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GB/T 33863.3-2017: OPC unified architecture -- Part 3: Address space model
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OPC unified architecture -- Part 3: Address space model
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GB/T 33863.3-2017
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Basic data | Standard ID | GB/T 33863.3-2017 (GB/T33863.3-2017) | | Description (Translated English) | OPC unified architecture -- Part 3: Address space model | | Sector / Industry | National Standard (Recommended) | | Classification of Chinese Standard | N10 | | Classification of International Standard | 25.040 | | Word Count Estimation | 112,177 | | Date of Issue | 2017-07-12 | | Date of Implementation | 2018-02-01 | | Quoted Standard | ISO/IEC 10918-1; ISO/IEC 15948; IEC/TR 62541-1; IEC 62541-4; IEC 62541-5; IEC 62541-6; IEC 62541-8; IEEE 754-1985; IETF RFC 3066; XML SCHEMA HTTP: //WWW. W3. ORG/TR/XMLSCHEMA-1/; XML SCHEMA HTTP: //WWW. W3. ORG/TR/XMLSCHEMA-2/ | | Adopted Standard | IEC 62541-3-2010, IDT | | Issuing agency(ies) | General Administration of Quality Supervision, Inspection and Quarantine of the People's Republic of China, Standardization Administration of the People's Republic of China | | Summary | This standard specifies the OPC Uniform Architecture (OPC UA) address space and its objects. The content of this standard is OPC UA meta-model, which is the basis of OPC UA information model. This standard is used to guide the development of OPC UA client or server applications. | GB/T 33863.3-2017: OPC unified architecture -- Part 3: Address space model---This is a DRAFT version for illustration, not a final translation. Full copy of true-PDF in English version (including equations, symbols, images, flow-chart, tables, and figures etc.) will be manually/carefully translated upon your order.
OPC unified architecture. Part 3. Address space model
ICS 25.040
N10
National Standards of People's Republic of China
OPC Unified Architecture Part 3. Address Space Model
(IEC 62541-3.2010, IDT)
2017-07-12 Posted
2018-02-01 implementation
General Administration of Quality Supervision, Inspection and Quarantine of People's Republic of China
China National Standardization Administration released
Directory
Foreword IX
Introduction Ⅹ
1 Scope 1
2 Normative references 1
3 Terms, definitions, abbreviations and conventions 1
3.1 Terms and definitions 1
3.2 Abbreviations 2
3.3 agreement 3
3.3.1 Address Space Map Conventions
3.3.2 Definition of node class conventions 3
4 Address Space Concept 4
4.1 Overview 4
4.2 Object Model 4
4.3 Node Model 5
4.3.1 Overview 5
4.3.2 Node class 6
4.3.3 Attributes 6
4.3.4 References 6
4.4 Variables 7
4.4.1 Overview 7
4.4.2 Features 7
4.4.3 Data Variables 7
4.5 Type Definition Node (TypeDefinitionNodes) 7
4.5.1 Overview 7
4.5.2 Complex Type Definition Node and its Instance Declaration 8
4.5.3 Subtyping 9
4.5.4 Instantiation of complex type definition nodes 9
4.6 Event Model 10
4.6.1 Overview 10
4.6.2 Event Types 10
4.6.3 Event Classification 11
4.7 Method 11
5 standard node classes (NodeClasses) 11
5.1 Overview 11
5.2 Basic Node Class 12
5.2.1 Overview 12
5.2.2 Node ID 12
5.2.3 NodeClass 12
5.2.4 Browse Names (BrowsName) 12
5.2.5 DisplayName (DisplayName)
5.2.6 Description (Description)
5.2.7 WriteMask 13
5.2.8 UserWriteMask 14
5.3 Reference Type Node Class 14
5.3.1 Overview 14
5.3.2 Properties 15
5.3.3 References 16
5.3.3.1 Overview 16
5.3.3.2 HasProperty Reference 16
5.3.3.3 HasSubtype reference 16
5.4 View Node Classes (ViewNodeClass) 17
5.5 Objects 18
5.5.1 Object Node Classes (18)
5.5.2 Object Type Node Class 20
5.5.3 Standard Object Types Folder Type (ObjectTypeFolderType) 22
5.5.4 Object-Type Objects for Client-Generated 22
5.6 Variables 22
5.6.1 Overview 22
5.6.2 Variable Node Class 22
5.6.3 Features 26
5.6.4 Data Variables 26
5.6.5 Variable Type Node Class 27
5.6.6 Variables Types of Variables Client Generated 28
5.7 Method Node Class 29
5.8 Data Types 30
5.8.1 Data Type Model
5.8.2 encoding rules for different data types 32
5.8.3 Data Types Node Class 32
5.8.4 Data Types Dictionary, Data Type Description, Data Type Encoding, and Data Type System 34
5.9 Summary of Node Properties 36
6 Type Types of Object Types and Variable Types 36
6.1 Overview 36
6.2 Definition 36
6.2.1 Instance Declaration 36
6.2.2 Examples without modeling rules 37
6.2.3 Instance Declarations Hierarchy 37
6.2.4 Similar nodes declared by the instance 37
6.2.5 browsing path 37
6.2.6 Attributes of Instance Declarations 37
6.2.7 Attributes for Variables and Variable Types 37
6.3 Subtypes of Object Types and Variable Types 37
6.3.1 Overview 37
6.3.2 Properties 38
6.3.3 Example Statement 38
6.3.3.1 Overview 38
Complete Inheritance of InstanceDeclarationHierarchy (Instance Declarations Hierarchy)
6.3.3.3 Coverage Instance Statements 41
6.4 Examples of Object Types and Variable Types 41
6.4.1 Overview 41
6.4.2 Create Instance 41
6.4.3 Restrictions on instances 42
6.4.4 Modeling Rules 43
6.4.4.1 General 43
6.4.4.2 Describe the characteristics of modeling rules 43
Subclassing rules for modeling rules 43
6.4.4.4 Modeling Rules Attribute instantiation rules 44
6.4.4.5 Standard Modeling Rules 45
6.5 Change the used type definition 48
6.6 Parent Model (ModelParent) 48
7 standard reference type 49
7.1 Overview 49
References References type
7.3 HierarchicalReference Reference Type 50
7.4 NonHierarchicalReference reference type 50
7.5 HasChild reference type 51
7.6 Aggregates reference type 51
7.7 HasComponent reference type 51
7.8 HasProperty Reference Type 51
7.9 HasOrderedComponent Reference Type 51
7.10 HasSubtype reference type 51
7.11 Organizes reference type 52
7.12 HasModelingRule reference type 52
7.13 HasModelParent reference type 52
7.14 HasTypeDefinition reference type 52
7.15 HasEncoding Reference Type 52
7.16 HasDescription reference type
7.17 GeneratesEvent 53
7.18 AlwaysGeneratesEvent 53
7.19 HasEventSource 53
7.20 HasNotifier 53
8 standard data type 55
8.1 Overview 55
8.2 NodeId 55
8.2.1 Overview 55
8.2.2 NamespaceIndex
8.2.3 IdentifierType 55
8.2.4 Identifier value 56
8.3 QualifiedName 56
8.4 LocaleId 57
8.5 LocalizedText 57
8.6 Parameter 57
8.7 BaseDataType 58
8.8 Boolean 58
8.9 Byte 58
8.10 ByteString 58
8.11 DateTime 58
8.12 Double 58
8.13 Duration 58
8.14 Enumeration 59
8.15 Float 59
8.16 Guid 59
8.17 SByte 59
8.18 IdType 59
8.19 Image 59
8.20 ImageBMP 59
8.21 ImageGIF 59
8.22 ImageJPG 59
8.23 ImagePNG 59
8.24 Integer 59
8.25 Int16 59
8.26 Int32 59
8.27 Int64 60
8.28 TimeZoneDataType 60
8.29 NamingRuleType 60
NodeClass (Node Class)
8.31 Number 61
8.32 String 61
8.33 Structure 61
8.34 UInteger 61
8.35 UInt16 61
8.36 UInt32 61
8.37 UInt64 61
8.38 UtcTime 61
8.39 XmlElement 61
9 standard event type (EventType) 61
9.1 Overview 61
9.2 BaseEventType 62
9.3 SystemEventType 62
9.4 AuditEventType 62
9.5 AuditSecurityEventType 64
9.6 AuditChannelEventType 64
9.7 AuditOpenSecureChannelEventType 64
9.8 AuditSessionEventType 64
9.9 AuditCreateSessionEventType 64
9.10 AuditUrlMismatchEventType 64
9.11 AuditActivateSessionEventType 64
9.12 AuditCancelEventType 64
9.13 AuditCertificateEventType 64
9.14 AuditCertificateDataMismatchEventType 65
9.15 AuditCertificateExpiredEventType 65
9.16 AuditCertificateInvalidEventType 65
9.17 AuditCertificateUntrustedEventType 65
9.18 AuditCertificateRevokedEventType 65
9.19 AuditCertificateMismatchEventType 65
9.20 AuditNodeManagementEventType 65
9.21 AuditAddNodesEventType 65
9.22 AuditDeleteNodesEventType 65
9.23 AuditAddReferencesEventType 65
9.24 AuditDeleteReferencesEventType 66
9.25 AuditUpdateEventType 66
9.26 AuditWriteUpdateEventType 66
9.27 AuditHistoryUpdateEventType 66
9.28 AuditUpdateMethodEventType 66
9.29 DeviceFailureEventType 66
9.30 ModelChangeEvent 66
9.30.1 Overview 66
9.30.2 NodeVersion property 66
9.30.3 View 66
9.30.4 Event Compression 67
9.30.5 BaseModelChangeEventType 67
9.30.6 GeneralModelChangeEventType 67
9.30.7 ModelChangeEvent Guide 67
9.31 SemanticChangeEventType 67
9.31.1 Overview 67
9.31.2 ViewVersion and NodeVersion Features 68
9.31.3 View 68
9.31.4 Event Compression 68
Appendix A (informative) How to use the address space model 69
A.1 Overview 69
A.2 Type Definition 69
A.3 Object Types 69
A.4 Variables Types 69
A.4.1 Overview 69
A.4.2 Features or data variables 70
A.4.3 Many Variables and/or Complex Data Types 70
A.5 View 70
A.6 Method 71
A.7 Define reference types 71
A.8 Define modeling rules 71
Appendix B (informative) UML U OPC UA meta-model72
B.1 Background 72
B.2 Marking 72
B.3 Metamodel 73
B.3.1 Base 73
B.3.2 Reference Type 74
B.3.3 Predefined reference types 75
B.3.4 Attributes 76
B.3.5 Objects and Object Types 76
B.3.6 EventNotifier 77
B.3.7 Variables and Variable Types 78
B.3.8 Method 78
B.3.9 Data Type 79
B.3.10 View 80
Appendix C (Normative) OPC binary type description system 81
C.1 Concept 81
C.2 Structure Description 82
C.2.1 Type Dictionary 82
C.2.2 Type Description 82
C.2.3 OpaqueType 83
C.2.4 enumeration type 83
C.2.5 StructuredType 84
C.2.6 FieldType 84
C.2.7 EnumeratedValue 86
C.2.8 ByteOrder 87
C.2.9 ImportDirective 87
C.3 Standard Type Description 87
C.4 Type Description Example 88
C.4.1 128-bit signed integer 88
C.4.2 The 16-bit value 88 divided into several fields
C.4.3 Structured types with optional fields 88
C.4.4 Integer array 89
C.4.5 An array of integers with a terminator rather than a prefix of length 89
C.4.6 Simple Community 89
C.4.7 Enumeration types 89
C.4.8 can be a nilable array 90
C.5 OPC Binary XML Structure 90
C.6 OPC binary standard type dictionary 93
Appendix D (Normative) Graphical representation 96
D.1 General 96
D.2 Representation 96
D.2.1 Overview 96
D.2.2 Simple notation 96
D.2.3 Extended representation 98
References 101
Foreword
GB/T 33863 "OPC Unified Architecture" consists of the following components.
--- Part 1. Overview and concepts;
--- Part 2. Safety Model;
--- Part 3. Address space model;
--- Part 4. Services;
--- Part 5. Information model;
--- Part 6. Mapping;
--- Part 7. Statute;
--- Part 8. Data access;
--- Part 9. Alarms and conditions;
--- Part 10. Procedures;
--- Part 11. Historical visits;
--- Part 12. Found;
--- Part 13. Aggregation.
This section GB/T 33863 Part 3.
This section drafted in accordance with GB/T 1.1-2009 given rules.
This section uses the translation method identical with IEC 62541-3.2010 "OPC Unified Architecture Part 3. Address Space Model."
This part is proposed by China Machinery Industry Federation.
This part of the National Industrial Process Measurement Control and Automation Standardization Technical Committee (SAC/TC124) centralized.
This part of the drafting unit. Machinery Industry Instrumentation Comprehensive Technology and Economy Institute, Beijing three-dimensional control Technology Co., Ltd., Shanghai Automatic
Instrument Co., Ltd., Chongqing Chuan Yi Automation Co., Ltd., Southwest University, China Academy of Engineering Physics Power Department.
The main drafters of this section. Wang Linkun, Wang Chunxi, Li Yun, Ding Lu, Wang Yumin, Ding Yan, Zhang Qingjun, Yao Jie, Liu Feng, Zheng Qiuping.
Introduction
This section provides specifications for OPC Unified Architecture application developers. This standard is given for the development of standard interfaces for analysis and design
The standard interface accelerates application development by multiple vendors and seamlessly integrates internal operations.
OPC Unified Architecture Part 3. Address Space Model
1 Scope
This section GB/T 33863 describes the OPC Unified Architecture (OPCUA) address space and its objects. The content of this section is
OPCUA metamodel, which is the basis of the OPCUA information model.
This section is intended to guide the development of OPCUA client or server applications.
2 Normative references
The following documents for the application of this document is essential. For dated references, only the dated version applies to this article
Pieces. For undated references, the latest edition (including all amendments) applies to this document.
ISO 639 (all parts) Language Code Name (Codesfortherepresentationofnamesoflanguages)
ISO 3166 (all parts) World Countries and Regions Name Codes (Codesfortherepresentationofnamesofcoun-
triesandtheirsubdivisions)
ISO /IEC 10918-1 Information technology - Digital Coding and Coding of Continuous Tone Still Images - Part 1 - Requirements and Guidelines (In-
formationtechnology -Digitalcompressionandcodingofcontinuous-tonestilimages-Part 1.Re-
quirementsandguidelines)
Information technology - Computer Graphics Processing Portable Network Graphics (PNG). Functional Specification [Information
technology-Computer graphics and image processing-Portable Network Graphics (PNG).
Functionalspecification]
IEC /T R62541-1 OPC Unified Architecture Part 1. Overview and Concepts (OPCunifiedarchitecture-Part 1.
Overviewandconcepts)
IEC 62541-4 OPC Unified Architecture Part 4. Services (OPCunifiedarchitecture-Part 4.Services)
IEC 62541-5 OPC Unified Architecture Part 5. Information Model (OPCunifiedarchitecture-Part 5.
Informationmodel)
IEC 62541-6 OPC Unified Architecture Part 6. Mapping (OPCunifiedarchitecture-Part 6.Mappings)
IEC 62541-8 OPC Unified Architecture Part 8. Data Access (OPCunifiedarchitecture-Part 8.Dataac-
cess)
IEEE754-1985 IEEE binary floating-point arithmetic standard (IEEEstandardforfloating-pointarithmetic), ht-
tp.//ieeexplore.ieee.org/servlet/ipac?punumber=2355
IETFRFC3066 Tagsfortheidentificationoflanguages, http .// tools.ietf.org/
html/rfc3.66
3 Terms, definitions, abbreviations and conventions
3.1 Terms and definitions
IEC /T R62541-1 as defined by the following terms and definitions apply to this document.
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