GB/T 15936.5-1996 Information processing text and office systems Office document architecture (ODA) and interchange formats Part 5: Office document interchange format (ODIF)
Some standard content:
GB/T15936.5--1996
This standard is equivalent to the international standard ISO8613.5:1989 "Information processing texts and office system office document architecture (ODA) and exchange format Part 5: Office Document Interchange Format (ODIF)". By formulating this national standard, information processing texts and office system files can be easily exchanged. The differences between this standard and IS(8613.5) are as follows: a) When other standards are cited in the text and appendix, the standard number of my country is used instead of the corresponding international standard number. The corresponding relationship is: GB/T 7408 1994
GB/T 14814—1993
GB/T15936
GB/T 16262—1996
GB/T16263—1996
GB/T 15536—1995
Replace IS(8601:1988
Replace IS(8879:1986
Replace ISO 8613:1989
Replace ISO b) According to the basic provisions for compiling national standards, this standard retains the foreword of the adopted international standard and adds a "foreword"; e) In Chapter 2 of the original text, the two supplements on TSO8824:1987 and ISO8825:1987 have been included in the new versions of ISO8824:1990 and ISO8825:1987. : 1990 replaced, and GB/T16262-1996 and (GB/T16263-1996 are equivalent to ISO8824: 1990 and TSO88251990 respectively, so the two supplements are deleted in this standard. CB/T15936, under the general title of "Information processing text and office system office document architecture and exchange format", currently includes the following 8 parts:
Part 1 (ie GB/T15536.1): Introduction and Guidelines: Part 2 (GB/T15936.2): File structure; Part 4 (GB/T15936.4): File outline; Part 5 (GB/T15936.5): Office document interchange format (OI) IF); Part 6 (GB/T15936.6): Character content system structure; Part 7 (GB/T15936.7): Optical graphics content system structure; Part 8 (GB/T15936.8) + Geometric graphics content system structure; Part 10 (GB/T15936.10): Formal specification. Appendix B and Appendix F of this standard are appendices to the standard. Appendix A, Appendix C, Appendix D and Appendix F of this standard are all suggested appendices. This standard is proposed by the Ministry of Electronics Industry of the People's Republic of China. This standard is under the jurisdiction of the Standardization Research Institute of the Ministry of Electronics Industry. Drafting unit of this standard: Standardization Research Institute of the Ministry of Electronics Industry. The main drafters of this standard are Gao Jian, Feng Hui and Huang Weidun. GR/T 15936.51996
ISO Foreword
ISO) (International Organization for the Promotion of Standardization) is a worldwide organization formed by the union of member bodies of national standardization institutions (IS). The organization formulates international standards through its various technical committees. Every member body interested in a certain profession for which a technical committee has been established has the right to participate in the technical committee. Official and non-official international organizations associated with ISO can also participate in the formulation of international standards. ISO) cooperates closely with the International Electrotechnical Commission (IEC) in all aspects of electronic technology standardization. The draft international standards proposed by each technical committee must first be circulated to each member body for voting and approval, and then approved as international standards by the ISO () Council. According to ISO working guidelines: International standards require at least 7% approval of the voting member bodies. International standard ISO8613.5 was formulated by ISO/TC97\Information Processing Systems\Technical Committee. Months ago, ISO8613 consists of 7 parts. Part 1: Introduction and general principles;
- Part 2: Document structure:
- Part 3: Document profile;
- Part 5: Open Document Interchange Format (ODIF);
- Part 6: Character content architecture;
- Part 7: Lightroom graphics content architecture:
- Part 8: Geometric graphics content architecture. NOTE: There is no Part 3.
This International Standard may be supplemented by new parts
This International Standard was developed in parallel with the following standards: - ECMA 101-1985: Officeware Architecture: - CCITT T.73 (1984): File exchange protocol for telematics services; - CCITT T.410 series of recommendations (1988): Open Document Architecture (ODA) and Interchange Formats. This standard contains 5 appendices:
- Appendix A (suggestive appendix): Code representation; Appendix B (normative appendix), Application class tag allocation; Appendix C (suggestive appendix): Object identifier summary; Appendix D (suggestive appendix), Examples;
- Appendix E (normative appendix): Office document language (ODL) Appendix F (suggestive appendix), Examples of office document language representation. National Standard of the People's Republic of China
Information processing Text and office systems
Office Document Architecture (ODA) and interchange format-Part 5: Office Document Interchange Format (OD(F)1 Scope
GB/T15935 is to facilitate the exchange of documents. GB/15936.5-1996
id1 1so 8613-5: 1989
In GB/T15936, files are considered to be items such as memos, letters, invoices, forms and reports including pictures and tabular materials. The content elements used in files can be graphic characters, geometric elements and raster graphic elements. A file may include all of these elements.
Note: GB/T15936 is designed to allow expansion so that it can include printing characteristics, color, reports and other narrow types such as audio. GB/T15936 is applicable to file exchange achieved by means of data communication segments or exchange storage media. The file exchange of GB/T15936 can achieve the following two or one of the following purposes: - Allowing the product to be displayed as intended by the originator: Allowing processing such as editing and reformatting. The combination of files in the exchange can have several forms: - a formatted form that allows the display of the file, - a processable form that allows the processing of the file; a formatted processable form that allows display and processing. GB/T15936 also specifies the exchange of CODA information structures for processing the files being exchanged. In addition. GB/T1593 6 It also allows the exchange of files containing one or more different types of content, such as characters, images, shapes and sounds.
GB/T15936.3 defines
The data stream format for exchanging files structured in accordance with Part 1 of GB/T15936 using bundles - the representation of components that may appear in an exchanged file. Juice
1 This part of GB/T15936 does not specify the coded representation of content elements. 2 The data formats for presentation attributes and coding attributes are defined in other parts of CB/T15936.2 Cited Standards
The following standards contain clauses that are referenced in this standard and become clauses of this standard. When this standard is released, the versions shown are valid. All standards will be revised - the parties using this standard should explore the possibility of using the latest versions of the following standards. GB/T7408-1994 Data elements and exchange formats Information exchange date and time representation (idt1508601: 1988) Approved by the State Bureau of Technical Supervision on April 10, 1996 and implemented on December 1, 1996
GB/T 15936.5—1996
GB/T14814—1993 Information processing text and office system standard general markup language (SGMI.) (idtISO8879:1986
GB/T15936.1—1993 Information processing text and office system office document architecture (ODA) and exchange format Part: General principles for detailed introduction (idtIS08613-1:1989): GB/T15936.2 Information processing documents and office systems Office document architecture (ODA) and exchange formats Part 2: File structure (idtISO8613-2:1989); GB/T15936.4--1996 Information processing documents and office systems Office document architecture (ODA) and exchange formats Part 4: File profiles (idtISO 8613-4:1989); GB/T15936.6-1996 Information processing text and office system Office document architecture (ODA) and exchange format Part 6: Character content architecture (idtIS0) 8613-6:1989): GB/I15936.7-1996 Information processing text and office system Office document architecture (ODA) and exchange format Part 7: Raster graphics content architecture (iltIS0) 86137:1989) GB/T15936.8-1996 Information processing text and office system Office document architecture (ODA) and exchange format Part 1: Geometric graphics content architecture (idtIS) 8613-8; 1989): Information processing system Open System Interconnection Abstract Syntax Notation One (ASN.1) Specification idtISOGB/T GB/T 16262—1996 Information processing systems Open Systems Interconnection, Abstract Syntax Notation One (ASN.1) Basic Encoding Rules Specification (idt ISO8825:1990)
GR/T 15536—1995 Information processing SGMT. Exchange facility SGML Document Interchange Format (SDIF) (ict ISO90691986)
1SO9511-61 Information processing Graph and character information exchange Part 6: Grapheme and character attribute subsets and their application 3 Definitions
The definitions given in GB/T 15936.1 apply to this part of GB/T 15936. 4 File Representation
A structured file represented in accordance with GB/T 15936, exchanged either through the Office Document Interchange Format (ODIF) or through the Office Document Language (ODL) in conjunction with the SGML. Document Interchange Format (SDIF). The ODIF representation and the OIDL/SDIF representation are technically equivalent, and a file can be converted from one representation to another without losing the file's components and attribute information. Note: In order to meet the file representation requirements of completely different application environments, the representation of both the data structure (OIDL) and the language (ODL) has been standardized: ODIF represents a data structure that specifies the use of ASN.1. The ODIF is intended for use in the OSI environment. ODL is intended for use in the communication environment. Those systems that share information through marked text files, especially those where users can directly access marked files. 4.1 ODIF
COL)11 is an abstract data syntax in which the components and attributes of a file are represented according to the hierarchy of data structures and data items. Here, it is specified to use the abstract syntax notation ASN.1 defined in GB/T16262. The encoding representation of each data structure or data item is obtained by applying a set of encoding rules. Chapter 5 specifically defines ODIF.
Note: ASN.1 is a formal description method that can be used to describe application-related data types based on other data types, including data types such as integers, bit-valued, and basic data types defined in GB/T16262. Related ASN.1 The basic encoding rules are defined in GB/T 16263 and summarized in Appendix A.
4.2 and SIF
ODL is a language in which file components and attributes are identified by descriptive tags and are printed when required by the user.
Attributes can be composed of one or more storage entities (such as storage volumes). GB/T 15936.5—1996
For wide exchange, each ODL entity can be represented as a single data structure or a single data item according to ASN.1, and this representation is carried out on the constructed data stream according to the SGMI file exchange format defined in GB/T 15536. Appendix E specifies (OTD)Ic
Note: (IL. is in accordance with GB 14814 is an SGM[. application. 5 Office Document Interchange Format (ODIF)
5.1 General Description
A file structured in accordance with GB/T15936 is represented by a data stream consisting of one or more data structures of the following types:
-File outline descriptor;Www.bzxZ.net
-Layout object descriptor;
Layout object class descriptor:
Logical object descriptor:
-Editor object class descriptor:
--Presentation style descriptor,
Layout style descriptor;
-Text unit.
These data structures are called exchange data elements. Within the data stream, the exchange data elements are arranged according to certain rules specified below. GB/T15936 B/15936.5 defines two sets of rules, referred to as Type A Interchange Format and Type B Interchange Format. The rules of these rule sets that apply to a given data stream are specified in the file profile descriptor. In all cases, a data stream contains one and only one file profile descriptor, and this descriptor is always the first parent data element in the data stream. In data structures, the file profile descriptor shall be the only data structure. When a ()F)IF data stream is used as part of an ASV.1 external data type, the object syntax shall be constructed with an ASN.1 SEQUENCE-OF type that references the exchange data element type; the encoding of the data value shall consist of an integer multiple of octets and shall be constructed by applying the ASN.1 text encoding rules; and the value of the associated ASN.1 client identifier shall be (2800). NOTE: B/15936.5 does not define a method for incorporating exchange data elements or external data types in application proposals; nor does it define a method for mapping exchange data elements and external data types on data service units (in an OSI environment). 5.2 Class A Interchange Format
The Class A interchange format specifies that a data stream consists of a file descriptor and optionally one or more exchange data elements of the following types:
-Layout object descriptor:
Layout object class descriptor:
...Logical object descriptor
Serial object class descriptor;
"Product presentation style descriptor;
-Layout style descriptor;
-Text unit.| |tt||The order of exchanging data elements is as follows:
) text part descriptor;
h) layout object class descriptor;
c) logical object class descriptor:
d) text unit representing the general content part, e) presentation style descriptor;
layout style descriptor;
) layout object auxiliary descriptor:
h) logical object descriptor:
) text unit representing the specific content part. GB/T 15936.5—1996
Inside each layout object descriptor and logical object descriptor, the order of descriptors is the same as the sequential order defined in GB/T 15936.2.
If the data stream contains a layout object descriptor, the text units representing the specific content part are sorted in the layout sequential order: otherwise they are sorted sequentially in the logical sequence.
In each other group of exchange data elements, the order is arbitrary. 5.3 Class H Interchange Format
The Class B interchange format stipulates that a data stream consists of a file outline descriptor and optionally one or more exchange data elements of the following types:
Layout object descriptor:
--Layout object class descriptor;
Presentation style descriptor:
--Text unit.
The Class B interchange format can only be used Indicates a file that does not contain a specific or general recursive structure. That is, the file conforms to the formatted file architecture class. The order of exchange data elements is as follows: a) file descriptor; b) layout object class descriptor and associated text unit; c) display descriptor; l) layout object class descriptor and associated text unit. Within a set of layout object class descriptors and associated text units, the order is as follows: a set of descriptors with only the same identifier, except for the last number in each identifier, follow each other in the data stream, and there are no other descriptors between them. However, for the same object, each descriptor of an object class is followed by an associated text unit. Within a set of layout object descriptors and an associated text unit, the order of descriptors is the same as B/T15936.2. The order of the descriptors of a given object is arbitrary, and the order of the associated text items within a presentation style descriptor is arbitrary. 5.4 Descriptions and text elements
A file descriptor, a layout object descriptor, a layout object class descriptor, an edit object descriptor, a logic object class descriptor. A presentation style descriptor or a layout style descriptor consists of simple and complex data items representing the properties of the relevant component. A file descriptor, a layout object class, each style and each object are represented by a description element. A presentation style descriptor consists of two parts: a) an attribute field, i.e. a data structure consisting of simple and complex data items representing the properties of the relevant content part; and b) an information field, i.e. a data structure consisting of either data items or a collection of data items. It represents the content element of the content part under consideration.
Each content part has a textual representation. The data format of the exchanged data elements is specified in 5.5 to 5.12, and the abstract syntax notation ASN.1.1 defined in GB/T 16262 is used. The data format of 5.5 to 5.12 is not specified in GB/T 15935.5. 6.1 to 5.4 and other parts of GB/T 15936 provide supplementary rules. For example, the keyword PTIAL. only refers to a certain data structure or data item, and is not an instance of a data structure. The conditions that control the appearance or non-appearance of a data structure or data item are specified in the first and fourth parts of GB/T 15936. 5.5 Exchange Data Elements
Transformation Data Elements 128155)
DEFINITIONS
::-BEGIN
EXPORTS Exchange Data Elements;
IMPORTS File Outline Descriptor
FROM File Outline Descriptor
Layout Class Descriptor, Layout Object Descriptor
FROM Layout Descriptor
Logical Class Descriptor, Logical Object Descriptor FROM Logical Abstract Descriptor
Presentation Style Descriptor, Layout Style Descriptor FROM Style Descriptor descriptor
text unit
FROM text unit
exchange data element
file outline
layout object class
layout object
content part
logical object class
logical object
presentation style
layout style
5.6 File outline descriptor
=CHOICE(
[O]IMPLICIT file outline descriptor:
[1]IMPLICIT layout class descriptor.
[2] IMPLICIT layout object descriptor, [3] IMPLICIT text unit,
[5] IMPLICIT logical class descriptor,
[6] IMPLICIT logical object descriptor. [7] IMPLICIT presentation style descriptor, [8] IMPLICIT layout style descriptor!
file wheel descriptor (2 8156
DEFINITIONS
: =BEGIN
EXPORTS file outline descriptors:
IMPOR'S resource name, object or class identifier FROM identifier and expression
measurement, transparency, color, size, border, media type FROM layout descriptor
FROM layout descriptor
architecture class, content type, block alignment, padding order FROM format descriptor
encoding type
FROM text unit
character content default, character display characteristics, character encoding attributes FROM character outline attributes (28164):
raster content default, raster display characteristics, raster encoding attributes FROM raster outline attributes (28174)
(See 5. 6)
(See 5.9)
(See 5.10)
(See 5.12)
(See 3.10)
(See 3.12)
(See GB/T 15936.6)
(Match GB/T 15936.7)
GB/T 15936.5—1996
Geometric content default, geometric display characteristics, geometric abbreviation attributes FROM geometric outline attributes 128184}
Academic reference FROM ISO 9541-F (NTSi1 9541 6 1 0); File descriptor
General layout structure
Specific layout structure
General logical structure
Specific logical structure
Display pattern
Layout pattern
For general structure·
::=SET!
IO|IMPLICIT numeric string OPTIONAL,[1]IMPLICIT numeric string OPTIONAL,
[4] IMP1.ICIT numeric string OPTIONAL,_5] IMPLICIT mathematical string OPTIONAL,6] IMPLICIT mathematical string OPTIONAL.
[7 IMPIICIT numerical string OPTIONAL:
\0\ means 'partial generator set', '1\ means 'complete generator set', '2\ means 'four subsets',
For other cases, '1\ means that the mathematical value "exists". External file class
Resource file
Resource identifier
Object class identifier
File characteristics
File management attributes
File properties
File application profile
9]File use OPT1ONAL,
_10]File use OPTDNAL,
[11]IMPLICIT SET OF SET':
Resource name
Object or class identifier)OPTIONA[.
[2] IMPL.ICIT file characteristics OPTIONAL,「3]IMPLICIT file management attributes OPTIONAL】\-SET!
CHOICE:
EO IMPLICIT INTEGER
Group 4 fax (2) 1
(See GB/T 15936.8)
(See ISO 9541.6)
[4. IMP1.ICIT ORJECT IDENTIFIER)OPTIONAL,Document application profile default
Document architecture class
Content structure class
Interchange format class
odabook
Standard or recommendation
Publication date
Non-essential document properties
Non-essential structure properties
Additional document properties
Document application profile default
Document architecture default
[10]IMPLICITDocument application profile defaultOPTIONAL,[]] IMPI.ICIT INTEGER
formatted(0):
processable(1):
formattedprocessable(2)OPTIONAL
L5 IMPLICIT SET OF ORJECT IDENTIFIER OPTIONAL..[6, IMPLICIT INTEGER!
if a(0).
if h(1)JOPTIONAL.
[8J IMPLICT SEQUENCE:
Ning character data,
H period and time:O1T10NA1,
-27 IMPLICIT non-basic file characteristicsOPTIONAL.,E3IMPI.ICIT non-basic structure characteristicsOPTIONAL.,[9JMPI.ICIT additional file characteristicsOPTIONAL:: =SET!
[O]IMPLICITFile system structure defaultOPTIONALSymbol embedding default
Raster graphics content default
Geometric graphics content default
GB/T15936.5—1996
E1_IMPLICIT character content default OPTIONAL, E2]IMFLICIT raster graphics content default OPTIONAL, [3]IMPLICIT geometric graphics content default OPTIONAL, the following tags are reserved for additional types of content defaults: []Videotex, used in conjunction with CCITT recommendations-[5]Sound
[6Dynamic graphics
External content architecture default [[7]IMPLICITSEQUENCEOFEXTERNALOP TIONAL】Document Architecture Default
Content Architecture Class
Content Type
Page Size
Transparency
Layout Orientation
Media Type
Block Alignment
Page Position
Encoding Type
Non-basic File Features
Outline Character Nesting
Comment Character Set
Alternative Representation Character Set
LO]JMPI.ICITContent Architecture Class OPTIONAL, [IIMFLICIT CONTENT TYPE OPTIONAL, [2] IMPLICIT METRIC PAIR OPTIONAL, [3] IMPLICIT TRANSPARENCY OPTIONAL,
[A] IMFLICIT COLOR OPTIONAL,
[5] IMPLICIT ONE OF FOUR ANGLES (PTIONAL, [6] IMFLICIT MEDIA TYPE OPTIONAL 7 IMPLICIT BLOCK ALIGNMENT OPTIONAL,
[8] IMFLICIT BOUNDARY OPTIONAL,
[9] IMPLICIT METRIC PAIR OPTIONAL,
[10] CODING TYPE OPT1ONAL]
::=SET
[5] IMPLICIT OCTFT STRING OFTIONAL. [I IMPLICIT OCTET STRING OPTIONAL, [6] IMPLICIT OCTET STRING OPTIONAI.,Each octet string represents an escape sequence string page size
media type
layout orientation
transparency
block alignment
padding order
page position
encoding type
character display features
raster graphics display features
any graphics display features
E2_IMPLICIT SET OF size pairs OPTIONAL.,:8 IMPLICIT SET OF media type OPTIONAL,L21 IMPLICIT SET OF one of the four angles OPTIONAI.,E221 IMPLICIT SET OF transparency OPTIONAL.E23] IMPI.ICIT SET OF protection OPTIONAL.[24|IMPLICIT SET OF fast alignment OPTIONAL.[25] IMPI.ICIT SET OF Fill order OPTIONAL.,[26] IMPLICIT SET OF color OPTIONAL,E27J IMPLICIT SET OF border OPTIONAL,[28 IMPLICIT SET OF metric pairs OPTIONAL.[29_ IMPLICIT SET OF encoding type OPTIONAL.I9TIMPLICIT SET OF character display features OPTIONAL,[4] IMPI.ICIT SET OF optical graphics display features OPTIONAL,[12] IMPLICIT SET OF geometric graphics display features OPTIONAL,The following tags are reserved for additional types of display features:-[13] videotex, used in conjunction with CCITT recommendations--[14] sound
[15] dynamic graphics
character encoding attributes
optical graphics abbreviation attributes
geometric graphics encoding attributes
GB/T 15936.5—1996
「16 IMPLICIT SET OF CHARACTER CODING ATTRIBUTES OPTIONAL, [3] IMPLICIT SET OF RASTER GRAPHICS CODING ATTRIBUTES OPTIONAL, L17 IMPLICIT SET OF GEOMETRY CODING ATTRIBUTES OPTTONAL, The following tags are reserved for additional types of coding attributes|18: VIDEOTEX, used in conjunction with CCITT recommendations—_19] 音音
［[20] DYNAMIC GRAPHICS
External non-essential explicit features
L10J IMPLICIT SEQUENCE OF EXTERNAL OPTJONAL, 1I1 IMPLICIT SEQLENCE OF EXTERNAL OPTIONAL)External non-basic encoding attributes
Non-basic structure characteristics
Number of objects per page
Attached file characteristics
Unit ratio
Font table
Type table
H-SETt
.OT IMPI.ICIT INTEGER OPTIONAL::=SET:
F3,IMPLICIT SEQUENCE (INTEGER.INFEGER) OPTICINAL,[2]IMPLICIT Font tableOPTIONAL,
::-SETOFSET:
Font identifier
Font reference
File management attributes
File description
Date and time
Originator
Other user information
External references
Local file references
Content attributes
Security information
File description
File type
Keywords
File reference
Character data
Font reference
[?]LMPLICIT File descriptionOPTIONAL,[O] IMPI.ICIT Date and time(PTIONAL,!1 IMPLICIT OriginatorOITIONAL,[2_IMPI.ICIT Other user information OPTIONAL,_3_ [MILICIT external reference OPTIONAL,A.IMPLICIT local file reference OPTIONAL,[5]MPLICIT content attributes OPTIONAL,[G」IMPLICIT security information OPTIONAL!=SET
[O]IMHLICIT character data OPTIONAL,[I IMPLICIT treasure data OFTIONAI..[2]IMPL.ICIT character data OPTIONAL.3IMPI.ICIT character data OPTIONAL
_A_ IMPLICIT SET (OF character data OPTIONAL,_5 file reference OPTIONAI.
: --IAPPLICATION3J IMPL.ICIT OCTET STRING The character string is taken from the set specified by the attribute
"round character set", carriage return and line feed
file reference
unique reference
=CHOIE
OBJECT IDENTIFIER,
Description citation
Date and time
File date and time
Creation date and time
Local archive 1 issue and time
Ningfu data!
IMPLICIT PERIOD AND TIME OPTIONAL,
LI,IMPLICIT PERIOD OPTIONAL
[2]JMPLICIT SEQUENCE OF DATE TIME OPTIONAL. Expiration date and time
Start date and time
Clearance date and time
Release period and time
Revision history
Revision date and time
Version number
Revision notice
Version reference
Application note
Date and time
GB/T 15936.5—1996
[3] IMPLICIT DATE AND TIME OPTIONAL.,[4] IMPLICIT DATE AND TIME OPTIONAL.,[5]IMPLICIT DATE AND TIME OPTIONAL,[G] IMPLICIT DATE AND TIME (OPTIONAL,[7] IMPLICIT SEQUENCEOF SET (「OIMPLICIT MONTH AND TIME OPTIONAL,[1] IMPI.ICIT DATE AND TIME OPTIONAL.,[2] IMPLICIT SET OF SET}
_OJ IMPLICIT SET OF PERSONNEL NAME OPTIONAL,E1] IMPLICIT CHARACTER DATA (PTIONAL,[2] IMPLICIT SCHOOL DATA (OPTIONAL;OPT1ONAL,[3] FILE REFERENCE OFFTIONAL,
[4] IMPLICIT CHARACTER DATA OPTIONALJOPTIONAL]=APPLICATION 4] IMPLICIT Printable single character string indicating date and time (optional), and should comply with GB/T7408. Originator
Preparer
Personnel name
Owner
Personnel name
Personnel name
Initial
Other user information
Copyright information
Copyright period
User specific code
Distribution table
Personnel name
Additional letters
External references
References to other files
CO]IMPLICIT SET OF CHARACTER DATAOPTIONAL, 1]IMPLICIT SEQUENCE OF SET
[O] IMPLICIT PERSONNEL NAMEOPTIONAL, 2] IMPLICIT CHARACTER DATAOPTIONAL)OPTJONAL, [2] IMPLICIT SEQUENCE OF SET2O] IMPLICIT personnel name (PTIONALIOPT1ONAL:_1 IMPLICIT character data OFTIONAL)OPTIONAL)[3. IMPLICIT SEQUENCE OF SET(_O] IMPLICIT personnel name OPTIONAI.,\1J IMPLICIT character data OPTIONALJOPTIONAL)::-APPLIC.ATION6IMPLICIT SET↑[O]IMPI.ICJT learning symbol data,
1] IMPLICIT character data OPTIONAL,2IMPLICIT character data OPTIONAL,
_3] IMPI.ICIT learning symbol data (OPTIONAL)::-SET(
[0′ IMPLICIT SET OF SET
OJIMPLICITSETOF character data OPTIONAL, IMPLICITSETOF date and time PTIONALJOPTIONAL,L1_ IMPI,ICIT String data OPTIONAL. [2 IMPLICIT SET OF Character data OPTIONAL, [3_ IMPLICIT SET QL'ENCE OF SET(] IMPLICIT Personnel name OPTIONALE1] IMPLICIT Character data OPTIONALJOPTIONAL, [5' ANY OPTIONAL]
H-SET(
[O] IMPLICIT SET OF File reference OPTIONAL, Replace file
Local file reference
File name
User comment
Content attributes
File size
Security information
Security category
Access rights
5.7 Identifiers and expressions
GB/T 15936.5—1996
FII IMPLICIT SET UF File use OPTIONAL,:: -SET OF SET:
[G IMILICIT academic data OPTIONAL[1]IMILICIT character data OPTIONAL，[2]IMPLICIT character data OPTIONAL】::=SET
EIJ IMPLICIT INTEGER OPTIONAL,[2 IMPLICIT INTEGER OPTIONAL,[4] JMP1.ICIT SFT (F character data OPTIONAL)H=SET
CHOICEi
[o] IMPLICIT personnel name，
! 4|IMPLICIT character data/OFTIONAL，[1] IMPLICIT academic data OPTIONAL,[2 IMI1.ICIT SET(F character data (PTIONAL)END
Identifiers and expressions (2 8 1 5 7)
DEFINITIONS
H-BEGIN
EXPORTS content-part identifier, object and class identifiers, pattern identifiers, layout class names,
resource names, binding names:
structure-expression, object identifier-expression, number-expression, descriptor-expression;
IMPORTS layout object type
FROM layout descriptor
logical object type
FROM logical descriptor
content-part identifier
:-[APPIIATION O] IMPLICIT Printable String The current version of this standard uses numbers and spaces; other characters are treated as extensions.
Object or type identifier
: =[APPI.1ATION 1] IMPLICIT printable string The current version of this standard uses only digits and spaces; other characters are used as extensions;
empty string represents a "null" value.
Companion identifier
: =[APPLIATION 5IMPLICIT printable string The current version of this standard uses only digits and spaces; other characters are used as extensions!
-empty string represents a "null" value.
Layout class name
Printable string
empty string represents a "null" value
Resource name
Link name
:=printable string
=printable string
(see 5.8)
(see 5.9)
[4] MPLICIT character data OPTIONAL[OPTIONAL]=APPLICATION 4] IMPLICIT printable character string representing date and time (optional), and should comply with GB/T7408. Originator
Preparer
Personnel name
Owner
Personnel name
Personnel name
Initials
Other user information
Copyright information
Copyright period
User-specific code
Distribution table
Personnel name
Additional information
External references
References to other files
CO]IMPLICIT SET OF CHARACTER DATAOPTIONAL,1JIMPLICIT SEQUENCE OF SET
[O] IMPLICIT PERSONNEL NAMEOPTIONAL,1] IMPLICIT CHARACTER DATAOPTIONAL)OPTJONAL,[2] IMPLICIT SEQUENCE OF SET[O] IMPLICIT PERSONNEL NAME(PTIONALIOPT1ONAL:_1 IMPLICIT character data OFTIONAL)OPTIONAL)[3. IMPLICIT SEQUENCE OF SET(_O] IMPLICIT personnel name OPTIONAI.,\1J IMPLICIT character data OPTIONALJOPTIONAL)::-APPLIC.ATION6IMPLICIT SET↑[O]IMPI.ICJT learning symbol data,
1] IMPLICIT character data OPTIONAL,2IMPLICIT character data OPTKNAL，
_3] IMPI.ICIT learning symbol data (OPTIONAL)::-SET(
[0′ IMPLICIT SET OF SET
OJIMPLICITSETOF character data OPTIONAL, IMPLICITSETOF date and time PTIONALJOPTIONAL，L1_ IMPI,ICIT learning symbol data OPTIONAL.[2IMPLICITSETOF character data OPTIONAL，[3_ IMPLICIT SET QL'ENCE OF SET(] IMPLICIT Personnel Name OPTIONALE1] IMPLICIT Character Data OPTIONAL JOPTIONAL, [5' ANY OPTIONAL]
H-SET(
[O] IMPLICIT SET OF File Reference OPTIONAL, Replace File
Local File Reference
File Name
User Comments
Content Attributes
File Size
Security Information
Security Category
Access Rights
5.7 Identifiers and Expressions
GB/T 15936.5—1996
FII IMPLICIT SET UF File Use OPTIONAL,:: -SET OF SET:
[G IMPLICIT =SET
EIJ IMPLICIT INTEGER OPTIONAL,[2 IMPLICIT INTEGER OPTIONAL,[4] JMP1.ICIT SFT (F character data OPTIONAL)H=SET
CHOICEi
[o] IMPLICIT personnel name,
! 4|IMPLICIT character data/OFTIONAL,[1] IMPLICIT character data OPTIONAL,[2 IMI1.ICIT SET(F character data (PTIONAL)END
identifier and expression (2 8 1 5 7)
DEFINITIONS
H-BEGIN
EXPORTS content-part identifier, object and class identifiers, pattern identifiers, layout class names,
resource names, binding names:
structure-expression, object identifier-expression, number-expression, descriptor-expression;
IMPORTS layout object type
FROM layout descriptor
logical object type
FROM logical descriptor
content-part identifier
:-[APPIIATION O] IMPLICIT Printable String The current version of this standard uses numbers and spaces; other characters are treated as extensions.
Object or type identifier
: =[APPI.1ATION 1] IMPLICIT printable string The current version of this standard uses only digits and spaces; other characters are used as extensions;
Empty string represents a "null" value.
Companion identifier
: =[APPLIATION 5IMPLICIT printable string The current version of this standard uses only digits and spaces; other characters are used as extensions!
-Empty string represents a "null" value.
Layout class name
Printable string
Empty string represents a "null" value
Resource name
Link name
:=printable string
=printable string
(see 5.8)
(see 5.9)
[4] MPLICIT character data OPTIONAL[OPTIONAL]=APPLICATION 4] IMPLICIT printable character string representing date and time (optional), and should comply with GB/T7408. Originator
Preparer
Personnel name
Owner
Personnel name
Personnel name
Initials
Other user information
Copyright information
Copyright period
User-specific code
Distribution table
Personnel name
Additional information
External references
References to other files
CO]IMPLICIT SET OF CHARACTER DATAOPTIONAL,1JIMPLICIT SEQUENCE OF SET
[O] IMPLICIT PERSONNEL NAMEOPTIONAL,1] IMPLICIT CHARACTER DATAOPTIONAL)OPTJONAL,[2] IMPLICIT SEQUENCE OF SET[O] IMPLICIT PERSONNEL NAME(PTIONALIOPT1ONAL:_1 IMPLICIT character data OFTIONAL)OPTIONAL)[3. IMPLICIT SEQUENCE OF SET(_O] IMPLICIT personnel name OPTIONAI.,\1J IMPLICIT character data OPTIONALJOPTIONAL)::-APPLIC.ATION6IMPLICIT SET↑[O]IMPI.ICJT learning symbol data,
1] IMPLICIT character data OPTIONAL,2IMPLICIT character data OPTKNAL，
_3] IMPI.ICIT learning symbol data (OPTIONAL)::-SET(
[0′ IMPLICIT SET OF SET
OJIMPLICITSETOF character data OPTIONAL, IMPLICITSETOF date and time PTIONALJOPTIONAL，L1_ IMPI,ICIT learning symbol data OPTIONAL.[2IMPLICITSETOF character data OPTIONAL，[3_ IMPLICIT SET QL'ENCE OF SET(] IMPLICIT Personnel Name OPTIONALE1] IMPLICIT Character Data OPTIONAL JOPTIONAL, [5' ANY OPTIONAL]
H-SET(
[O] IMPLICIT SET OF File Reference OPTIONAL, Replace File
Local File Reference
File Name
User Comments
Content Attributes
File Size
Security Information
Security Category
Access Rights
5.7 Identifiers and Expressions
GB/T 15936.5—1996
FII IMPLICIT SET UF File Use OPTIONAL,:: -SET OF SET:
[G IMPLICIT =SET
EIJ IMPLICIT INTEGER OPTIONAL,[2 IMPLICIT INTEGER OPTIONAL,[4] JMP1.ICIT SFT (F character data OPTIONAL)H=SET
CHOICEi
[o] IMPLICIT personnel name,
! 4|IMPLICIT character data/OFTIONAL,[1] IMPLICIT character data OPTIONAL,[2 IMI1.ICIT SET(F character data (PTIONAL)END
identifier and expression (2 8 1 5 7)
DEFINITIONS
H-BEGIN
EXPORTS content-part identifier, object and class identifiers, pattern identifiers, layout class names,
resource names, binding names:
structure-expression, object identifier-expression, number-expression, descriptor-expression;
IMPORTS layout object type
FROM layout descriptor
logical object type
FROM logical descriptor
content-part identifier
:-[APPIIATION O] IMPLICIT Printable String The current version of this standard uses numbers and spaces; other characters are treated as extensions.
Object or type identifier
: =[APPI.1ATION 1] IMPLICIT printable string The current version of this standard uses only digits and spaces; other characters are used as extensions;
empty string represents a "null" value.
Companion identifier
: =[APPLIATION 5IMPLICIT printable string The current version of this standard uses only digits and spaces; other characters are used as extensions!
-empty string represents a "null" value.
Layout class name
Printable string
empty string represents a "null" value
Resource name
Link name
:=printable string
=printable string
(see 5.8)
(see 5.9)Replace file
Local file reference
File name
User comments
Content attributes
File size
Security information
Security category
Access rights
5.7 Identifiers and expressions
GB/T 15936.5—1996
FII IMPLICIT SET UF FILE OPTIONAL,:: -SET OF SET:
[G IMPLICIT INTEGER OPTIONAL[1] IMPLICIT CHARACTER DATA OPTIONAL,[2] IMPLICIT CHARACTER DATA OPTIONAL]::=SET
EIJ IMPLICIT INTEGER OPTIONAL,[2 IMPLICIT INTEGER OPTIONAL,[4] JMP1.ICIT SFT (F character data OPTIONAL) H = SET || tt || CHOICEi || tt || [o] IMPLICIT Personnel name, || tt || ! 4 | IMPLICIT Character data / OFTIONAL, [1] IMPLICIT Character data OPTIONAL, [2 IMI1.ICIT SET (F character data (PTIONAL) END || tt || Identifier and expression (2 8 1 5 7)
DEFINITIONS
H-BEGIN
EXPORTS content-part identifier, object and class identifiers, pattern identifiers, layout class names,
resource names, binding names:
structure-expression, object identifier-expression, number-expression, descriptor-expression;
IMPORTS layout object type
FROM layout descriptor
logical object type
FROM logical descriptor
content-part identifier
:-[APPIIATION O] IMPLICIT The current version of this standard uses numbers and spaces; other characters are for reference only.
object or type identifier
: =[APPIIATION 1] IMPLICIT Printable string The current version of this standard uses only numbers and spaces; other characters are used as extensions;
Empty string represents a "null" value.
Identifier
:=[APPLIATION 5IMPLICIT Printable string The current version of this standard uses only numbers and spaces; other characters are used as extensions!
-Empty string represents a "null" value.
Layout category name
Printable string
Empty string represents a "null" value
Resource name
Link name
:=Printable string
=Printable string
(see 5.8)
(see 5.9)Replace file
Local file reference
File name
User comments
Content attributes
File size
Security information
Security category
Access rights
5.7 Identifiers and expressions
GB/T 15936.5—1996
FII IMPLICIT SET UF FILE OPTIONAL,:: -SET OF SET:
[G IMPLICIT INTEGER OPTIONAL[1] IMPLICIT CHARACTER DATA OPTIONAL,[2] IMPLICIT CHARACTER DATA OPTIONAL]::=SET
EIJ IMPLICIT INTEGER OPTIONAL,[2 IMPLICIT INTEGER OPTIONAL,[4] JMP1.ICIT SFT (F character data OPTIONAL) H = SET || tt || CHOICEi || tt || [o] IMPLICIT Personnel name, || tt || ! 4 | IMPLICIT Character data / OFTIONAL, [1] IMPLICIT Character data OPTIONAL, [2 IMI1.ICIT SET (F character data (PTIONAL) END || tt || Identifier and expression (2 8 1 5 7)
DEFINITIONS
H-BEGIN
EXPORTS content-part identifier, object and class identifiers, pattern identifiers, layout class names,
resource names, binding names:
structure-expression, object identifier-expression, number-expression, descriptor-expression;
IMPORTS layout object type
FROM layout descriptor
logical object type
FROM logical descriptor
content-part identifier
:-[APPIIATION O] IMPLICIT The current version of this standard uses numbers and spaces; other characters are for reference only.
object or type identifier
: =[APPIIATION 1] IMPLICIT Printable string The current version of this standard uses only numbers and spaces; other characters are used as extensions;
Empty string represents a "null" value.
Identifier
:=[APPLIATION 5IMPLICIT Printable string The current version of this standard uses only numbers and spaces; other characters are used as extensions!
-Empty string represents a "null" value.
Layout category name
Printable string
Empty string represents a "null" value
Resource name
Link name
:=Printable string
=Printable string
(see 5.8)
(see 5.9)
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