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BS ISO/IEC 19987:2024

BS ISO/IEC 19987:2024

$215.11

Information technology. EPC Information Services (EPCIS)

Published By Publication Date Number of Pages
BSI 2024 202
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PDF Catalog

PDF Pages PDF Title
2 undefined
11 1 Introduction
12 2 Relationship to the GS1 System Architecture
2.1 Overview of GS1 standards
13 2.2 EPCIS in relation to the “Capture” and “Share” layers
14 2.3 EPCIS in Relation to trading partners
15 2.4 EPCIS in relation to other GS1 System Architecture components
18 3 EPCIS specification principles
19 4 Terminology and typographical conventions
20 5 EPCIS specification framework
5.1 Layers
21 5.2 Extensibility
5.3 Modularity
23 6 Abstract data model layer
6.1 Event data and master data
25 6.1.1 Transmission of master data in EPCIS
6.2 Standard vocabulary and user vocabulary
27 6.3 Extension mechanisms
28 6.4 Identifier representation
29 6.5 Hierarchical vocabularies
30 7 Data definition layer
7.1 General rules for specifying data definition layer modules
7.1.1 Content
31 7.1.2 Notation
7.1.3 Semantics
33 7.2 Core event types module – overview
34 7.2.1 UML Diagrams of EPCIS Event Types
7.2.1.1 UML with Ontology focus
7.2.1.2 UML with Syntax focus
7.2.1.3 UML for SBDH
35 7.2.2 Overview of EPCIS event “dimensions” (non-normative)
38 7.2.3 Table of vocabulary types
39 7.3 Core event types module – building blocks
7.3.1 Primitive types
40 7.3.2 Action type
41 7.3.3 The “What” dimension
7.3.3.1 QuantityElement
42 7.3.3.1.1 UOM
7.3.3.1.2 Class-level identifiers
7.3.3.2 Identifier types (Non-Normative)
7.3.4 The “When” dimension
43 7.3.4.1 The “When” dimension in the EPCISEvent common base type
7.3.4.2 The “When” dimension in the Error Declaration
7.3.4.3 The “When” dimension in Sensor Metadata
7.3.5 The “Where” Dimension – read point and business location
45 7.3.5.1 Example of the distinction between a read point and a business location (Non-Normative)
46 7.3.6 The “Why” dimension
7.3.6.1 Business step
7.3.6.2 Disposition and Persistent Disposition
7.3.6.2.1 Disposition
47 7.3.6.2.2 Persistent Disposition
48 7.3.6.3 Business transaction
7.3.6.3.1 Business transaction type
49 7.3.6.3.2 Business transaction ID
7.3.6.4 Source and destination
50 7.3.6.4.1 Source/Destination type
7.3.6.4.2 Source/Destination ID
7.3.7 The “How” dimension
7.3.7.1 SensorElement
51 7.3.7.1.1 SensorMetadata
53 7.3.7.1.2 SensorReport
56 7.3.7.1.3 Coordinate reference systems (CRS)
7.3.7.1.4 Sensor property type
57 7.3.7.1.5 UOM
7.3.7.1.6 Microorganism ID
7.3.7.1.7 Chemical Substance ID
7.3.7.1.8 Resource ID
7.3.8 Instance/Lot master data (ILMD)
58 7.4 Core event types module – events
7.4.1 EPCISEvent
59 7.4.1.1 Explanation of eventTimeZoneOffset (Non-Normative)
60 7.4.1.2 ErrorDeclaration
7.4.1.2.1 Use of error declarations (Non-Normative)
62 7.4.1.2.2 Matching an error declaration to the original event (non-normative)
7.4.2 ObjectEvent (subclass of EPCISEvent)
66 7.4.3 AggregationEvent (subclass of EPCISEvent)
70 7.4.4 TransactionEvent (subclass of EPCISEvent)
75 7.4.5 TransformationEvent (subclass of EPCISEvent)
78 7.4.6 AssociationEvent (subclass of EPCISEvent)
84 8 Service Layer
86 8.1 Core capture operations module
8.1.1 Authentication and authorisation
87 8.1.2 Capture service
88 8.2 Core Query operations module
8.2.1 Authentication
89 8.2.2 Authorisation and redaction
8.2.3 Queries for large amounts of data
90 8.2.4 Overly complex queries
8.2.5 Query framework (EPCIS query control interface)
92 8.2.5.1 Subscription controls
93 8.2.5.2 Automatic limitation based on event record time
94 8.2.5.3 Query schedule
95 8.2.5.3.1 Query schedule examples (Non-Normative)
96 8.2.5.4 QueryResults
8.2.6 Error conditions
98 8.2.7 Predefined queries for EPCIS
99 8.2.7.1 SimpleEventQuery
131 8.2.7.1.1 Processing of MATCH query parameters
8.2.7.2 SimpleMasterDataQuery – REMOVED in EPCIS 2.0
8.2.8 Query callback interface
132 9 XML bindings for data definition modules
9.1 Extensibility mechanism
135 9.2 Standard business document header
9.3 EPCglobal Base schema
136 9.4 Master data in the XML binding
137 9.5 Schema for core event types
138 9.6 Core event types – examples (Non-Normative)
139 10 JSON/JSON-LD bindings for data definition
10.1 Brief introduction to JSON and JSON-LD in the context of EPCIS
140 10.1.1 JavaScript Object Notation (JSON)
141 10.1.2 JSON for Linked Data (JSON-LD)
142 10.1.3 Features of the JSON-LD context resource
143 10.1.4 Compact URI Expressions (CURIEs)
144 10.2 Expression and validation of EPCIS data structures in JSON and JSON-LD
10.2.1 Expressing data fields expecting simple values
146 10.2.2 Validating data fields expecting simple values
148 10.2.3 Validation of fields (e.g. ‘action’) that expect a string value from an enumerated list
149 10.2.4 Expressing simple lists of values
150 10.2.5 Validating lists of values
10.2.6 Expressing lists of elements with inline attributes expressing type
153 10.2.7 Modelling and validating subclasses of EPCIS event
154 10.2.8 Comparison of how validation rules are expressed in XSD, JSON Schema and SHACL
156 10.2.9 Mapping core SBDH fields to the JSON/JSON-LD data format for EPCIS
10.2.10 Online validation tools for JSON Schema and SHACL
10.2.11 Libraries and toolkits providing JSON-LD support
10.3 Validation schema (references to normative content)
157 10.4 Non-normative examples in JSON and JSON-LD
11 Bindings for core capture operations module
11.1 Message queue binding
158 11.2 HTTP binding
159 12 REST Bindings
12.1 Code conventions
12.2 Introduction to REST
161 12.3 Content negotiation, service discovery and custom headers for EPCIS
163 12.4 Authentication and Authorization
164 12.5 Pagination
12.6 Capturing EPCIS Events
165 12.6.1 Capture Interface
166 12.6.2 Capture Jobs Interface
167 12.7 Events interface
12.7.1 EPCIS events collections
12.7.2 EPCIS events endpoints
168 12.7.3 Event filtering with the EPCIS query language
169 12.7.4 Top-level resources
170 12.8 Query control interface
172 12.8.1 Creating and using named queries
12.8.2 Deleting named queries
12.8.3 Subscribing to named queries
174 12.8.3.1 Scheduled queries
12.8.3.2 Streaming queries
175 12.8.3.3 Webhook (HTTP Callback) for query subscription
176 12.8.3.4 WebSocket for query subscription
177 12.8.4 EPCIS query language
178 12.8.5 EPCIS query in the URL
179 12.9 Backward Compatibility of REST bindings with EPCIS 1.2
12.10 EPCIS Error Conditions and HTTP Status Code Mapping
182 13 Bindings for core query operations module
13.1 XML schema for core query operations module
183 13.2 SOAP/HTTP binding for the query control interface
184 13.3 AS2 Binding for the query control interface
185 13.3.1 GS1 AS2 guidelines (Non-Normative)
187 13.4 Bindings for query callback interface
188 13.4.1 General Considerations for all XML-based bindings
13.4.2 HTTP binding of the query callback interface
189 13.4.3 HTTPS binding of the query callback interface
13.4.4 AS2 Binding of the query callback interface
190 14 Conformance
14.1 Conformance of EPCIS XML data
14.2 Conformance of EPCIS capture interface clients
14.3 Conformance of EPCIS capture interface servers
191 14.4 Conformance of EPCIS query interface clients
14.5 Conformance of EPCIS query interface servers
14.6 Conformance of EPCIS query callback interface implementations
14.7 Conformance of JSON/JSON-LD bindings
192 14.8 Conformance of REST Interface for EPCIS 2.0 Servers
194 15 UML Diagrams for SBDH
195 15.1 UML aligned with text of SBDH specification
15.2 UML aligned with XSD of SBDH specification
16 List of abbreviations (non-normative)
197 17 References

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