BS ISO IEC 9314-6-1998 Information processing systems - Fibre Distributed Data Interface (FDDI) - Station management (SMT)《信息处理系统 光纤分布式数据接口(FDDI) 站点管理(SMT)》.pdf

《BS ISO IEC 9314-6-1998 Information processing systems - Fibre Distributed Data Interface (FDDI) - Station management (SMT)《信息处理系统 光纤分布式数据接口(FDDI) 站点管理(SMT)》.pdf》由会员分享，可在线阅读，更多相关《BS ISO IEC 9314-6-1998 Information processing systems - Fibre Distributed Data Interface (FDDI) - Station management (SMT)《信息处理系统 光纤分布式数据接口(FDDI) 站点管理(SMT)》.pdf（204页珍藏版）》请在麦多课文档分享上搜索。

1、BRITISH STANDARD BS ISO/IEC 9314-6:1998 Information technology Fibre Distributed Data Interface (FDDI) Part 6: Station Management (SMT) ICS 35.100.10BSISO/IEC9314-6:1998 This British Standard, having been prepared under the directionof the DISC Board,was published under the authorityof the Standards

2、 Committee and comes into effect on 15 December 1998 BSI 08-1999 ISBN 0 580 28413 1 National foreword This British Standard reproduces verbatim ISO/IEC9314-6:1998 and implements it as the UK national standard. The UK participation in its preparation was entrusted to Technical Committee IST/39, Inter

3、connection of IT equipment, cabling; microprocessors, which has the responsibility to: aid enquirers to understand the text; present to the responsible international/European committee any enquiries on the interpretation, or proposals for change, and keep the UK interests informed; monitor related i

4、nternational and European developments and promulgate them in the UK. A list of organizations represented on this committee can be obtained on request to its secretary. Cross-references The British Standards which implement international or European publications referred to in this document may be f

5、ound in the BSI Standards Catalogue under the section entitled “International Standards Correspondence Index”, or by using the “Find” facility of the BSI Standards Electronic Catalogue. A British Standard does not purport to include all the necessary provisions of a contract. Users of British Standa

6、rds are responsible for their correct application. Compliance with a British Standard does not of itself confer immunity from legal obligations. Summary of pages This document comprises a front cover, an inside front cover, pages i and ii, theISO/IECtitle page, pagesii tovi, pages1 to193 andaback co

7、ver. This standard has been updated (see copyright date) and may have had amendments incorporated. This will be indicated in the amendment table on the inside front cover. Amendments issued since publication Amd. No. Date CommentsBSISO/IEC9314-6:1998 BSI 08-1999 i Contents Page National foreword Ins

8、ide front cover Foreword vi Text of ISO/IEC 9314-6 1ii blankBSISO/IEC9314-6:1998 ii BSI 08-1999 Contents Page Foreword vi Introduction 1 1 Scope 1 2 Normative references 2 3 Definitions 2 4 Conventions and abbreviations 5 4.1 Conventions 5 4.1.1 State machines 6 4.1.2 Default and initial values 7 4.

9、2 Abbreviations 7 5 General description 8 5.1 Definition of an FDDI node 9 5.2 Definition of an FDDI network 11 5.2.1 Physical topology 12 5.2.2 Logical topology 12 5.2.3 Physical media topology 12 5.2.4 FDDI connection rules 13 5.3 Overview of SMT functions 14 6 Services 14 6.1 SMT-to-MAC services

10、15 6.1.1 SM_MA_INITIALIZE_PROTOCOL.request 15 6.1.2 SM_MA_INITIALIZE_PROTOCOL.confirmation 16 6.1.3 SM_MA_CONTROL.request 16 6.1.4 SM_MA_STATUS.indication 17 6.1.5 SM_MA_UNITDATA.request 17 6.1.6 SM_MA_UNITDATA.indication 19 6.1.7 SM_MA_UNITDATA_STATUS.indication 19 6.1.8 SM_MA_TOKEN.request 20 6.2

11、SMT-to-PHY services 20 6.2.1 SM_PH_LINE-STATE.request 21 6.2.2 SM_PH_STATUS.indication 21 6.2.3 SM_PH_CONTROL.request 22 6.3 SMT-to-PMD services 22 6.3.1 SM_PM_CONTROL.request 22 6.3.2 SM_PM_BYPASS.request 23 6.3.3 SM_PM_SIGNAL.indication 23 6.4 SMT services to systems management 23 6.4.1 Overview o

12、f SMT management services 23 6.4.2 SMT-Management agent process local service primitives 24 6.4.3 Management information base (MIB) structure 24 6.4.4 Integrity of MIB state 25 6.4.5 Management information definitions 26 6.4.5.1 MIB summary 26 6.4.5.2 Managed object class templates 30 6.4.5.3 Attrib

13、ute group templates 42 6.4.5.4 Attribute templates 45 6.4.5.5 Action templates 64 6.4.5.6 Notification templates 66 6.4.5.7 ASN.1 definitions 69 6.4.5.8 Name binding 80BSISO/IEC 9314-6:1998 BSI 08-1999 iii Page 7 Facilities 81 7.1 SMT frame format 81 7.1.1 SMT frame contents 82 7.1.2 SMT header 82 7

14、.1.3 SMT InfoField 83 7.1.4 SMT encoding rules 84 7.1.5 Byte ordering in multibyte fields 85 7.1 Addressing 86 7.1.7 Frame validity 86 7.2 SMT frames 86 7.2.1 Neighbour Information Frame (NIF) 86 7.2.2 Status Information Frames (SIF) 88 7.2.3 ECHO Frame (ECF) 89 7.2.4 Resource Allocation Frame (RAF)

15、 OPTIONAL 90 7.2.5 Request Denied Frame (RDF) 92 7.2.6 Extended Service Frame (ESF) OPTIONAL 92 7.2.7 Status Report Frame (SRF) 93 7.2.8 Parameter Management Frames (PMF) 93 7.3 SMT_Parameters 95 7.3.1 General parameters 95 8 Frame-based management protocols 104 8.1 Frame processing 104 8.1.1 Reques

16、t-response protocols 104 8.1.2 Announcement protocols 105 8.1.3 SMT header processing 105 8.2 Neighbour Notification 106 8.2.1 Neighbour information polling 106 8.2.2 Facilities 106 8.2.3 Neighbour Notification transmitter operation 108 8.2.4 Neighbour Notification receiver operation 111 8.3 Status

17、Report protocol 112 8.3.1 Overview 112 8.3.2 Facilities 113 8.3.3 Status Report transmitter operation 116 8.4 Parameter Management protocol 120 8.4.1 Overview 120 8.4.2 Operation 120 8.5 Station Status polling 123 8.5.1 Overview 123 8.5.2 Operation 123 8.6 Echo protocol 123 8.6.1 Overview 123 8.6.2

18、Operation 123 8.7 Synchronous Bandwidth Allocation 123 8.7.1 Overview 123 8.7.2 Operation 124 8.7.3 Synchronous bandwidth management process 126BSISO/IEC9314-6:1998 iv BSI 08-1999 Page 8.8 Extended Service protocol OPTIONAL 127 9 Connection Management 127 9.1 Overview 127 9.2 Organization 128 9.3 Co

19、nnection Management structure 128 9.4 Facilities 128 9.4.1 Variables 128 9.4.2 Signals 131 9.4.3 Flags 132 9.4.4 Timers 134 9.4.5 Line states 139 9.4.6 Link Confidence Test (LCT) 140 9.4.7 Link Error Monitor (LEM) 141 9.4.8 Path Test 142 9.4.9 Trace function 143 9.5 Entity Coordination Management (E

20、CM) 143 9.5.1 ECM functional description 143 9.5.2 Detailed ECM description 144 9.6 Physical Connection Management (PCM) 148 9.6.1 PCM functional description 148 9.6.2 Detailed PCM description 152 9.6.3 PCM signalling 154 9.7 Configuration Management (CFM) 158 9.7.1 CFM functional description 158 9.

21、7.2 Paths 159 9.7.3 Configuration Control Element (CCE) 167 9.7.4 Station and concentrator structure 167 9.7.5 Configuration element considerations 167 9.7.6 Detailed Configuration Management (CFM) description for Ports 171 9.7.7 Detailed Configuration Management (CFM) description for MACs 178 10 Ri

22、ng Management 180 10.1 Concepts 180 10.2 Facilities 181 10.2.1 Flags 181 10.2.2 Timer 181 10.3 Operation 184 10.3.1 Overview 184 10.3.2 Detailed description 186 Annex A (informative) Addressing 191 Figure 1 Example Single Attachment Station (SAS) 10 Figure 2 Example Dual Attachment Station (DAS) 10

23、Figure 3 Example Dual Attachment Concentrator (DAC) 11 Figure 4 Ring of trees topology 13 Figure 5 SMT management model 24 Figure 6 FDDI naming tree 81 Figure 7 Neighbour Notification transmitter state diagram 109 Figure 8 Status Report transmitter state diagram 118BSISO/IEC 9314-6:1998 BSI 08-1999

24、v Page Figure 9 Connection Management structure 129 Figure 10 Entity Coordination Management (ECM) state diagram 145 Figure 11 Physical Connection Management (PCM) state diagram 149 Figure 12 Configuration Control Element (CCE) interfaces 168 Figure 13 DAS configuration examples 169 Figure 14 Port C

25、onfiguration Management (CFM) 173 Figure 15 MAC Configuration Management (CFM) 179 Figure 16 Ring Management (RMT) state diagram 188 Table 1 Summary of SMT frames 83 Table 2 Station topology matrix 98BSISO/IEC 9314-6:1998 vi BSI 08-1999 Foreword ISO (the International Organization for Standardizatio

26、n) and IEC (the International Electrotechnical Commission) form the specialized system for worldwide standardization. National bodies that are members of ISO or IEC participate in the development of International Standards through technical committees established by the respective organization to de

27、al with particular fields of technical activity. ISO and IEC technical committees collaborate in fields of mutual interest. Other international organizations, governmental and non-governmental, in liaison with ISO and IEC, also take part in the work. In the field of information technology, ISO and I

28、EC have established a joint technical committee, ISO/IECJTC1. Draft International Standards adopted by the joint technical committee are circulated to national bodies for voting. Publication as an International Standard requires approval by at least75% of the national bodies casting a vote. Internat

29、ional Standard ISO/IEC9314-6 was prepared by Joint Technical Committee ISO/IECJTC1 Information technology, Subcommittee SC25, Interconnection of information technology equipment. ISO/IEC 9314 consists of the following parts, under the general title Information technology Fibre Distributed Data Inter

30、face (FDDI): Part 1: Token Ring Physical Layer Protocol (PHY) (1989); Part 2: Token Ring Media Access Control (MAC) (1989); Part 3: Physical Layer Medium Dependent (PMD) (1990); Part 4: Single Mode Fibre Physical Layer Medium Dependent (SMF-PMD) 1) ; Part 5: Hybrid Ring Control (HRC) (1995); Part 6:

31、 Station Management (SMT); Part 7: Physical Layer Protocol (PHY-2); Part 8: Media Access Control-2 (MAC-2); Part 9: Low-Cost Fibre Physical Medium Dependent (LCF-PMD) (under consideration); Part 10: Token Ring Twisted Pair Physical layer Medium Dependent (TP-PMD) (under consideration); Part 13: Conf

32、ormance Test Protocol Implementation Conformance Statement Proforma (CT-PICS); Part 20: Physical Medium Dependent Conformance Testing (PMD-ATS) (under consideration); Part 21: Physical Layer Protocol Conformance Testing (PHY-ATS) (under consideration); Part 25: Abstract Test Suite for FDDI Station M

33、anagement Conformance Testing (SMT-ATS); Part 26: Media Access Control Conformance Testing (MAC-ATS) (under consideration). 1) To be published.BSISO/IEC9314-6:1998 BSI 08-1999 1 Introduction The Fibre Distributed Data Interface (FDDI), ISO/IEC9314, is intended for use in a high-performance general p

34、urpose multi-node network and is designed for efficient operation with a peak data rate of100Mbit/s. It uses a Token Ring architecture with optical fibre as the transmission medium. FDDI provides for hundreds of nodes operating over an extent of tens of kilometres. Station Management (SMT) specifies

35、 the local portion of the system management application process for FDDI, including the control required for proper operation of a node in an FDDI ring. SMT provides services such as connection management, station insertion and removal, station initialization, configuration management, fault isolati

36、on and recovery, communications protocol for external authority, scheduling policies, and collection of statistics. When the set of basic FDDI standards, ISO/IEC9314, is completed it will include the following standards: a) A Media Access Control (MAC), which specifies the lower sublayer of the Data

37、 Link Layer of ISO/IEC9314, b) A Physical Layer Media Dependent (PMD), which specifies the lower sublayer of the Physical Layer of ISO/IEC9314, c) A Physical Layer Protocol (PHY), which specifies the upper sublayer of the Physical Layer of ISO/IEC9314. A number of extensions to ISO/IEC9314 are compl

38、eted or in process. One extension, ISO/IEC9314-5, for Hybrid Ring Control (HRC), commonly known as FDDI-II, extends the capability of FDDI to handle isochronous data streams at a multiplicity of data rates. Another extension, ISO/IEC9314-4, provides for a single-mode optical fibre version of PMD (SM

39、F-PMD) and will permit optical links of up60km. Other extensions, addressing alternate PMDs, will provide low-cost attachments for use in concentrator-to-workstation environments. This part of ISO/IEC9314 for SMT represents the final standard in the set of basic FDDI standards. SMT is a sophisticate

40、d document specifying many critical aspects of interoperability in a multi-vendor FDDI network and, as such, has proved to be by far the most difficult of the set of FDDI standards to complete. The successful completion of the work on SMT is the result of a high degree of cooperation between competi

41、ng manufacturers of FDDI equipment. 1 Scope This part of ISO/IEC9314 specifies the Station Management (SMT) for the Fibre Distributed Data Interface (FDDI). FDDI provides a high bandwidth (100megabits per second) general purpose interconnection among computers and peripheral equipment using optical

42、fibre as the transmission medium in a ring configuration. FDDI can be configured to support a sustained transfer rate of approximately80megabits(10megabytes) per second. The use of dual attachment stations with dual MACs allows these rates to be doubled under the circumstance of a fault-free FDDI ri

43、ng. FDDI establishes the connection among many stations (nodes) distributed over distances of several kilometres in extent. Default values for FDDI were calculated on the basis of1000 physical connections and a total fibre path length of200km. The FDDI consists of a) A Physical Layer (PL), which pro

44、vides the medium, connectors, optical bypassing, and driver/receiver requirements. PL also defines encode/decode and clock requirements as required for framing the data for transmission on the medium or to the higher layers of the FDDI. For the purposes of this part of ISO/IEC9314, references to the

45、 PL are made in terms of the Physical Layer protocol (PHY) and the Physical Layer Media Dependent (PMD) entities which are the upper and lower sublayers of PL, respectively. b) A Data Link Layer (DLL) which controls the accessing of the medium and the generation and verification of frame check seque

46、nces to assure the proper delivery of valid data to the higher layers. DLL also concerns itself with the generation and recognition of device addresses and the peer-to-peer associations within the FDDI network. For the purposes of this part of ISO/IEC9314, references to the DLL are made in terms of

47、the Media Access Control (MAC) entity which is the lowest sublayer of DLL.BSISO/IEC9314-6:1998 2 BSI 08-1999 c) A Station Management (SMT) standard, this part of ISO/IEC9314, which provides the control necessary at the station (node) level to manage the processes underway in the various FDDI layers

48、such that a station may work cooperatively as a part of an FDDI network. SMT shall provide services such as connection management, station insertion and removal, station initialization, configuration management, fault isolation and recovery, communications protocol for external authority, scheduling

49、 policies, and collection of statistics. The definition of SMT as contained herein includes the set of services that it provides for, and receives from, the other entities that are contained within a node. Within SMT resides both knowledge of the uniqueness of this node and the current network structure to the extent that this nodes function is affected. The set of International Standards for FDDI, ISO/IEC9314, specifies the interfaces, functions and operations necessary to insure interoperabili