressiSCSI port: iSCSI name

Interface

Parameters

uint32 CreateStorageHardwareID(


[In] string StorageID,

[In] uint16 IDType,

[In] string OtherIDType,

[In] CIM_StorageClientSettingData REF Setting,

[Out] CIM_StorageHardwareID REF HardwareID

)

ElementName Specifies "ElementName" of "FUJITSU_StorageHardwareID" for an added WWN.

StorageID Specifies the "StorageID" (WWN, iSCSI Name, SAS Address) that is to be added.

IDType Specifies the "StorageID" property type.When a value other than "2" (PortWWN) , "5" (iSCSI Name), or "6" (SAS Address) isspecified, the "Hardware implementation does not support specified IDType"error is returned.

OtherIDType Specifies the "StorageID" property type to be specified when "1" (Other) isspecified for "IDType".Not used

Setting Specifies "OSType".Not used

HardwareID An object path for the created host information is set.



51


Return values

5.2.21 FUJITSU_StorageHardwareIDManagementService::DeleteStorageHardwareID

This method is used to delete the registered host identifiers of FC, SAS, and ISCSI.

Interface

Parameters

Value Meaning Cause



5 Invalid Parameter • NULL was specified for "StorageID".

• "StorageID" is not in the WWN format, the iSCSI Name format, or the SAS Address format.

• When the iSCSI Name format is used, the following conditions are not satisfied:

- Alphanumeric characters- Symbols (only "-" (hyphen), "." (dot), and ":" (colon))- The name starts with "iqn." or "eui.".

• NULL was specified for "IDType".

4096 ID already created "StorageID" exists.

4097 Hardware implementation does not support specified IDType

A value other than "2" (PortWWN) , "5" (iSCSI Name), or "6" (SAS Address) was specified for "IDType".


32771 Maximum number of registered Host WWN has been reached

The maximum number of WWNs, iSCSI Names, or SAS Addresses that can be registered is exceeded.




uint32 DeleteStorageHardwareID(

[In] CIM_StorageHardwareID REF HardwareID

)

HardwareID Specifies the "HardwareID" (WWN, iSCSI Name, SAS Address) that is to bedeleted.



52


Return values

5.2.22 FUJITSU_ReplicationService::CreateElementReplica

This method is used to start the SnapOPC+/EC/REC copy sessions.

Interface

Parameters

Value Meaning Cause



5 Invalid Parameter NULL was specified for "HardwareID"."HardwareID" is not the object path of "CIM_StorageHardwareID".

4096 Specified instance not found The HardwareID instance does not exist.




32817 HostWWN is still used WWNs, iSCSI Names, or SAS Addresses are in use.

uint32 CreateElementReplica(


[In] uint16 SyncType,

[In] uint16 Mode,

[In] CIM_LogicalElement REF SourceElement,

[In] CIM_ServiceAccessPoint REF SourceAccessPoint,

[Out, In] CIM_LogicalElement REF TargetElement,

[In] CIM_ServiceAccessPoint REF TargetAccessPoint,

[In] string ReplicationSettingData,


[Out] SNIA_Synchronized REF Synchronization,

[In] CIM_SettingData REF TargetSettingGoal,

[In] CIM_ResourcePool REF TargetPool,

[In] uint16 WaitForCopyState

)

ElementName Specifies "ElementName" to assign to the copy destination volume that isto be created.Not used

SyncType Specifies the copy type that is to be created."6" (EC/REC), "7" (SnapOPC), or "32768" (SnapOPC+) can be specified.



53



Mode Specifies the synchronous mode."2" (Synchronous) can be specified.

SourceElement Specifies the copy source volume.

SourceAccessPoint This parameter is used for REC.Specifies the device connection information for the copy source device.When this parameter is omitted, the copy source device operates as local.

TargetElement Specifies the copy destination volume.This parameter is not used for output.

TargetAccessPoint This parameter is used for REC.Specifies the device connection information for the copy destinationdevice.When this parameter is omitted, the copy destination device operates aslocal.

ReplicationSettingData Specifies the copy operation setting information.When this parameter is omitted, the device operates using the defaultsetting that depends on "SyncType".

Job Not set

Synchronization The information that associates the copy source volume withthe copy destination volume is set.

TargetSettingGoal Specifies StorageSetting to be associated with "TargetPool".Not used

TargetPool Specifies the RAID group that includes the copy source volume to becreated.Not used

WaitForCopyState Specifies the copy status that triggers a return."2" (Initialized) or "4" (Synchronized) can be specified.

Parameters EC REC SnapOPC SnapOPC+

SyncType 6(Mirror) 6(Mirror) 7(Snapshot) 32768(Expansion of Snapshot)

Mode 2(Synchronous) 2(Synchronous) 2(Synchronous) 2(Synchronous)

SourceElement Required Required Required Required

SourceAccessPoint Not required Optional Not required Not required

TargetElement Required Required Required Required

TargetAccessPoint Not required Optional Not required Not required

ReplicationSettingData

Optional Optional Optional Optional

WaitForCopyState 2(Initialized)/4(Synchronized)

2(Initialized)/4(Synchronized)

2(Initialized) 2(Initialized)



54


Return values

Value Meaning Cause






32786 The Logical Volume is in busy state The copy source or the copy destination volume is busy.


32792 No Copy License No Advanced Copy license

32795 The session already exists The session already exists.

32802 The Logical Element is Mainframe Volume

The copy source or the copy destination volume is a MLU.

32805 The Logical Element is Thin provisioning Pool Volume

The copy source or copy destination volume is a TPPV.




35300 Communication error A communication error occurred between the devices (Time-out or blocked).

35301 Unsupported command for remote ComputerSystem

A communication command that is not supported by the remote device is issued.

35302 Invalid LogicalElement The size of the copy source or the copy destination volume exceeds the maximum for the device.

35303 LogicalElement type error The LU type of the copy source or the copy destination volume is not OLU, SDV, or TPPC.

35304 LogicalElement state error The copy session cannot be set for the copy source or the copy destination volume.

35305 SourceElement has bad data The copy source volume contains bad data.

35306 Encryption state is inconsistency The encryption status of the copy source volume and the copy destination volume are not the same.

35307 Resource domain is not the same The resource domain numbers of the copy source volume and the copy destination volume are not the same.

35308 LogicalElement is abnormal The copy source or the copy destination volume is a dummy volume.A restore copy cannot be set because the target session is already set to be deleted.

35309 Disk failure in Fractured An error occurred for the session due to a failed disk that is in suspend status.

35310 Parameter error (Copy) The specified parameters are incorrect. (The setting is incor-rect)

35311 SourceElement is larger than TargetElement

A volume that is larger than the copy source volume is specified for the destination volume of a Totally copy.

35312 Error in reverse Failed to reverse (ChangeError) the session.

35313 LogicalElement is in migration A conflict occurred between the copy session and an existing RAID migration session.



55


35314 SourceElement is TargetElement of other session

The range of the copy source volume is the same as the range of a copy destination volume for an existing session (excluding cascade or restore sessions).

35315 TargetElement is SourceElement of other session

The range of the copy destination volume is the same as the range of a copy source volume for an existing session (excluding cascade or restore sessions).

35316 Multi-hop error The range of the cascade copy exceeds the range that can be set.

35317 Already restored Cannot restore a restore copy session that has already been restored.

35318 Maximum number of multi-hop has been reached

The number of multi-stages for cascade copy exceeds the maximum (1).

35319 Status is Broken The session that is specified for the restoration copy is suspended by an error.

35320 Multi-copy in REC Consistency mode

Multiple copy sessions in REC Consistency mode are operated in a single device.

35323 This operation should be performed by Force

The session cannot be deleted or suspended unless the command is forcibly executed.The "STOP" command was issued without force settings for a session that is not the oldest SnapOPC+ generation.

35324 RAID is broken The RAID group that contains the copy source or the copy destination volume is blocked.

35325 TargetElement is inhibit The copy destination volume is protected.

35327 REC buffer status error REC Buffer recovery was initiated while the suspend command is still processing during transfer of the REC Buffer (suspend is not possible when the recovery of untransferred data is being performed).

35328 REC buffer is being watched The copy session cannot be reversed because the untransferred REC Buffer is being monitored.

35329 Multi-hop error (Reverse) The copy session cannot be reversed because the session will become the source of an EC/REC cascade copy that is not in suspend status.

35330 Already reversed The copy session cannot be reversed because it has been already reversed.

35331 Maximum number of session has been reached (per device)

The number of copy sessions exceeds the maximum for a single device.

35333 Maximum number of session has been reached (per SourceElement)

The number of copy sessions exceeds the maximum for a single copy source volume.

35334 Maximum number of session has been reached (per TargetElement)

The number of copy sessions exceeds the maximum for a single copy destination volume.

35335 Maximum number of Snapshot generation has been reached (per SourceElement)

The number of SnapOPC+ generations exceeds the maximum for a single copy source volume.

35336 Overlapped in SourceElement The areas of copy source volume for multiple monitor sessions are duplicated.

Value Meaning Cause



56


35337 Same copy range The copy range of the new session and an existing session are the same (excluding restarting when the status for OPC or QuickOPC is Copying).The copy range for the copy destination volume of the new session and the copy destination volume of an existing session are the same.

35338 TargetElement is TargetElement of other session (Multi-hop)

The copy destination volume of the relevant session and the cascade destination are the same.

35339 Reverse in multi-hop The copy destination volumes become the same when reverse is performed for an EC/REC that is performing a cascade copy.

35340 Snapshot TargetElement is being initialized

The SDV is currently being initialized.

35341 Snapshot TargetElement is already reserved

A session with an SDV as the copy destination volume already exists.

35346 Copy table size is not setup A copy table is not set.

35347 Copy table size is not enough The copy table size is insufficient.

35348 REC buffer is not in active The status of the REC Buffer is not Active.

35349 REC buffer parameter error The copy source volume, the destination volume, and the REC Buffer for sending and receiving do not correspond after the copy resumes.

35350 REC buffer is busy The REC Buffer settings are currently being changed.The related action for the REC Buffer is being performed by ETERNUS Web GUI/ETERNUS CLI.

35351 Error in Reverse (REC buffer) The copy source volume, the destination volume, and the REC Buffer for sending and receiving do not correspond after the direction of the copy is reversed.

35352 Disk is motor OFF The specified volume of the copy source or the copy destination cannot be copied because the motor of the disk is turned off (for OPC sessions).

35353 Invalid RemoteAccessPoint The specified BoxID information cannot be found in the configuration information.

35354 Detach is failed because of path error

The session can be deleted in the local device but cannot be deleted in the remote device because the status of a path is abnormal.

35355 Firmware is busy The commands cannot be used because a CFL is currently being performed.

35356 Copy resolution is not the same The device resolution for the copy source volume and the copy destination volume does not match.

35357 TargetElement is snapshot target element

An SDV is specified for the destination volume of a copy session that is not a SnapOPC.

35358 SourceElement is snapshot target element

An SDV is specified for the source volume of a copy session that is a SnapOPC.

35359 TargetElement is not snapshot target element

An OLU is specified for the copy destination of the SnapOPC.

35360 The device required the retry An event occurs that requires the process to be tried again.

Value Meaning Cause



57


5.2.23 FUJITSU_ReplicationService::ModifyReplicaSynchronization

This method is used to change a copy session (suspend, resume, reverse, and end).

Interface

Parameters

35361 The device is in NotReady state The device is in NotReady status or an abnormal event occurred in the firmware.

35362 LogicalElement is in "Bind In Cache"

RAID Migration cannot be performed for the specified copy source volume or the specified copy destination volume because Bind In Cache is currently being performed.

Value Meaning Cause

uint32 ModifyReplicaSynchronization(


[In] SNIA_Synchronized REF Synchronization,


[In] SNIA_StorageSynchronized REF SyncPair[],


[In] boolean Force,

[In] CIM_SettingsDefineState REF SettingsState,


)

Operation Specifies the copy operation."8" (Detach), "12" (Fracture), "14" (Resync Replica), "15" (Restore fromReplica), "19" (Return To ResourcePool), or "20" (Reverse Roles) can bespecified.For details on the available Operation values for each copy type, refer to"Allowed parameter settings for each copy type" (page 59).

Synchronization Specifies the association information of a target copy volume.

ReplicationSettingData Specifies the copy operation setting information.When this parameter is omitted, the device operates using the defaultsetting that depends on "SyncType".

SyncPair[] Specifies that "StorageSynchronized" is added to the group.Not used

Job Not set



58



*1: Only for REC*2: Execution in Suspend status

Force Specifies the forcible execution of an operation.This parameter is only available for EC/REC/SnapOPC+."false" or "true" can be specified.When this parameter is omitted, the device operates using "false".For differences between operations according to the specified values,refer to "Difference between operations according to the Forceparameters" (page 60).

SettingsState Speci f ies "Sett ingDefineState" that associates a volume with"SynchronizedAspect".Not used

WaitForCopyState Specifies the copy status that triggers a return."3" (Unsynchronized), "4" (Synchronized), "6" (Fractured), "8" (Inactive), or"15" (Not Applicable) can be specified.For details on the available WaitForCopyState values for each operation,refer to "Allowed parameter settings for each copy type" (page 59).

Copy type Action Operation Force WaitForCopyState

EC/REC Suspend 12(Fracture) false 6(Fractured)

Suspend(forcibly) (*1)

12(Fracture) true 6(Fractured)

Resume (*2) 14(Resync Replica) false 3(Unsynchronized)/4(Synchronized)

Restore (reverse + resume) (*2)

15(Restore From Replica)

false 3(Unsynchronized)/4(Synchronized)

Reverse (*2) 20(Reverse Roles) false 6(Fractured)

Stop 8(Detach) false 15(Not Applicable)

Stop (forcibly) 8(Detach) true 15(Not Applicable)

SnapOPC/SnapOPC+

Restore 15(Restore From Replica)

false 8(Inactive)

Stop 19(Return To ResourcePool)

false 15(Not Applicable)

Stop (forcibly) 19(Return To ResourcePool)

true 15(Not Applicable)



59


● Difference between operations according to the Force parameters

Return values

For return values that are not listed in the following table, refer to the values that are listed from 35300onward in the Return Values table of "5.2.22 FUJITSU_ReplicationService::CreateElementReplica" (page53).

Copy type Operation Parameter difference affect on operation

EC Detach • When the value is "false":The target session is deleted only if the session is in an equivalent maintenance state (Phase is Equivalent). When the target session is still in a copying state (Phase is Copying), this command ends with an error.

• When the value is "true":Even if the target session is still in a copying state (Phase is Copying), the copy process is stopped and the session is forcibly deleted.

REC DetachFracture

• When the value is "false":The target session is deleted or suspended only if the session is in an equivalent maintenance state (Phase is Equivalent) and a blockage of all the REC paths does not occur. This command ends with an error in other cases. However, regardless of the session status and the REC path status, this command ends with an error when a REC Consistency session is the target session.

• When the value is "true":The target session is forcibly deleted or suspended even if the session is not in an equivalent maintenance state (Phase is Equivalent) and a blockage of all the REC paths occurs. Note that when a blockage of all the REC paths occurs, a session in the source device is deleted, but a session in the destination device remains or the session status is different between the source device and the destination device for suspension because the communication path is not available.

SnapOPC+ Detach • When the value is "false":The session is deleted only if the oldest SnapOPC+ session generation is specified amongst all of the generations. This command ends with an error if the target session is not the oldest generation (the session status does not modify this condition).

• When the value is "true":The target session is forcibly deleted even if it is not the oldest generation. In addition, generations older than the target session will also be deleted.

Value Meaning Cause






32786 The Logical Volume is in busy state The copy source or copy destination volume is busy.




60


5.2.24 FUJITSU_ReplicationService::ModifyListSynchronization

This method is used to change multiple copy sessions (suspend, resume, reverse, and end).

Interface

Parameters

32791 Maximum number of copy session has been reached

The maximum number of copy sessions has been created for the device or for a volume.


32793 Session is not exist The copy session that corresponds to the specified copy volume association information does not exist.

32794 Phase is not correct The current copy phase is not correct.


The copy source or the copy destination volume is a MLU.


The copy source or the copy destination volume is a TPPV.


Value Meaning Cause

uint32 ModifyListSynchronization(


[In] SNIA_Synchronized REF Synchronization[],



[In] boolean Force,


)

Operation Specifies the operation that is to be executed for copy."8" (Detach), "12" (Fracture), "14" (Resync Replica), "15" (Restore fromReplica), "19" (Return To ResourcePool), or "20" (Reverse Roles) can bespecified.For details on the available Operation values for each copy type, refer to"Allowed parameter settings for each copy type" (page 59) in "5.2.23FUJITSU_ReplicationService::ModifyReplicaSynchronization".

Synchronization[] Specifies the association information of a target copy volume.

ReplicationSettingData

Specifies the copy operation setting information.When this parameter is omitted, the device operates using the defaultsetting that depends on "SyncType".

Job Not set



61


Return values

For return values that are not listed in the following table, refer to the values that are listed from 35300onward in the Return Values table of "5.2.22 FUJITSU_ReplicationService::CreateElementReplica" (page53).

Force Specifies the forcible execution of an operation.This parameter is only available for EC/REC/SnapOPC+."false" or "true" can be specified.When this parameter is omitted, the device operates using "false".For differences between operations according to the specified values, refer to"Difference between operations according to the Force parameters" (page60).

WaitForCopyState Specifies the copy status that triggers a return."3" (Unsynchronized), "4" (Synchronized), "6" (Fractured), "8" (Inactive), or"15" (Not Applicable) can be specified.For details on the available WaitForCopyState values for each operation, referto "Allowed parameter settings for each copy type" (page 59) in "5.2.23FUJITSU_ReplicationService::ModifyReplicaSynchronization".

Value Meaning Cause






32786 The Logical Volume is in busy state The copy source volume or destination volume is busy.


32791 Maximum number of copy session has been reached

The maximum number of copy sessions has been created for the device or for a volume.


32793 Session is not exist The copy session that corresponds to the specified Synchronization does not exist.

32794 Phase is not correct The current copy phase is not correct.

32801 Failed on the Partial Synchronization

A part of the copy session change failed.


The target volume is a MLU.


The target volume is a TPPV.




62


5.2.25 FUJITSU_ReplicationService::GetReplicationRelationships

This method is used to acquire information that associates the copy source volume with the copy destinationvolume.

Interface

Parameters

uint32 GetReplicationRelationships(

[In] uint16 Type,


[In] uint16 Mode,

[In] uint16 Locality,

[In] uint16 CopyState,


[Out] SNIA_Synchronized REF Synchronizations[]

)

Type Specifies the type of association that is to be searched."2" (StorageSynchronized) or "3" (GroupSynchronized) can be specified.When "3" is speci f ied, the normal end return value is sent with"Synchronization" as "0".When this parameter is omitted, all the association types are searched.

SyncType Specifies the copy type that is to be searched."6" (Mirror), "7" (Snapshot), "8" (Clone), or "32768" (Expansion of Snapshot)can be specified.When "6" is specified, EC/REC copies are searched.When "7" is specified, SnapOPC copies are searched.When "8" is speci f ied, the normal end return value is sent with"Synchronization" as "0".When "32768" is specified, SnapOPC+ copies are searched.When this parameter is omitted, all the copy types are searched.

Mode Specifies the synchronous mode that is to be searched."2" (Synchronous) and "3" (Asynchronous) can be specified.When "2" is specified, EC, SnapOPC/SnapOPC+, and synchronous REC copiesare searched.When "3" is specified, asynchronous REC copies are searched.When this parameter is omitted, all the synchronous modes are searched.

Locality Specifies a locality that is to be searched. "2" (Local only) or "3" (Remote only) can be specified.When "2" is specified, EC and SnapOPC/SnapOPC+ copies are searched.When "3" is specified, REC copies are searched.When this parameter is omitted, all the localities are searched.



63



Return values

5.2.26 FUJITSU_ReplicationServiceCapabilities::ConvertSyncTypeToReplicationType

This method is used to convert copy type, synchronous mode, and local/remote information to replicationtype.

Interface

CopyState Specifies the copy status that is to be searched. "2" (Initialized), "3" (Unsynchronized), "4" (Synchronized), "5" (Broken), "6"(Fractured), "7" (Split), "8" (Inactive), "9" (Suspended), "10" (Failover), "11"(Prepared), "12" (Aborted), "13" (Skewed), "14" (Mixed), or "15" (NotApplicable) can be specified.When this parameter is omitted, all the copy statuses are searched.

Job Not set

Synchronization[] The association information of a copy volume that is the search result is set.


Type 2(Storage Synchronized)

2(Storage Synchronized)




Mode 2(Synchronous) 2(Synchronous)/3(Asynchronous)

2(Synchronous) 2(Synchronous)

Locality 2(Local only) 3(Remote only) 2(Local only) 2(Local only)

CopyState Optional Optional Optional Optional

Value Meaning Cause






uint32 ConvertSyncTypeToReplicationType(


[In] uint16 Mode,

[In] uint16 LocalOrRemote,

[Out] uint16 SupportedReplicationTypes

)



64


Parameters


Return values

5.2.27 FUJITSU_ReplicationServiceCapabilities::ConvertReplicationTypeToSyncType

This method is used to convert replication type to copy type, synchronous mode, or local/remote information.

Interface

SyncType Specifies the copy type of the conversion source."6" (Mirror), "7" (Snapshot), "8" (Clone), or "32768" (Expansion ofSnapshot) can be specified.

Mode Specifies the synchronous mode of the conversion source."2" (Synchronized) and "3" (Unsynchronized) can be specified.

LocalOrRemote Specifies the local/remote information of the conversion source."2" (Local) or "3" (Remote) can be specified.

SupportedReplicationTypes The value that corresponds to the input "SyncType", "Mode", and"LocalOrRemote" is set.



Mode 2(Synchronous) 2(Synchronous) 2(Synchronous) 2(Synchronous)

LocalOrRemote

2(Local) 3(Remote) 2(Local) 2(Local)

SupportedReplicationTypes

2(Synchronous Mirror Local)

4(Synchronous Mirror Remote)

6(Synchronous Snapshot Local)


Value Meaning Cause



uint32 ConvertReplicationTypeToSyncType(

[In] uint16 ReplicationType,

[Out] uint16 SyncType,

[Out] uint16 Mode,

[Out] uint16 LocalOrRemote

)



65


Parameters

● Table of correspondence between replication types, copy types, synchronous modes, and local/remote information

ReplicationType Specifies the type that combines the copy type, asynchronous mode, and local/remote information of the conversion source."2" (Synchronous Mirror Local), "3" (Asynchronous Mirror Local), "4" (SynchronousMirror Remote), "5" (Asynchronous Mirror Remote), "6" (Synchronous SnapshotLocal), "7" (Asynchronous Snapshot Local), "8" (Synchronous Snapshot Remote),"9" (Asynchronous Snapshot Remote), "10" (Synchronous Clone Local), "11"(Asynchronous Clone Local), "12" (Synchronous Clone Remote), "13"(Asynchronous Clone Remote), "32768" (Synchronous Expansion of SnapshotLocal), "32769" (Asynchronous Expansion of Snapshot Local), "32770"(Synchronous Expansion of Snapshot Remote), or "32771"(AsynchronousExpansion of Snapshot Remote) can be specified.

SyncType The copy type that corresponds to the input "ReplicationType" is set.

Mode The synchronous mode that corresponds to the input"ReplicationType" is set.

LocalOrRemote The local/remote information that corresponds to the input"ReplicationType" is set.


SyncType Mode LocalOrRemote

2(Synchronous Mirror Local) 6(Mirror) 2(Synchronous) 2(Local)

3(Asynchronous Mirror Local) 6(Mirror) 3(Unsynchronized) 2(Local)

4(Synchronous Mirror Remote) 6(Mirror) 2(Synchronous) 3(Remote)

5(Asynchronous Mirror Remote)

6(Mirror) 3(Unsynchronized) 3(Remote)


7(Snapshot) 2(Synchronous) 2(Local)

7(Asynchronous Snapshot Local)

7(Snapshot) 3(Unsynchronized) 2(Local)

8(Synchronous Snapshot Remote)

7(Snapshot) 2(Synchronous) 3(Remote)

9(Asynchronous Snapshot Remote)

7(Snapshot) 3(Unsynchronized) 3(Remote)

10(Synchronous Clone Local)

8(Clone) 2(Synchronous) 2(Local)

11(Asynchronous Clone Local)

8(Clone) 3(Unsynchronized) 2(Local)

12(Synchronous Clone Remote)

8(Clone) 2(Synchronous) 3(Remote)

13(Asynchronous Clone Remote)

8(Clone) 3(Unsynchronized) 3(Remote)

32768(Synchronous Expan-sion of Snapshot Local)

32768(Expansion of Snapshot)

2(Synchronous) 2(Local)



66


Return values

5.2.28 FUJITSU_ReplicationServiceCapabilities::GetSupportedFeatures

This method is used to return the supported functions.

Interface

Parameters

● Table of correspondence between "ReplicationType" and supported functions

32769(Asynchronous Expansion of Snapshot Local)


3(Unsynchronized) 2(Local)

32770(Synchronous Expansion of Snapshot Remote)


2(Synchronous) 3(Remote)

32771(Asynchronous Expansion of Snapshot Remote)


3(Unsynchronized) 3(Remote)

Value Meaning Cause




SyncType Mode LocalOrRemote

uint32 GetSupportedFeatures(


[Out] uint16 Features[]

)

ReplicationType Specifies the type that combines the copy type, asynchronous mode, and local/remote information."2" (Synchronous Mirror Local), "4" (Synchronous Mirror Remote), "6"(Synchronous Snapshot Local), or "32768" (Synchronous Expansion of SnapshotLocal) can be specified.

Features[] The supported functions that correspond to the input"ReplicationType" are set.

ReplicationType Features

2(Synchronous Mirror Local) 7(Service suspends source I/O when necessary)

16(Target must remain associated to source)

20(Reverse Roles operation requires resync)

21(Restore operation requires fracture)



67


Return values

5.2.29 FUJITSU_ReplicationServiceCapabilities::GetSupportedCopyStates

This method is used to return the supported copy status.

Interface

Parameters

4(Synchronous Mirror Remote) 3(Multi-hop element replication)

6(Requires full discovery of target ComputerSystem)

7(Service suspends source I/O when necessary)


17(Remote resource requires remote CIMOM)

20(Reverse Roles operation requires resync)

21(Restore operation requires fracture)


8(Targets allocated from Any storage pool)

9(Targets allocated from Shared storage pool)

12(Target require reserved elements)


"32768"(Synchronous Expansion of Snapshot Local)

8(Targets allocated from Any storage pool)

9(Targets allocated from Shared storage pool)

12(Target require reserved elements)


Value Meaning Cause



ReplicationType Features

uint32 GetSupportedCopyStates(


[Out] uint16 SupportedCopyStates[],

[Out] boolean HostAccessible[]

)

ReplicationType Specifies the type that combines the copy type, asynchronous mode, andlocal/remote information."2" (Synchronous Mirror Local), "4" (Synchronous Mirror Remote), "6"(Synchronous Snapshot Local), or "32768" (Synchronous Expansion ofSnapshot Local) can be specified.

SupportedCopyStates[] T h e s u p p o r t e d c o p y s t a t u s t h a t c o r r e s p o n d s t o t h e i n p u t"ReplicationType" is set.



68


● Table of correspondence between "ReplicationType", supported copy status, and "HostAccessible".

Return values

5.2.30 FUJITSU_ReplicationServiceCapabilities::GetSupportedWaitForCopyStates

This method is used to acquire a value that is supported as the "WaitForCopyState" parameter of the"CreateElementReplica/ModifyReplicaSynchronization" method (the copy status that triggers a return).

Interface

HostAccessible[] Whether the host can access the target volume while the volume is inthe copy status specified for "SupportedCopyStates" is set.

ReplicationType SupportedCopyState HostAccessible

2(Synchronous Mirror Local) 2(Initialized) false

3(Unsynchronized) false

4(Synchronized) false

5(Broken) false

6(Fractured) true

4(Synchronous Mirror Remote) 2(Initialized) false

3(Unsynchronized) false

4(Synchronized) false

5(Broken) false

6(Fractured) true

12(Aborted) false

6(Synchronous Snapshot Local) 2(Initialized) false

5(Broken) false

8(Inactive) true

32768(Synchronous Expansion of Snapshot Local)

2(Initialized) false

5(Broken) false

8(Inactive) true

Value Meaning Cause



uint32 GetSupportedWaitForCopyStates(


[In] uint16 MethodName,

[Out] uint16 SupportedCopyStates[]

)



69


Parameters

Return values

5.2.31 FUJITSU_ReplicationServiceCapabilities::GetSupportedOperations

This method is used to acquire a value that is supported as the "Operation" parameter of the"ModifyReplicaSynchronization" method.

Interface

Parameters

Return values


MethodName Specifies the method."2" (CreateElementReplica), "4" (ModifySynchronization), or "5"(ModifyListSynchronization) can be specified.

SupportedCopyStates[] The copy status that can be specified for the "WaitForCopyState"parameter and that corresponds to the input "ReplicationType" and"MethodName" is set.

Value Meaning Cause



uint32 GetSupportedOperations(


[Out] uint16 SupportedOperations[]

)


SupportedOperations[] The operation that is supported by the "ModifyReplicaSynchronization"method and that corresponds to the input "ReplicationType" is set.

Value Meaning Cause





70


5.2.32 FUJITSU_ReplicationServiceCapabilities::GetSupportedListOperations

This method is used to acquire a value that is supported as the "Operation" parameter of the"ModifyListSynchronization" method.

Interface

Parameters

Return values

5.2.33 FUJITSU_ReplicationServiceCapabilities::GetSupportedMaximum

This method is used to acquire the maximum value that is supported for a specified element.

Interface

uint32 GetSupportedListOperations(


[In] uint16 SynchronizationType,

[Out] uint16 SupportedOperations[]

)


SynchronizationType Specifies the association type."2" (StorageSynchronized) can be specified.When a value other than "2" is specified, the "Invalid Parameter" error isreturned.When this parameter is omitted, the operation is the same as when "2" isspecified.

SupportedOperations[] The operation that is supported by the "ModifyListSynchronization"method and that corresponds to the input "ReplicationType" is set.

Value Meaning Cause



uint32 GetSupportedMaximum(


[In] uint16 Component,

[Out] uint64 MaxValue

)



71


Parameters

Return values

5.2.34 FUJITSU_ReplicationServiceCapabilities::GetDefaultReplicationSettingData

This method is used to acquire the default copy operation setting information.

Interface

Parameters

Return value


Component Specifies the target for the maximum value."5" (Number of target elements per source element), "6" (Number of total sourceelements), "7" (Number of total target elements), "8" (Number of peer systems),or "9" (Number of hops in a multi-hop copy) can be specified.

MaxValue The maximum value that corresponds to the input "ReplicationType" and"Component" is set.

Value Meaning Cause



uint32 GetDefaultReplicationSettingData(


[Out] string DefaultInstance

)


DefaultInstance The default copy operation setting information that corresponds to the input"ReplicationType" is set.

Value Meaning Cause





72


5.2.35 FUJITSU_ThinProvisioningCapabilities::CreateSetting

This method is used to create a template of the TPP setting information that is consistent with the ThinProvisioning Pool (TPP) setting information.

Interface

Parameters

Return values

5.2.36 FUJITSU_ThinProvisioningPool::GetSupportedSizes

This method is used to acquire the supported capacity of a Thin Provisioning Pool (TPP).

Interface




)

SettingType Specif ies how to assign the properties ("Max", "Min", and "Goal" for"DataRedundancy", "PackageRedundancy", and "DeltaReservation") of the TPPsetting information that is to be created.Only "2" (volume) or "3" (Goal) can be specified.When NULL is specified, the "Invalid Parameter" error is returned.

NewSetting Specifies the created TPP setting information.When NULL is specified, the "Failed" error is returned.

Value Meaning Cause










)



73


Parameters

Return values

5.2.37 FUJITSU_ThinProvisioningPool::GetSupportedSizeRange

This method is used to acquire the supported capacity of a Thin Provisioning Pool (TPP).

Interface

Parameters

ElementType Specifies the type of supported capacity that is to be acquired.W h e n " 5 " ( T h i n P r o v i s i o n i n g P o o l ( T P V ) ) i s s p e c i f i e d , t h e " U s eGetSupportedSizeRange instead" error is returned.When a value other than "5" (TPV) is specified, the "Method Not Supported" erroris returned.



Value Meaning Cause


2 Use GetSupportedSizeRange instead

"5" was specified for "ElementType"

3 Invalid Element Type A value other than "5" was specified for "ElementType"







)

ElementType Specifies the type of supported capacity that is to be acquired.

Goal Specifies the setting value of the supported capacity that is to beacquired.Not used






74


Return values

5.2.38 FUJITSU_ThinProvisioningPool::GetAvailableExtents

This method is used to acquire a list of the available disks in a Thin Provisioning Pool (TPP).

Interface

Parameters

Return values

Value Meaning Cause


1 Method not supported "Primordial StoragePool" is specified or an error occurs during size acquisition

3 Invalid Element Type A value other than "5" was specified for "ElementType"






)


AvailableExtents A list of the available disks is set.

Value Meaning Cause



2 Unknown Unknown

3 Timeout Timeout



6 In Use In use





75

Chapter 6

Notification of Device Configuration Modifications

This chapter describes notification of changes to the device configuration.

6.1 Notification of Device Configuration Change/Device Errors

When the device configuration is changed (e.g. RAID group or volume addition/deletion) and when an erroroccurs in the device, the Indication Provider notifies the listener of the content of the change. The contents tobe notified and the address of the listener must be registered in the SMI-S server in advance.

Listener: The receiving end of the device configuration change that is notified asynchronously by the SMI-Sserver.

6.2 Notification Conditions

The following table shows the conditions for when the listener is notified of a device configuration change.

No. Device configuration change condition

1 When a RAID group is created

2 When a RAID group is deleted

3 When a volume is created

4 When a volume is deleted

5 When the volume status is changed

6 When a copy session is created

7 When a copy session is deleted

8 When the copy session status is changed

9 When an error occurs in the device

10 When an affinity group is created

11 When an affinity group is deleted

12 When LUN mapping is created

13 When LUN mapping is deleted

14 When a host affinity group is created

15 When a host affinity group is deleted

16 When the LUN mapping information is added while the host affinity mode is enabled

17 When the LUN mapping information is deleted while the host affinity mode is enabled

18 When the LUN mapping information is changed while the host affinity mode is enabled

19 When the LUN mapping information is added while the host affinity mode is disabled

20 When the LUN mapping information is deleted while the host affinity mode is disabled



76

Chapter 6 Notification of Device Configuration Modifications 6.3 Note

6.3 Note

When a large number of notifications for device configuration changes occurs, some of these notificationsmay be lost.

(Example)• When a large number of volumes (around 1000) are created or deleted at the same time, some of the

notifications for device configuration changes of "OperationalStatus modification for volumes" are lost.

21 When the LUN mapping information is changed while the host affinity mode is disabled

22 When the free capacity in a Thin Provisioning Pool or a Thin Provisioning Volume reaches the threshold

23 When there is a shortage of free capacity in a Thin Provisioning Pool or a Thin Provisioning Volume

No. Device configuration change condition



77

Appendix A

The Number of SMI-S that can be Simultaneously Connected

The number of SMI-S that can be simultaneously connected: 64



78

Appendix B

About Using of Open Sources

The SMI-S interface of the ETERNUS DX80 S2/DX90 S2, ETERNUS DX410 S2/DX440 S2, and ETERNUS DX8100 S2/DX8700 S2 uses the following open sources.

• OpenPegasus• OpenSSL

■ OpenPegasus

The OpenPegasus copyright and license information is as follows.This information can also be newed on http://www.openpegasus.org/

Copyright (c) 2000, 2001, 2002 BMC Software; Hewlett-Packard DevelopmentCompany, L.P.; IBM Corp.; The Open Group; Tivoli Systems.Copyright (c) 2003 BMC Software; Hewlett-Packard Development Company, L.P.;IBM Corp.; EMC Corporation, The Open Group.Copyright (c) 2004 BMC Software; Hewlett-Packard Development Company, L.P.;IBM Corp.; EMC Corporation; VERITAS Software Corporation; The Open Group.Copyright (c) 2005 Hewlett-Packard Development Company, L.P.; IBM Corp.;EMC Corporation; VERITAS Software Corporation; The Open Group.Copyright (c) 2006 Hewlett-Packard Development Company, L.P.; IBM Corp.; EMC Corporation; Symantec Corporation; The Open Group.

Permission is hereby granted, free of charge, to any person obtaining a copyof this software and associated documentation files (the "Software"), todeal in the Software without restriction, including without limitation therights to use, copy, modify, merge, publish, distribute, sublicense, and/orsell copies of the Software, and to permit persons to whom the Software isfurnished to do so, subject to the following conditions:

THE ABOVE COPYRIGHT NOTICE AND THIS PERMISSION NOTICE SHALL BE INCLUDED INALL COPIES OR SUBSTANTIAL PORTIONS OF THE SOFTWARE. THE SOFTWARE IS PROVIDED"AS IS", WITHOUT WARRANTY OF ANY KIND, EXPRESS OR IMPLIED, INCLUDING BUT NOT LIM-ITED TO THE WARRANTIES OF MERCHANTABILITY, FITNESS FOR A PARTICULARPURPOSE AND NONINFRINGEMENT. IN NO EVENT SHALL THE AUTHORS OR COPYRIGHTHOLDERS BE LIABLE FOR ANY CLAIM, DAMAGES OR OTHER LIABILITY, WHETHER IN ANACTION OF CONTRACT, TORT OR OTHERWISE, ARISING FROM, OUT OF OR IN CONNECTIONWITH THE SOFTWARE OR THE USE OR OTHER DEALINGS IN THE SOFTWARE.



79

Appendix B About Using of Open Sources

■ OpenSSL

Both the following OpenSSL license and SSLeay license apply to the OpenSSL license. This information canalso be newed on http://openssl.org

OpenSSL License---------------

==================================================================== Copyright (c) 1998-2008 The OpenSSL Project. All rights reserved.

Redistribution and use in source and binary forms, with or without modification, are permitted provided that the following conditions are met:

1. Redistributions of source code must retain the above copyright notice, this list of conditions and the following disclaimer.

2. Redistributions in binary form must reproduce the above copyright notice, this list of conditions and the following disclaimer in the documentation and/or other materials provided with the distribution.

3. All advertising materials mentioning features or use of this software must display the following acknowledgment: "This product includes software developed by the OpenSSL Project for use in the OpenSSL Toolkit. (http://www.openssl.org/)"

4. The names "OpenSSL Toolkit" and "OpenSSL Project" must not be used to endorse or promote products derived from this software without prior written permission. For written permission, please contact [email protected].

5. Products derived from this software may not be called "OpenSSL" nor may "OpenSSL" appear in their names without prior written permission of the OpenSSL Project.

6. Redistributions of any form whatsoever must retain the following acknowledgment: "This product includes software developed by the OpenSSL Project for use in the OpenSSL Toolkit (http://www.openssl.org/)"

THIS SOFTWARE IS PROVIDED BY THE OpenSSL PROJECT ``AS IS'' AND ANY EXPRESSED OR IMPLIED WARRANTIES, INCLUDING, BUT NOT LIMITED TO, THE IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR A PARTICULAR PURPOSE ARE DISCLAIMED. IN NO EVENT SHALL THE OpenSSL PROJECT OR ITS CONTRIBUTORS BE LIABLE FOR ANY DIRECT, INDIRECT, INCIDENTAL, SPECIAL, EXEMPLARY, OR CONSEQUENTIAL DAMAGES (INCLUDING, BUT NOT LIMITED TO, PROCUREMENT OF SUBSTITUTE GOODS OR SERVICES; LOSS OF USE, DATA, OR PROFITS; OR BUSINESS INTERRUPTION) HOWEVER CAUSED AND ON ANY THEORY OF LIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY, OR TORT (INCLUDING NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE OF THIS SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE. ====================================================================

This product includes cryptographic software written by Eric Young ([email protected]). This product includes software written by Tim Hudson ([email protected]).



80

Appendix B About Using of Open Sources

Original SSLeay License-----------------------

Copyright (C) 1995-1998 Eric Young ([email protected]) All rights reserved.

This package is an SSL implementation written by Eric Young ([email protected]). The implementation was written so as to conform with Netscapes SSL.

This library is free for commercial and non-commercial use as long as the following conditions are aheared to. The following conditions apply to all code found in this distribution, be it the RC4, RSA, lhash, DES, etc., code; not just the SSL code. The SSL documentation included with this distribution is covered by the same copyright terms except that the holder is Tim Hudson ([email protected]).

Copyright remains Eric Young's, and as such any Copyright notices in the code are not to be removed. If this package is used in a product, Eric Young should be given attribution as the author of the parts of the library used. This can be in the form of a textual message at program startup or in documentation (online or textual) provided with the package.

Redistribution and use in source and binary forms, with or without modification, are permitted provided that the following conditions are met: 1. Redistributions of source code must retain the copyright notice, this list of conditions and the following disclaimer. 2. Redistributions in binary form must reproduce the above copyright notice, this list of conditions and the following disclaimer in the documentation and/or other materials provided with the distribution. 3. All advertising materials mentioning features or use of this software must display the following acknowledgement: "This product includes cryptographic software written by Eric Young ([email protected])" The word 'cryptographic' can be left out if the rouines from the library being used are not cryptographic related :-). 4. If you include any Windows specific code (or a derivative thereof) from the apps directory (application code) you must include an acknowledgement: "This product includes software written by Tim Hudson ([email protected])"

THIS SOFTWARE IS PROVIDED BY ERIC YOUNG ``AS IS'' AND ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT LIMITED TO, THE IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR A PARTICULAR PURPOSE ARE DISCLAIMED. IN NO EVENT SHALL THE AUTHOR OR CONTRIBUTORS BE LIABLE FOR ANY DIRECT, INDIRECT, INCIDENTAL, SPECIAL, EXEMPLARY, OR CONSEQUENTIAL DAMAGES (INCLUDING, BUT NOT LIMITED TO, PROCUREMENT OF SUBSTITUTE GOODS OR SERVICES; LOSS OF USE, DATA, OR PROFITS; OR BUSINESS INTERRUPTION) HOWEVER CAUSED AND ON ANY THEORY OF LIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY, OR TORT (INCLUDING NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE OF THIS SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE.

The license and distribution terms for any publically available version or derivative of this code cannot be changed. i.e. this code cannot simply be copied and put under another distribution license [including the GNU Public License.]



81

ETERNUS SMI-S User's GuideETERNUS DX80 S2/DX90 S2, ETERNUS DX410 S2/DX440 S2,

ETERNUS DX8100 S2/DX8700 S2

P3AM-4602-06ENZ0

Date of issuance: June 2013Issuance responsibility: FUJITSU LIMITED

• The content of this manual is subject to change without notice.

• This manual was prepared with the utmost attention to detail. However, Fujitsu shall assume no responsibility for any operational problems as the result of errors, omissions, or the use of information in this manual.

• Fujitsu assumes no liability for damages to third party copyrights or other rights arising from the use of any information in this manual.

• The content of this manual may not be reproduced or distributed in part or in its entirety without prior permission from Fujitsu.

Documents

ETERNUS SMI-S User's Guide - Storage - Fujitsu Globalstorage-system.fujitsu.com/global/doc/pdf/p3am-4602-en.pdf · eternus smi-s user's guide p3am-4602-06enz0 eternus dx80 s2/dx90