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BS ISO/IEC 24775-6:2021

BS ISO/IEC 24775-6:2021

$215.11

Information technology. Storage management – Fabric

Published By Publication Date Number of Pages
BSI 2021 214
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The Storage Management Technical Specification, Part 6 Fabric defines management profiles for Autonomous (top level) profiles for programs and devices whose central function is providing support for storage networking. This version of Storage Management Technical Specification, Part 6 Fabric includes these autonomous profiles:

  • Fabric

    This profile defines the model and functions of a storage network including topology and zoning control.

  • Switch

    This profile defines the model and functions of a Fibre Channel Switch including state, status, and control of the device and itā€™s connections and product information,

  • Extender

    This profile defines the model and functions of a networking device that allows for fibre channel to be extended over other networks, and specifically over IP (FCIP).

PDF Catalog

PDF Pages PDF Title
2 undefined
8 Blank Page
17 List of Figures
19 List of Tables
25 Foreword
27 1 Scope
29 2 Normative References
2.1 Approved references
2.2 References under development
2.3 Other references
31 3 Terms, Definitions, Symbols, Abbreviations, and Conventions
33 4 Fabric Profile
4.1 Synopsis
34 4.2 Description
4.2.1 Instance Diagram
4.2.2 SANS and Fabrics as AdminDomains
35 4.2.3 Fabrics and Topology
4.2.4 Systems and NetworkPorts
36 4.2.5 N Port Virtualization (NPIV)
37 4.2.6 Zoning
40 4.2.7 Conditional Classes and Properties
4.3 Health and Fault Management
4.4 Cascading Considerations
4.5 Methods of this Profile
4.5.1 Extrinsic Methods of the Profile
41 4.5.2 CreateZoneSet
4.5.3 CreateZone
42 4.5.4 CreateZoneAlias
4.5.5 CreateZoneMembershipSettingData
43 4.5.6 AddZone
4.5.7 AddZoneMembershipSettingData
4.5.8 AddZoneAlias
44 4.5.9 ActivateZoneSet
4.5.10 SessionControl
4.6 Use Cases
4.6.1 Fabric Identifier
45 4.6.2 FCPort OperationalStatus
4.6.3 Switch ComputerSystem OperationalStatus
46 4.7 CIM Elements
4.7.1 Overview
48 4.7.2 CIM_ActiveConnection
4.7.3 CIM_AdminDomain (Fabric)
49 4.7.4 CIM_AdminDomain (SAN)
50 4.7.5 CIM_Component (Platform to Fabric)
4.7.6 CIM_Component (Switch to Fabric)
4.7.7 CIM_ComputerSystem (Host Platform)
51 4.7.8 CIM_ComputerSystem (Partitioned Switch)
52 4.7.9 CIM_ComputerSystem (Storage Platform)
4.7.10 CIM_ComputerSystem (Switch)
53 4.7.11 CIM_ConnectivityCollection
54 4.7.12 CIM_ContainedDomain
4.7.13 CIM_DeviceSAPImplementation (Non-Switch to FCPort)
4.7.14 CIM_DeviceSAPImplementation (Switch to FCPort)
55 4.7.15 CIM_ElementCapabilities (ZoneCapabilities to Fabric.)
4.7.16 CIM_ElementCapabilities (ZoneCapabilities to Switch.)
4.7.17 CIM_ElementSettingData (ZoneMembershipSettingData to Zone)
56 4.7.18 CIM_FCActiveConnection
4.7.19 CIM_FCPort (Host FCPort)
57 4.7.20 CIM_FCPort (Host NPIV FCPort)
58 4.7.21 CIM_FCPort (Partitioned Switch FCPort)
60 4.7.22 CIM_FCPort (Storage FCPort)
61 4.7.23 CIM_FCPort (Switch FCPort)
62 4.7.24 CIM_HostedAccessPoint (AdminDomain to ProtocolEndpoint)
4.7.25 CIM_HostedAccessPoint (ComputerSystem to ProtocolEndpoint)
63 4.7.26 CIM_HostedCollection (Fabric to ConnectivityCollection)
4.7.27 CIM_HostedCollection (System to LogicalPortGroup)
4.7.28 CIM_HostedCollection (Zones or ZoneSets to Fabric)
64 4.7.29 CIM_HostedCollection (Zones or ZoneSets to Switch)
4.7.30 CIM_HostedDependency
65 4.7.31 CIM_LogicalPortGroup
4.7.32 CIM_MemberOfCollection (ConnectivityCollection to ProtocolEndpoint)
66 4.7.33 CIM_MemberOfCollection (LogicalPortGroup to FCPort)
4.7.34 CIM_MemberOfCollection (ZoneSet to Zone)
4.7.35 CIM_ProtocolEndpoint
67 4.7.36 CIM_SystemDevice (Non-Switch FCPort to Fabric)
4.7.37 CIM_SystemDevice (Non-Switch FCPort to Platform)
4.7.38 CIM_SystemDevice (Switch FCPort to Switch)
68 4.7.39 CIM_Zone (Active)
4.7.40 CIM_Zone (Inactive)
4.7.41 CIM_ZoneCapabilities
70 4.7.42 CIM_ZoneMembershipSettingData
4.7.43 CIM_ZoneSet (Active)
4.7.44 CIM_ZoneSet (Inactive)
71 4.7.45 CIM_ZoneSettingData (ZoneMembershipSettingData to Zone)
73 5 Enhanced Zoning and Enhanced Zone Control Profile
5.1 Synopsis
5.2 Description
5.3 Health and Fault Management
5.4 Cascading Considerations
5.5 Methods of this Profile
5.5.1 CreateZoneAlias
5.5.2 AddZoneAlias
74 5.6 Use Cases
5.7 CIM Elements
5.7.1 Overview
5.7.2 CIM_ElementSettingData (ZoneMembershipSettingData to NamedAddressCollection)
5.7.3 CIM_HostedCollection (AdminDomain to Collection)
75 5.7.4 CIM_HostedCollection (ComputerSystem to Collection)
5.7.5 CIM_MemberOfCollection
5.7.6 CIM_NamedAddressCollection
76 5.7.7 CIM_ZoneService (Zone Service)
77 6 Zone Control Profile
6.1 Synopsis
6.2 Description
6.3 Durable Names and Correlatable IDs of the Profile
6.4 Instrumentation Requirements
6.5 Health and Fault Management
6.6 Cascading Considerations
78 6.7 Methods of this Profile
6.7.1 CreateZoneSet
6.7.2 CreateZone
6.7.3 CreateZoneMembershipSettingData
6.7.4 AddZone
6.7.5 AddZoneMembershipSettingData
79 6.7.6 ActivateZoneSetWithJob
6.7.7 ActivateZoneSet
80 6.7.8 SessionControlWithJob
81 6.7.9 SessionControl
6.7.10 Intrinsics for removing a zone from a zone set
82 6.7.11 Intrinsics for removing a zone alias from a zone
6.7.12 Intrinsics for removing a zone member from a zone or zone alias
6.7.13 Intrinsic for deleting a zone member
6.7.14 Intrinsic for deleting a zone, zone alias, or zone set
6.7.15 AddZoneMembershipSettingDataWithRole
83 6.7.16 CreateZoneMembershipSettingDataWithRole
6.8 Use Cases
6.9 CIM Elements
6.9.1 Overview
6.9.2 CIM_HostedService (Fabric (AdminDomain) to ZoneService)
84 6.9.3 CIM_HostedService (Switch (ComputerSystem) to ZoneService)
6.9.4 CIM_ZoneService (Zone Service)
87 7 FDMI Profile
7.1 Synopsis
7.2 Description
88 7.3 Health and Fault Management
7.4 Cascading Considerations
7.5 Methods of this Profile
7.6 Use Cases
89 7.7 CIM Elements
7.7.1 Overview
7.7.2 CIM_Component (Host Server to Fabric)
90 7.7.3 CIM_ComputerSystem (Host Server)
7.7.4 CIM_ControlledBy
91 7.7.5 CIM_ElementSoftwareIdentity
7.7.6 CIM_FCPort (Host FCPort)
92 7.7.7 CIM_HostedCollection (System to LogicalPortGroup)
7.7.8 CIM_InstalledSoftwareIdentity
93 7.7.9 CIM_MemberOfCollection (LogicalPortGroup to FCPort)
7.7.10 CIM_PhysicalPackage (HBA Package)
94 7.7.11 CIM_PortController
7.7.12 CIM_Product (HBA Product)
95 7.7.13 CIM_ProductPhysicalComponent
7.7.14 CIM_Realizes
7.7.15 CIM_SoftwareIdentity (Driver)
96 7.7.16 CIM_SoftwareIdentity (Firmware)
7.7.17 CIM_SoftwareIdentity (Option ROM)
97 7.7.18 CIM_SystemDevice (ComputerSystem to FCPort)
7.7.19 CIM_SystemDevice (ComputerSystem to PortController)
99 8 Fabric Views Profile
8.1 Description
8.1.1 Synopsis
8.1.2 Overview
8.1.3 Goals of View Classes
100 8.1.4 Specific Requirements and Objectives of View Classes
8.1.5 Class Diagram for Fabric Views View Classes
101 8.1.6 View Class Capabilities
8.1.7 Topology View
102 8.1.8 FCSwitch View
8.2 Health and Fault Management Consideration
103 8.3 Cascading Considerations
8.4 Methods of the Profile
8.5 Use Cases
8.6 CIM Elements
8.6.1 Overview
8.6.2 CIM_ElementCapabilities (View Capabilities)
104 8.6.3 CIM_ElementView (View to FC Port)
8.6.4 CIM_ElementView (View to Switch)
105 8.6.5 CIM_ViewCapabilities
8.6.6 CIM_ConcreteComponentView (FCSwitchView to Fabric)
8.6.7 CIM_ConcreteComponentView (FCTopologyView to Fabric)
106 8.6.8 CIM_FCSwitchView
107 8.6.9 CIM_FCTopologyView
109 9 Virtual Fabrics
9.1 Synopsis
9.2 Description
112 9.3 Health and Fault Management Consideration
9.4 Cascading Considerations
9.5 Methods of the Profile
9.6 Use Cases
113 9.7 CIM Elements
9.7.1 Overview
9.7.2 CIM_Component (AdminDomain to Partitioning CS)
9.7.3 CIM_ElementConformsToProfile (SAN AdminDomain to Virtual Fabrics RegisteredProfile)
115 10 Switch Profile
10.1 Synopsis
10.2 Description
10.2.1 Switch Profile
117 10.2.2 FC Port Settings and Capabilities
118 10.2.3 Trunking
119 10.2.4 DetailedPortState, PortAvailability, OperationalStatus, and EnabledState
120 10.2.5 Conditional Classes and Properties
10.3 Health and Fault Management
10.4 Cascading Considerations
10.5 Methods of this Profile
10.6 Use Cases
121 10.7 CIM Elements
10.7.1 Overview
122 10.7.2 CIM_ComputerSystem (Partitioned Switch)
123 10.7.3 CIM_ComputerSystem (Switch)
124 10.7.4 CIM_ComputerSystemPackage
125 10.7.5 CIM_ElementCapabilities (FCPort to FCPortCapabilities)
10.7.6 CIM_ElementCapabilities (System to FCSwitchCapabilities)
10.7.7 CIM_ElementSettingData (FCPortSettings to FCPort)
126 10.7.8 CIM_ElementSettingData (FCSwitchSettings to ComputerSystem)
10.7.9 CIM_ElementStatisticalData (FCPortRateStatistics to FCPort)
10.7.10 CIM_ElementStatisticalData (FCPortStatistics to FCPort)
127 10.7.11 CIM_FCPort (Partitioned Switch FCPort)
128 10.7.12 CIM_FCPort (Switch FCPort)
130 10.7.13 CIM_FCPortCapabilities
10.7.14 CIM_FCPortRateStatistics
131 10.7.15 CIM_FCPortSettings
10.7.16 CIM_FCPortStatistics
133 10.7.17 CIM_FCSwitchCapabilities
134 10.7.18 CIM_FCSwitchSettings
135 10.7.19 CIM_HostedCollection (Redundancy Set)
10.7.20 CIM_HostedCollection (Statistics Collection)
10.7.21 CIM_MemberOfCollection (FCPort to RedundancySet)
136 10.7.22 CIM_MemberOfCollection (NetworkPortStatistics to StatisticalCollection)
10.7.23 CIM_ProtocolEndpoint
137 10.7.24 CIM_RedundancySet
10.7.25 CIM_StatisticsCollection
10.7.26 CIM_SystemDevice
139 11 Blades Profile
11.1 Synopsis
11.2 Description
11.3 Instance Diagram
11.4 Health and Fault Management
140 11.5 Cascading Considerations
11.6 Methods of this Profile
11.7 Use Cases
11.8 CIM Elements
11.8.1 Overview
11.8.2 CIM_LogicalModule
141 11.8.3 CIM_ModulePort
11.8.4 CIM_PhysicalPackage (Logical Module)
142 11.8.5 CIM_Product (Blade)
11.8.6 CIM_ProductPhysicalComponent
11.8.7 CIM_Realizes (Logical Module Package)
143 11.8.8 CIM_SystemDevice (Logical Module)
145 12 Switch Partitioning
12.1 Synopsis
12.2 Description
147 12.3 Health and Fault Management Consideration
12.4 Cascading Considerations
12.5 Methods of the Profile
12.6 Use Cases
12.7 CIM Elements
12.7.1 Overview
148 12.7.2 CIM_ComputerSystem (Partitioned)
12.7.3 CIM_ComputerSystem (Partitioning)
149 12.7.4 CIM_ElementCapabilities (Association between NetworkPort and NetworkPortCapabilities)
12.7.5 CIM_ElementConformsToProfile (Partitioning ComputerSystem to Switch Partitioning RegisteredProfile)
150 12.7.6 CIM_ElementSettingData (Association between NetworkPort and NetworkPortSettings)
12.7.7 CIM_FCPort (Partitioned)
151 12.7.8 CIM_HostedDependency (NetworkPort to FCPort)
12.7.9 CIM_HostedDependency (Partitioning CS to Partitioned CS)
152 12.7.10 CIM_NetworkPort (Partitioning)
12.7.11 CIM_NetworkPortCapabilities
12.7.12 CIM_NetworkPortSettings
153 12.7.13 CIM_SystemDevice (FCPort to Partitioned ComputerSystem)
12.7.14 CIM_SystemDevice (NetworkPort to ComputerSystem)
155 13 N Port Virtualizer Profile
13.1 Synopsis
13.2 Description
156 13.3 Implementation
157 13.4 Health and Fault Management Consideration
13.5 Cascading Considerations
13.6 Methods of the Profile
13.7 Use Cases
13.8 CIM Elements
13.8.1 Overview
158 13.8.2 CIM_Component (N Port Virtualizer to Fabric)
13.8.3 CIM_ComputerSystem (N Port Virtualizer)
13.8.4 CIM_ComputerSystemPackage (N Port Virtualizer to Physical Package)
159 13.8.5 CIM_DeviceSAPImplementation (ProtocolEndpoint to Gateway FCPort)
13.8.6 CIM_DeviceSAPImplementation (ProtocolEndpoint to NPIV FCPort)
160 13.8.7 CIM_FCActiveConnection (Gateway)
13.8.8 CIM_FCActiveConnection (N Port Virtualiztion)
13.8.9 CIM_FCPort (Fabric NPIV)
161 13.8.10 CIM_FCPort (Gateway)
162 13.8.11 CIM_HostedAccessPoint (N Port Virtualizer System to ProtocolEndpoint)
163 13.8.12 CIM_LogicalIdentity (NPIV Port to Switch Port)
13.8.13 CIM_ProtocolEndpoint (N Port Virtualizer)
164 13.8.14 CIM_SystemDevice (N Port Virtualizer Gateway FCPort to Gateway System)
13.8.15 CIM_SystemDevice (N Port Virtualizer NPIV FCPort to Gateway System)
165 14 Inter Fabric Routing Profile
14.1 Synopsis
14.2 Description
14.2.1 Overview
14.2.2 Switch Topology
167 14.2.3 Identification of Ports
168 14.3 Health and Fault Management Consideration
14.4 Cascading Considerations
14.5 Methods of the Profile
14.6 Use Cases
169 14.7 CIM Elements
14.7.1 Overview
14.7.2 CIM_Component (Backbone Switch to Fabric)
14.7.3 CIM_Component (IFR Switch to Fabric)
170 14.7.4 CIM_ComputerSystem (Backbone Switch)
171 14.7.5 CIM_ComputerSystem (IFR Switch)
172 14.7.6 CIM_FCActiveConnection
14.7.7 CIM_FCPort (IFR FCPort)
174 14.7.8 CIM_ProtocolEndpoint
14.7.9 CIM_SystemDevice
177 15 FCoE Fabric
15.1 Synopsis
15.2 Description
178 15.3 Health and Fault Management Consideration
15.4 Methods of the Profile
15.5 Use Cases
179 15.6 CIM Elements
15.6.1 Overview
180 15.6.2 CIM_AdminDomain (Ethernet Network)
15.6.3 CIM_Component (Switch to Ethernet Network)
15.6.4 CIM_ComputerSystem (Ethernet Switch)
181 15.6.5 CIM_ConnectivityCollection (LANEndpoints to EthernetNetwork)
15.6.6 CIM_DeviceSAPImplementation (Ethernet Switch EthernetPort to LANEndpoint)
182 15.6.7 CIM_DeviceSAPImplementation (Non-Switch EthernetPort to LANEndpoint)
15.6.8 CIM_ActiveConnection (Links transported over Ethernet (FCoE))
15.6.9 CIM_EthernetPort (Host EthernetPort))
183 15.6.10 CIM_EthernetPort (Storage EthernetPort)
15.6.11 CIM_EthernetPort (Switch EthernetPort)
184 15.6.12 CIM_HostedAccessPoint (AdminDomain to LANEndpoint)
15.6.13 CIM_HostedAccessPoint (ComputerSystem to LANEndpoint)
185 15.6.14 CIM_HostedCollection (Ethernet Network AdminDomain to ConnectivityCollection)
15.6.15 CIM_HostedDependency (ComputerSystem (Ethernet Switch) to Partitioning ComputerSystem)
186 15.6.16 CIM_HostedDependency (FCPort to EthernetPort)
15.6.17 CIM_LANEndpoint (Ethernet ProtocolEndpoint)
187 15.6.18 CIM_MemberOfCollection (ConnectivityCollection to LANEndpoint)
15.6.19 CIM_SystemDevice (Switch EthernetPort to Switch)
15.6.20 CIM_SystemDevice (non-Switch EthernetPort to Ethernet AdminDomain)
189 Annex A (informative) SMI-S Information Model
191 Annex B (Informative) Structure of Fabric Profiles
B.1 Purpose of this Annex
B.2 Overview of Fabric Part Profiles
193 B.3 Property and Association Requirements
B.3.1 CIM_AdminDomain Requirements
196 B.3.2 CIM_ComputerSystem Requirements
204 B.3.3 Port Requirements

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