1、American National StandardDeveloped byfor Information Technology Platform Management, Volume 2INCITS 495-2012 (Vol. 2)INCITS 495-2012 (Vol. 2)INCITS 495-2012 (Vol. 2)American National Standardfor Information Technology Platform ManagementVolume 2SecretariatInformation Technology Industry CouncilAppr
2、oved December 19, 2012American National Standards Institute, Inc.Approval of an American National Standard requires review by ANSI that therequirements for due process, consensus, and other criteria for approval havebeen met by the standards developer.Consensus is established when, in the judgement
3、of the ANSI Board ofStandards Review, substantial agreement has been reached by directly andmaterially affected interests. Substantial agreement means much more thana simple majority, but not necessarily unanimity. Consensus requires that allviews and objections be considered, and that a concerted e
4、ffort be madetowards their resolution.The use of American National Standards is completely voluntary; theirexistence does not in any respect preclude anyone, whether he has approvedthe standards or not, from manufacturing, marketing, purchasing, or usingproducts, processes, or procedures not conform
5、ing to the standards.The American National Standards Institute does not develop standards andwill in no circumstances give an interpretation of any American NationalStandard. Moreover, no person shall have the right or authority to issue aninterpretation of an American National Standard in the name
6、of the AmericanNational Standards Institute. Requests for interpretations should beaddressed to the secretariat or sponsor whose name appears on the titlepage of this standard.CAUTION NOTICE: This American National Standard may be revised orwithdrawn at any time. The procedures of the American Natio
7、nal StandardsInstitute require that action be taken periodically to reaffirm, revise, orwithdraw this standard. Purchasers of American National Standards mayreceive current information on all standards by calling or writing the AmericanNational Standards Institute.AmericanNationalStandardPublished b
8、yAmerican National Standards Institute, Inc.25 West 43rd Street, New York, NY 10036Copyright 2012 by Information Technology Industry Council (ITI)All rights reserved.No part of this publication may be reproduced in anyform, in an electronic retrieval system or otherwise,without prior written permiss
9、ion of ITI, 1101 K Street NW, Suite 610, Washington, DC 20005. Printed in the United States of AmericaCAUTION: The developers of this standard have requested that holders of patents that may berequired for the implementation of the standard disclose such patents to the publisher. However,neither the
10、 developers nor the publisher have undertaken a patent search in order to identifywhich, if any, patents may apply to this standard. As of the date of publication of this standardand following calls for the identification of patents that may be required for the implementation ofthe standard, no such
11、 claims have been made. No further patent search is conducted by the de-veloper or publisher in respect to any standard it processes. No representation is made or impliedthat licenses are not required to avoid infringement in the use of this standard.i CONTENTSForeword .xviiiIntroduction 1 1 Scope 4
12、 1.1 Ethernet Port Profile. 4 1.2 Telnet Service Profile. 5 1.3 SSH Service Profile 5 1.4 Device Tray Profile. 5 1.5 Pass-Through Module Profile. 5 1.6 Shared Device Management Profile. 5 1.7 Text Console Redirection Profile 5 1.8 OS Status Profile 5 1.9 Host LAN Network Port Profile. 5 1.10 IP Inte
13、rface Profile 5 1.11 DHCP Client Profile 5 1.12 DNS Client Profile 6 1.13 BIOS Management Profile . 6 1.14 Opaque Management Data Profile. 6 1.15 Indicator LED Profile 6 1.16 PCI Device Profile 6 1.17 KVM Redirection Profile. 6 1.18 USB Redirection Profile . 6 1.19 Media Redirection Profile. 6 1.20
14、Wi-Fi Port Profile 6 2 Normative references 7 3 Terms and definitions. 8 4 Symbols and abbreviated terms 13 5 Ethernet Port Profile 16 5.1 Description .16 5.2 Implementation.17 5.3 Methods .17 5.4 Use cases 17 5.5 CIM elements.20 6 Telnet Service Profile.22 6.1 Description .22 6.2 Implementation.24
15、6.3 Methods .28 6.4 Use cases 36 6.5 CIM elements.43 7 SSH Service Profile.51 7.1 Synopsis 51 7.2 Description .52 7.3 Implementation.53 7.4 Methods .56 7.5 Use cases 64 7.6 CIM elements.72 8 Device Tray Profile 79 8.1 Synopsis.79 8.2 Description .79 8.3 Implementation.80 8.4 Methods .83 8.5 Use case
16、s 86 8.6 CIM elements.89 9 Pass-Through Module Profile 92 9.1 Synopsis 92 9.2 Description .92 9.3 Implementation.93 9.4 Methods .96 g3 g3ii9.5 Use cases 99 9.6 CIM elements.101 10 Shared Device Management Profile105 10.1 Synopsis 105 10.2 Description .105 10.3 Implementation.107 10.4 Methods .110 10
17、.5 Use cases 116 10.6 CIM elements.120 11 Text Console Redirection Profile125 11.1 Synopsis 125 11.2 Description .125 11.3 Implementation.126 11.4 Methods .133 11.5 Use cases 139 11.6 CIM elements.151 12 OS Status Profile .158 12.1 Synopsis 158 12.2 Description .158 12.3 Implementation.159 12.4 Meth
18、ods .161 12.5 Use cases 163 12.6 CIM elements.164 13 Host LAN Network Port Profile 167 13.1 Synopsis 167 13.2 Description .167 13.3 Implementation.168 13.4 Methods .176 13.5 Use cases 185 13.6 CIM elements.192 14 IP Interface Profile.201 14.1 Synopsis 201 14.2 Description .202 14.3 Implementation.20
19、3 14.4 Methods .213 14.5 Use cases 220 14.6 CIM elements.236 15 DHCP Client Profile .244 15.1 Synopsis 244 15.2 Description .244 15.3 Implementation.245 15.4 Methods .249 15.5 Use cases 251 15.6 CIM elements.261 16 DNS Client Profile266 16.1 Synopsis 266 16.2 Description .266 16.3 Implementation.267
20、 16.4 Methods .271 16.5 Use cases 276 16.6 CIM elements.282 17 BIOS Management Profile. 288 17.1 Synopsis 288 17.2 Description (informative) 288 17.3 Implementation.289 17.4 Methods .295 17.5 Use cases (informative) .307 17.6 CIM elements.312 18 Opaque Management Data Profile 320 18.1 Synopsis 320 g
21、3 g3iii18.2 Description .320 18.3 Implementation.322 18.4 Methods .330 18.5 Use cases 345 18.6 CIM elements.349 19 Indicator LED Profile 356 19.1 Synopsis 356 19.2 Description (informative) 356 19.3 Implementation.357 19.4 Methods .360 19.5 Use cases (informative) .361 19.6 CIM elements.365 20 PCI D
22、evice Profile .368 20.1 Synopsis 368 20.2 Description .368 20.3 Implementation.369 20.4 Methods .375 20.5 Use cases 379 20.6 CIM elements.382 21 KVM Redirection Profile 389 21.1 Synopsis 389 21.2 Description .389 21.3 Implementation.390 21.4 Methods .398 21.5 Use cases 405 21.6 CIM elements.416 22 U
23、SB Redirection Profile .422 22.1 Synopsis 422 22.2 Description (informative) 422 22.3 Implementation.424 22.4 Methods .435 22.5 Use cases 448 22.6 CIM elements.459 23 Media Redirection Profile 469 23.1 Synopsis 469 23.2 Description (informative) 469 23.3 Implementation.471 23.4 Methods .481 23.5 Use
24、 cases 489 23.6 CIM elements.498 24 Wi-Fi Port Profile .506 24.1 Synopsis 506 24.2 Description .506 24.3 Implementation.507 24.4 Methods .518 24.5 Use cases 524 24.6 CIM elements.526 g41g76g74g88g85g72g86g3Figure 1 Ethernet Port Profile: Class diagram.17Figure 2 Ethernet Port Profile: Registered pro
25、file18Figure 3 Ethernet Port Profile: Single interface .19Figure 4 Telnet Service Profile: Class diagram .23Figure 5 Telnet Service Profile: Registered profile36Figure 6 Telnet service listening for connections 37g3 g3ivFigure 7 One active session38Figure 8 Session changed 39Figure 9 Listening on a
26、single port on all interfaces 41Figure 10 Port added bound to specific interface42Figure 11 SSH Service Profile: Class diagram52Figure 12 SSH Service Profile: Registered profile.65Figure 13 SSH service listening for connections.66Figure 14 One active session67Figure 15 Session changed 68Figure 16 Li
27、stening on a single port on all interfaces 70Figure 17 Port added bound to specific interface71Figure 18 Device Tray Profile: Class diagram.80Figure 19 Device Tray object diagram 87Figure 20 Registered Profile88Figure 21 Pass-Through Module Profile: Class diagram.93Figure 22 Pass-Through Module Prof
28、ile: Instance diagram 99Figure 23 Port mappings crossed .100Figure 24 Shared Device Management Profile: Class diagram.106Figure 25 Shared device management .117Figure 26 Shared Device Management Profile: Registered profile118Figure 27 Text Console Redirection Profile: Class diagram126Figure 28 Text
29、Console Redirection Profile: Registered profile.140Figure 29 Text Console Redirection Profile: Monolithic system 140Figure 30 Text Console Redirection Profile: Monolithic system (serial-to-serial).141Figure 31 Text Console Redirection Profile: Monolithic system with service processor142Figure 32 Tex
30、t Console Redirection Profile: Modular system143Figure 33 Text Console Redirection Profile: Initial state of a redirection managed through the session state only . 147Figure 34 Text Console Redirection Profile: Initial state of a singular text console redirection .148Figure 35 Text Console Redirecti
31、on Profile: Final state of a singular text console redirection 149Figure 36 Text Console Redirection Profile: Initial state of a redirection managed through the service state and session state150Figure 37 OS Status Profile: Class Diagram .159Figure 38 OS Status Profile: Object diagram 163Figure 39 H
32、ost LAN Network Port Profile: Class diagram.168Figure 40 Registered Profile186Figure 41 Single interface .187Figure 42 Single interface, separate card .188Figure 43 One controller for two ports.189Figure 44 Endpoint management supported .190Figure 45 Second endpoint added 191Figure 46 IP Interface P
33、rofile: Class diagram202Figure 47 Registered Profile221Figure 48 Basic configuration IPv4.222Figure 49 Basic configuration IPv6.222Figure 50 Basic configuration IPv4 and IPv6223Figure 51 Static current and pending configuration. 224Figure 52 Static and DHCP pending configurations225Figure 53 DHCP ti
34、med out to a static configuration 226Figure 54 Service processor and server share a NIC .227Figure 55 Configuration choices228Figure 56 DHCP assigned partial DNS .229Figure 57 DHCP with DNS statically configured230g3 g3v Figure 58 Static without DNS configuration One231Figure 59 Static without DNS c
35、onfiguration Two232Figure 60 Static without DNS configuration Three .233Figure 61 DHCP Client Profile: Class diagram245Figure 62 Registered Profile252Figure 63 DHCP assigned IP configuration.253Figure 64 DHCP assigned IP configuration with configuration management254Figure 65 DHCP timeout to static2
36、55Figure 66 DHCP timeout to static with configuration management .256Figure 67 Static or DHCP pending configurations.257Figure 68 DHCP supported on dual NIC system.258Figure 69 Static then DHCP259Figure 70 DNS Client Profile: Class diagram 267Figure 71 Registered Profile277Figure 72 Host name only.2
37、77Figure 73 DNS configuration.278Figure 74 DNS configuration with alternate configuration .279Figure 75 Alternate configuration applied280Figure 76 BIOS Management Profile: Class diagram289Figure 77 BIOS Management Profile: Object diagram 307Figure 78 BIOS Management Profile: Object diagram 308Figur
38、e 79 BIOS Management Profile: Object diagram 309Figure 80 BIOS Management Profile: Object diagram 309Figure 81 BIOS Management Profile: Object diagram 310Figure 82 BIOS Management Profile: Object diagram 311Figure 83 Opaque Management Data Profile: Profile class diagram.321Figure 84 Base Instances .
39、346Figure 85 CIM_OpaqueManagementData instances 347Figure 86 Physical modeling .348Figure 87 Indicator LED Profile: Class diagram 357Figure 88 Object diagram362Figure 89 PCI Device Profile: Class diagram 369Figure 90 PCI Device Profile: Object diagram.379Figure 91 PCI Device Profile: PCI devices380F
40、igure 92 PCI Device Profile: PCI express devices 381Figure 93 KVM Redirection Profile class diagram.390Figure 94 Registered Profile405Figure 95 Monolithic system object diagram .406Figure 96 Monolithic system with service processor object diagram.407Figure 97 Modular system object diagram 409Figure
41、98 An initial state of a session managed via the session state only.412Figure 99 The initial state of a singular KVM redirection.413Figure 100 The final state of a singular KVM redirection.414Figure 101 An initial state of a session managed via the service and session state .415Figure 102 USB Redire
42、ction Profile: Class diagram423Figure 103 Registered Profile448Figure 104 Monolithic system: Create SAPs.449Figure 105 Monolithic system: Connect mode for pre-configured SAPs . 450Figure 106 Monolithic system: Listen mode for pre-configured SAPs.451Figure 107 Monolithic system: Listen or connect mod
43、e for pre-configured SAPs .452Figure 108 Monolithic system with service processor .453Figure 109 Media Redirection Profile: Class diagram .471g3 g3viFigure 110 Registered Profile490Figure 111 Monolithic system: Connect 491Figure 112 Monolithic system: Listen492Figure 113 Monolithic system: Listen or
44、 connect 493Figure 114 Monolithic system with service processor .494Figure 115 Wi-Fi Port Profile: Profile class diagram507Figure 116 Registered Profile524Figure 117 Single interface .525g3 g3viig55g68g69g79g72g86g3Table 1 Component documents . 3Table 2 Ethernet Port Profile: Referenced profiles16Ta
45、ble 3 CIM elements: Ethernet Port Profile.20Table 4 Class: CIM_EthernetPort20Table 5 Class: CIM_PortController20Table 6 Class: CIM_RegisteredProfile 21Table 7 Telnet Service Profile: Referenced profiles 22Table 8 CIM_ProtocolService.ListenOnPort( ) method: Return code values.28Table 9 CIM_ProtocolSe
46、rvice.ListenOnPort( ) method: Parameters.28Table 10 CIM_ProtocolService.RequestStateChange( ) method: Return code values .30Table 11 CIM_ProtocolService.RequestStateChange( ) method: Parameters30Table 12 Operations: CIM_BindsTo31Table 13 Operations: CIM_ElementCapabilities31Table 14 Operations: CIM_
47、ElementSettingData .31Table 15 Operations: CIM_HostedAccessPoint 32Table 16 Operations: CIM_HostedService32Table 17 Operations: CIM_ProtocolService 33Table 18 Operations: CIM_ProvidesEndpoint .33Table 19 Operations: CIM_ServiceAccessBySAP 34Table 20 Operations: CIM_TelnetSettingData 34Table 21 Opera
48、tions: CIM_TelnetProtocolEndpoint34Table 22 Operations: CIM_TCPProtocolEndpoint.35Table 23 CIM elements: Telnet Service Profile .43Table 24 Class: CIM_BindsTo (TCPProtocolEndpoint).44Table 25 Class: CIM_BindsTo (IPProtocolEndpoint). 44Table 26 Class: CIM_ElementCapabilities 44Table 27 Class: CIM_ElementSettingData (telnet service) .45Table 28 Class: CIM_ElementSettingData (telnet session).45Table 29 Class: CIM_HostedAccessPoint.45Table 30 Class: CIM_HostedService 46Table 31 Class: CIM_ProtocolService.46Table 32 Class: CIM_ProvidesEndpoint
