ISO IEC 9318-4-2002 Information technology - Intelligent peripheral interface - Part 4 Device generic command set for magnetic tape drives (IPI-3 tape)《信息技术 智能外.pdf

《ISO IEC 9318-4-2002 Information technology - Intelligent peripheral interface - Part 4 Device generic command set for magnetic tape drives (IPI-3 tape)《信息技术 智能外.pdf》由会员分享，可在线阅读，更多相关《ISO IEC 9318-4-2002 Information technology - Intelligent peripheral interface - Part 4 Device generic command set for magnetic tape drives (IPI-3 tape)《信息技术 智能外.pdf（76页珍藏版）》请在麦多课文档分享上搜索。

1、INTERNATIONAL STANDARD ISO/IEC 9318-4 Second edition 2002-12 Information technology Intelligent peripheral interface Part 4: Device generic command set for magnetic tape drives (IPI-3 tape) Reference number ISO/IEC 9318-4:2002(E)INTERNATIONAL STANDARD ISO/IEC 9318-4 Second edition 2002-12 Informatio

2、n technology Intelligent peripheral interface Part 4: Device generic command set for magnetic tape drives (IPI-3 tape) PRICE CODE ISO/IEC 2002 All rights reserved. Unless otherwise specified, no part of this publication may be reproduced or utilized in any form or by any means, electronic or mechani

3、cal, including photocopying and microfilm, without permission in writing from the publisher. ISO/IEC Copyright Office Case postale 56 CH-1211 Genve 20 Switzerland For price, see current catalogueV 2 9318-4 ISO/IEC:2002(E) CONTENTS FOREWORD 8 INTRODUCTION 9 1 Scope .10 2 Normative references11 3 Defi

4、nitions and conventions 11 3.1 Definitions .11 3.2 Conventions 13 4 Logical interface characteristics of the tape 13 4.1 PhysicalBlocks 13 4.2 DataBlocks 14 4.3 Extents 14 4.4 Partitions .14 4.5 Alternate data areas 15 4.6 Partition parameters 15 4.7 Block numbering15 4.8 Data buffer operation.15 4.

5、9 Positioning.16 4.9.0 General16 4.9.1 Mount or rewind.16 4.9.2 Partition transition16 4.9.3 Normal data operation completion16 4.9.4 Abnormal data operation completion17 4.9.5 Normal position operation completion 17 4.9.6 Abnormal position operation completion.17 4.9.7 Tape mark detected .17 4.9.8

6、BOM detected (reverse operations)17 4.9.9 EMW detected .17 4.9.10 PEOM detected17 4.10 Attributes usage 17 4.11 Command usage18 5 Message packet structure.18 6 Control commands18 6.0 General .18 6.1 NOP 18 6.2 FACILITY OPERATION18 6.3 ATTRIBUTES 18 6.3.1 Command packet.18 6.3.2 Response packet .19 6

7、.3.3 Description 19 6.3.4 Parameters 21 6.4 REPORT ADDRESSEE STATUS .32 6.4.1 Command packet.32 6.4.2 Response packet .32 6.4.3 Description 329318-4 ISO/IEC:2002(E) 3 6.4.4 Parameters 50 to 53 32 6.5 PORT ADDRESS.33 6.6 PATH CONTROL.33 6.7 ATTENTION CONTROL.33 6.8 OPERATING MODE 34 6.8.1 Command pac

8、ket.34 6.8.2 Response packet .34 6.8.3 Description 34 6.8.4 Parameters 3E, 50, 53, 54 .34 6.9 ABORT37 6.10 ACCESS PERMITS37 6.11 RESUME .37 6.12 PORT RESPONSE 38 6.13 ANTICIPATED ACTION .38 6.14 OPERATOR DISPLAY .38 7 Position commands.38 7.0 General .38 7.1 SPACE BLOCK/FILE MARK.38 7.1.1 Command pa

9、cket.38 7.1.2 Response packet .38 7.1.3 Description 38 7.1.4 Parameters 31, 32, 35 .40 7.2 POSITION CONTROL40 7.2.1 Command packet.40 7.2.2 Response packet .40 7.2.3 Description 41 7.2.4 Parameters 31, 32, 35, 3A, 3E, 51, 52, 53, 54, 5541 7.3 REPORT POSITION 46 7.3.1 Command packet.46 7.3.2 Response

10、 packet .46 7.3.3 Description 46 7.3.4 Parameters 32, 35, 3A, 3E, 51-5247 7.4 RECORD POSITION48 7.4.1 Command packet.48 7.4.2 Response packet .48 7.4.3 Description 48 7.4.4 Parameters 31, 32, 35, 5149 7.5 Reserved.50 8 Transfer commands 50 8.0 General .50 8.1 READ 50 8.1.1 Command packet.50 8.1.2 Re

11、sponse packet .50 8.1.3 Description 50 8.1.4 Parameters 31 to 32, 3A, 35, 3E, 51, 52 51 8.2 READ RAW DATA .53 8.2.1 Command packet.53 8.2.2 Response packet .53 8.2.3 Description 53 4 9318-4 ISO/IEC:2002(E) 8.2.4 Parameters 31, 32, 35, 3A, 3C, 3E.53 8.3 Reserved.54 8.4 SEARCH54 8.5 WRITE.54 8.5.1 Com

12、mand packet.54 8.5.2 Response packet .55 8.5.3 Description 55 8.5.4 Parameters 31, 32, 35, 3A, 3C, 3E, 51, 52.55 8.6 WRITE PATTERN56 8.7 Reserved.56 9 Combination commands56 9.1 COPY 56 9.2 COMPARE SLAVE DATA 56 9.3 COMPARE DATA 56 9.4 Reserved.56 9.5 Reserved.57 9.6 SHADOW READ 57 9.7 SHADOW WRITE

13、57 9.8 SHADOW RESTORE .57 10 Other transfer commands .57 10.0 General .57 10.1 READ VERIFY.57 10.1.1 Command packet.57 10.1.2 Response packet .57 10.1.3 Description 57 10.1.4 Parameters 31, 32, 35, 3A, 3C, 3E.58 10.2 Reserved.59 10.3 READ FROM BUFFER.59 10.3.1 Command packet.59 10.3.2 Response packe

14、t .59 10.3.3 Description 59 10.3.4 Parameters 31, 32, 35, 3A, 3E, 50 .61 10.4 READ FACILITY DATA TO BUFFER61 10.5 READ PHYSICAL DATA AND ECC61 10.6 READ PHYSICAL HEADER .62 10.7 READ IPL 62 10.7.1 Command packet.62 10.7.2 Response packet .62 10.7.3 Description 62 10.8 READ PHYSICAL HEADER AND ECC.62

15、 10.9 WRITE TO BUFFER 62 10.10WRITE BUFFER TO FACILITY 62 10.11WRITE PHYSICAL DATA AND ECC 62 10.12WRITE PHYSICAL HEADER63 10.13LOAD SLAVE IML63 10.14ERASE 63 10.14.1Command packet.63 10.14.2Response packet .63 10.14.3Description 639318-4 ISO/IEC:2002(E) 5 10.14.4Parameters 31, 32, 35, 3A, 3E.64 10.

16、15WRITE PHYSICAL HEADER AND ECC .64 11 Diagnostic commands.64 11.0 General .64 11.1 PERFORM SLAVE DIAGNOSTICS 64 11.2 PERFORM FACILITY DIAGNOSTICS 65 11.3 Reserved.65 11.4 Reserved.65 11.5 READ ERROR LOG.65 11.5.1 Command packet.65 11.5.2 Response packet .65 11.5.3 Description 65 11.6 WRITE ERROR LO

17、G .65 11.7 DIAGNOSTIC CONTROL.65 12 Command summary66 12.1 Control commands.66 12.2 Position commands67 12.3 Transfer commands.67 12.4 Combination commands.67 12.5 Other transfer commands 68 12.6 Diagnostic commands69 Annex A (normative) Overview: interface levels, concepts and application environme

18、nts 70 A.1 Interface levels .70 A.2 Concepts 70 A.2.0 General .70 A.2.1 Relationship of master, slave and facility .70 A.2.2 Relationship of facilities and partitions.71 A.2.3 Command structure .71 A.3 Application environments71 A.3.0 General .71 A.3.1 Control of facilities by the master.72 A.3.2 Sh

19、ared control of facilities .72 A.3.3 Control of facilities by the slave .72 Figure 1 Command packet for ATTRIBUTES 18 Figure 2 Response packet for ATTRIBUTES 19 Figure 3 Command packet for REPORT ADDRESSEE STATUS.32 Figure 4 Response packet for REPORT ADDRESSEE STATUS .32 Figure 5 Command packet for

20、 OPERATING MODE 34 Figure 6 Response packet for OPERATING MODE 34 Figure 7 Command packet for SPACE BLOCK/FILE MARK 38 Figure 8 Response packet for SPACE BLOCK/FILE MARK 38 Figure 9 Command packet for POSITION CONTROL .40 Figure 10 Response packet for POSITION CONTROL40 Figure 11 Command packet for

21、REPORT POSITION46 Figure 12 Response packet for REPORT POSITION 46 6 9318-4 ISO/IEC:2002(E) Figure 13 Command packet for RECORD POSITION .48 Figure 14 Response packet for RECORD POSITION48 Figure 15 Command packet for READ50 Figure 16 Response packet for READ 50 Figure 17 Command packet for READ RAW

22、 DATA.53 Figure 18 Response packet for READ RAW DATA .53 Figure 19 Command packet for WRITE 54 Figure 20 Response packet for WRITE.55 Figure 21 Command packet for READ VERIFY.57 Figure 22 Response packet for READ VERIFY.57 Figure 23 Command packet for READ FROM BUFFER 59 Figure 24 Response packet fo

23、r READ FROM BUFFER.59 Figure 25 Command packet for READ IPL62 Figure 26 Response packet for READ IPL62 Figure 27 Command packet for ERASE63 Figure 28 Response packet for ERASE 63 Figure 29 Command packet for READ ERROR LOG.65 Figure 30 Response packet for READ ERROR LOG.65 Table 1 Attributes paramet

24、ers 3A, 3E, 50.21 Table 2 Attributes parameters 51 to 58.22 Table 3 Attributes parameters 59, 5A .23 Table 4 Attributes parameters 5B to 5D23 Table 5 Attributes parameters 5E to 65 23 Table 6 Attributes parameters 66, 6724 Table 7 Attributes parameter 68 .24 Table 8 Attributes parameters 69, 6A .24

25、Table 9 Attributes parameters 6B to 6F 25 Table 10 Attributes parameters 70, 7125 Table 11 Attributes parameter 72 .27 Table 12 Attributes parameter 73 .28 Table 13 Attributes parameters 74, 7530 Table 14 Attributes parameters 76 to 79.31 Table 15 Report addressee status parameters 50 to 5333 Table

26、16 Operating mode parameters 3E, 50, 52 .35 Table 17 Operating mode parameter 53 .36 Table 18 Operating mode parameter 54 .37 Table 19 Space block/file mark parameters 31, 32, 35 .40 Table 20 Position control parameters 31 to 32, 35, 3A, 3E, 51 to 53.42 Table 21 Position control parameters 54, 55 .4

27、3 Table 22 Report position parameters 32, 35, 3A, 3E, 51, 5247 Table 23 Record position parameters 31, 32, 35, 3A, 51 499318-4 ISO/IEC:2002(E) 7 Table 24 Read parameters 31, 32, 35, 3A, 3C, 3E, 51, 5252 Table 25 Read raw data parameters 31, 32, 35, 3A, 3C, 3E .54 Table 26 Write parameters 31, 32, 35

28、, 3A, 3C, 3E, 51, 52.55 Table 27 Read verify parameters 31, 32, 35, 3A, 3C, 3E 58 Table 28 Read from buffer parameters 31, 32, 35, 3A, 3E, 50 61 Table 29 Erase parameters 31, 32, 35, 3A, 3E .64 8 9318-4 ISO/IEC:2002(E) INFORMATION TECHNOLOGY INTELLIGENT PERIPHERAL INTERFACE Part 4: Device generic co

29、mmand set for magnetic tape drives (IPI-3 tape) FOREWORD 1) ISO (International Organization for Standardization) and IEC (International Electrotechnical Commission) form the specialized system for worldwide standardization. National bodies that are members of ISO or IEC participate in the developmen

30、t of International Standards through technical committees established by the respective organization to deal with particular fields of technical activity. ISO and IEC technical committees collaborate in fields of mutual interest. Other international organizations, governmental and non-governmental,

31、in liaison with ISO and IEC, also take part in the work. 2) In the field of information technology, ISO and IEC have established a joint technical committee, ISO/IEC JTC 1. Draft International Standards adopted by the joint technical committee are circulated to national bodies for voting. Publicatio

32、n as an International Standard requires approval by at least 75 % of the national bodies casting a vote. 3) Attention is drawn to the possibility that some of the elements of this International Standard may be the subject of patent rights. ISO and IEC shall not be held responsible for identifying an

33、y or all such patent rights. International Standard ISO/IEC 9318-4 was prepared by subcommittee 25: Interconnection of information technology equipment, of ISO/IEC joint technical committee 1: Information technology. This second edition cancels and replaces the first edition published in 1990, and c

34、onstitutes a technical revision. The following items have been added or changed since the first edition: - revised scope; - attribute usage was added (subclause 4.10, subsequent clauses were renumbered); - addition of new parameters for position control command (subclause 7.2). ISO/IEC 9318-4 comple

35、ments other Intelligent Peripheral Interface standards. This publication has been drafted in accordance with the ISO/IEC Directives, Part 2.9318-4 ISO/IEC:2002(E) 9 INTRODUCTION This standard provides a definition of the device-generic command set portion of a series of standards called the Intellig

36、ent Peripheral Interface (IPI), a high performance, general- purpose parallel peripheral interface. This standard responds to an industry market need (expressed both by users and manufacturers) to limit the increasing costs in hosts associated with changes in peripherals. The first five clauses of t

37、his standard contain material that is useful across all classes of device that the device-generic command sets can support. Clauses 6 to 12 are oriented to particular device classes and in this document these clauses are intended for use with Magnetic Tape Drives. Clause 1 describes the scope. Claus

38、e 2 lists the normative references. Clause 3 provides descriptions of conventions. Clause 4 describes the Environment of Use and projected application areas. Clause 5 describes the Message Packet structure used for commands and responses. Clause 6 describes Control commands. Clause 7 describes Posit

39、ion commands. Clause 8 describes the most generic Transfer commands. Clause 9 describes the Combination Transfer commands, which require a minimum of two sets of extents. Clause 10 describes the other Transfer commands, which are more device specific than those in clause 8. Clause 11 describes the D

40、iagnostic commands. Clause 12 summarizes the commands defined in the document. Annex A gives an overview of interface levels and concepts. 10 9318-4 ISO/IEC:2002(E) INFORMATION TECHNOLOGY INTELLIGENT PERIPHERAL INTERFACE Part 4: Device generic command set for magnetic tape drives (IPI-3 tape) 1 Scop

41、e This part of ISO/IEC 9318 describes the logical level (generic level) interface for tape drives and it provides a definition of the device-generic portion of a family of standards called the Intelligent Peripheral Interface (IPI). The purpose of this standard is to facilitate the development and u

42、tilization of an intelligent interface which permits the interconnection of multiple peripheral types such as disk, tape and communications to a controller. The intent of the IPI is to isolate the host (CPU), both hardware and software, from changes in peripherals by providing a “function-generic“ c

43、ommand set to allow the connection of multiple types of peripherals (disks, printers, tapes, communications). To smooth the transition from the current methods to the generic approach, the IPI supports device-specific command sets to aid in bridging the gap between the two approaches. To accomplish

44、this set of goals, the design of the IPI includes device-specific and device- generic command sets. The device-specific command set provides: device-oriented control; physical data addressing; timing critical operations; lower device cost. The device-generic command set provides a higher level of fu

45、nctionality and portability. It includes: host/device independence; logical data addressing; timing independence; command queuing capability. A system is not restricted to the use of one level of command set or the other. It is possible that both levels of command sets will be utilized with a given

46、systems architecture to balance such parameters as system performance, cost and peripheral availability. It is also possible for the host to provide for the migration from device-specific to device-generic levels while still retaining the same physical interface. The IPI standards family includes th

47、e definition of a high performance, general-purpose parallel peripheral interface. However, the device-generic command set may also be transported over other non-IPI physical interfaces. ANSI X3.291:1997 contains “mappings“ to the High-Performance Parallel Interface (HIPPI) and Fibre Channel (FC) as

48、 well as to the IPI Enhanced Physical Interface. The “mappings“ are not contained in this document.9318-4 ISO/IEC:2002(E) 11 2 Normative references The following referenced documents are indispensable for the application of this document. For dated references, only the edition cited applies. ISO/IEC

49、 9661:1994, Information technology Data interchange on 12,7 mm magnetic tape cartridges 18 tracks, 1491 data bytes per millimetre ISO/IEC 11559:1993, Information technology Data interchange on 12,7 mm wide 18-track magnetic tape cartridges Extended format ISO/IEC 14251:1995, Information technology Data interchange on 12,7 mm wide 36-track magnetic tape cartridges ISO/IEC 1