HP MSA 1040 HP MSA 1040 SMU Reference Guide (762784-001, March 2014) - Page 167

Using SMI-S, Embedded SMI-S array provider

Page 167 highlights

C Using SMI-S This appendix provides information for network administrators who are managing the storage system from a storage management application through the Storage Management Initiative Specification (SMI-S). SMI-S is a Storage Networking Industry Association (SNIA) standard that enables interoperable management for storage networks and storage devices. SMI-S replaces multiple disparate managed object models, protocols, and transports with a single object-oriented model for each type of component in a storage network. The specification was created by SNIA to standardize storage management solutions. SMI-S enables management applications to support storage devices from multiple vendors quickly and reliably because they are no longer proprietary. SMI-S detects and manages storage elements by type, not by vendor. The key SMI-S components are: • Web-based Enterprise Management (WBEM). A set of management and internet standard technologies developed to unify the management of enterprise computing environments. WBEM includes the following specifications: • xmlCIM: defines XML elements, conforming to DTD, which can be used to represent CIM classes and instances • CIM Operations over HTTP: defines a mapping of CIM operations onto HTTP; used as a transport mechanism • Common Information Model (CIM). The data model for WBEM. Provides a common definition of management information for systems, networks, applications and services, and allows for vendor extensions. SMI-S is the interpretation of CIM for storage. It provides a consistent definition and structure of data, using object-oriented techniques. The standard language used to define elements of CIM is MOF. UML is used to create a graphical representation (using boxes and lines) of objects and relationships. • Service Location Protocol (SLP). Enables computers and other devices to find services in a local area network without prior configuration. SLP has been designed to scale from small, unmanaged networks to large enterprise networks. Embedded SMI-S array provider The embedded SMI-S array provider provides an implementation of SMI-S 1.5 using cim-xml over HTTPS. SMI-enabled management clients such as HP SIM or HP Storage Essentials can perform storage management tasks such as monitoring, configuring or event-management. The provider supports the Array and Server profiles with additional (or supporting) subprofiles. The Server profile provides a mechanism to tell the client how to connect and use the embedded provider. The Array profile has the following supporting profiles and subprofiles: • Array profile • Block Services package • Physical Package package • Health package • Multiple Computer System subprofile • Masking and Mapping profile • FC Target Ports subprofile • SAS Target Ports subprofile • iSCSI Target Ports subprofile • Disk Drive Lite profile • Extent Composition subprofile • Storage Enclosure profile • Fan profile • Power Supply profile • Sensors profile • Access Points subprofile • Location subprofile Embedded SMI-S array provider 167

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Embedded SMI-S array provider
167
C
Using SMI-S
This appendix provides information for network administrators who are managing the storage system from a storage
management application through the Storage Management Initiative Specification (SMI-S). SMI-S is a Storage
Networking Industry Association (SNIA) standard that enables interoperable management for storage networks and
storage devices.
SMI-S replaces multiple disparate managed object models, protocols, and transports with a single object-oriented
model for each type of component in a storage network. The specification was created by SNIA to standardize
storage management solutions. SMI-S enables management applications to support storage devices from multiple
vendors quickly and reliably because they are no longer proprietary. SMI-S detects and manages storage elements
by type, not by vendor.
The key SMI-S components are:
Web-based Enterprise Management (WBEM). A set of management and internet standard technologies
developed to unify the management of enterprise computing environments. WBEM includes the following
specifications:
xmlCIM: defines XML elements, conforming to DTD, which can be used to represent CIM classes and instances
CIM Operations over HTTP: defines a mapping of CIM operations onto HTTP; used as a transport mechanism
Common Information Model (CIM). The data model for WBEM. Provides a common definition of management
information for systems, networks, applications and services, and allows for vendor extensions. SMI-S is the
interpretation of CIM for storage. It provides a consistent definition and structure of data, using object-oriented
techniques. The standard language used to define elements of CIM is MOF. UML is used to create a graphical
representation (using boxes and lines) of objects and relationships.
Service Location Protocol (SLP). Enables computers and other devices to find services in a local area network
without prior configuration. SLP has been designed to scale from small, unmanaged networks to large enterprise
networks.
Embedded SMI-S array provider
The embedded SMI-S array provider provides an implementation of SMI-S 1.5 using
cim-xml
over HTTPS.
SMI-enabled management clients such as HP SIM or HP Storage Essentials can perform storage management tasks
such as monitoring, configuring or event-management. The provider supports the Array and Server profiles with
additional (or supporting) subprofiles. The Server profile provides a mechanism to tell the client how to connect and
use the embedded provider. The Array profile has the following supporting profiles and subprofiles:
Array profile
Block Services package
Physical Package package
Health package
Multiple Computer System subprofile
Masking and Mapping profile
FC Target Ports subprofile
SAS Target Ports subprofile
iSCSI Target Ports subprofile
Disk Drive Lite profile
Extent Composition subprofile
Storage Enclosure profile
Fan profile
Power Supply profile
Sensors profile
Access Points subprofile
Location subprofile