ISO/IEC 19500-3:2012
(Main)Information technology — Object Management Group — Common Object Request Broker Architecture (CORBA) — Part 3: Components
Information technology — Object Management Group — Common Object Request Broker Architecture (CORBA) — Part 3: Components
ISO/IEC 19500-3:2012 defines the syntax and semantics of a component model, based on CORBA IDL, and a corresponding meta-model, a language to describe the structure and state of component implementations, and a corresponding meta-model, a programming model for constructing component implementations, a runtime environment for component implementations, interaction between components and Enterprise Java Beans, meta-data for describing component-based applications, and interfaces for their deployment, and a lightweight subset of the component model, programming model and runtime environment.
Technologies de l'information — OMG (Object Management Group) — CORBA (Common Object Request Broker Architecture) — Partie 3: Composants
General Information
Standards Content (Sample)
INTERNATIONAL ISO/IEC
STANDARD 19500-3
First edition
2012-04-15
Information technology — Object
Management Group — Common Object
Request Broker Architecture (CORBA) —
Part 3:
Components
Technologies de l'information — OMG (Object Management Group) —
CORBA (Common Object Request Broker Architecture) —
Partie 3: Composants
Reference number
ISO/IEC 19500-3:2012(E)
©
ISO/IEC 2012
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ISO/IEC 19500-3:2012(E)
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ISO/IEC 19500-3:2012(E)
Table of Contents
Foreword .xi
Introduction .xiii
1 Scope . 1
2 Conformance and Compliance . 1
3 References . 3
3.1 Normative References . 3
3.2 Non-normative References . 4
4 Terms and definitions . 4
4.1 Terms Defined in this International Standard . 4
4.2 Keywords for Requirment statements . 7
5 Symbols (and abbreviated terms) . 7
6 Component Model . 9
6.1 Component Model . 9
6.1.1 Component Levels .9
6.1.2 Ports .9
6.1.3 Components and Facets .10
6.1.4 Component Identity .11
6.1.5 Component Homes .11
6.2 Component Definition . 11
6.3 Component Declaration . 11
6.3.1 Basic Components .11
6.3.2 Equivalent IDL .12
6.3.3 Component Body .13
6.4 Facets and Navigation . 13
6.4.1 Equivalent IDL .13
6.4.2 Semantics of Facet References 14
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ISO/IEC 19500-3:2012(E)
6.4.3 Navigation .14
6.4.4 Provided References and Component Identity .17
6.4.5 Supported interfaces .18
6.5 Receptacles .20
6.5.1 Equivalent IDL .20
6.5.2 Behavior .21
6.5.3 Receptacles Interface .22
6.6 Events .25
6.6.1 Event types .25
6.6.2 EventConsumer Interface .26
6.6.3 Event Service Provided by Container .27
6.6.4 Event Sources—Publishers and Emitters .27
6.6.5 Publisher .28
6.6.6 Emitters .29
6.6.7 Event Sinks .30
6.6.8 Events interface .30
6.7 Homes .34
6.7.1 Equivalent Interfaces .34
6.7.2 Primary Key Declarations .36
6.7.3 Explicit Operations in Home Definitions .37
6.7.4 Home inheritance .38
6.7.5 Semantics of Home Operations .39
6.7.6 CCMHome Interface .41
6.7.7 KeylessCCMHome Interface .42
6.8 Home Finders .42
6.9 Component Configuration .44
6.9.1 Exclusive Configuration and Operational Life Cycle Phases .45
6.10 Configuration with Attributes .46
6.10.1 Attribute Configurators .46
6.10.2 Factory-based Configuration .47
6.11 Component Inheritance .49
6.11.1 CCMObject Interface .50
6.12 Conformance Requirements .51
6.12.1 A Note on Tools .53
6.12.2 Changes to Object Services .53
7 OMG CIDL Syntax and Semantics . 55
7.1 General .55
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ISO/IEC 19500-3:2012(E)
7.2 Lexical Conventions . 55
7.2.1 Keywords .56
7.3 OMG CIDL Grammar . 56
7.4 OMG CIDL Specification . 58
7.5 Composition Definition . 58
7.5.1 Life Cycle Category and Constraints .59
7.6 Home Executor Definition . 59
7.7 Home Implementation Declaration . 60
7.8 Storage Home Binding . 61
7.9 Home Persistence Declaration . 61
7.10 Executor Definition . 61
7.11 Segment Definition . 62
7.12 Segment Persistence Declaration . 62
7.13 Facet Declaration . 63
7.14 Feature Delegation Specification . 63
7.15 Abstract Storage Home Delegation Specification .64
7.16 Executor Delegation Specification . 65
7.17 Abstract Spec Declaration . 66
7.18 Proxy Home Declaration . 66
8 CCM Implementation Framework . 67
8.1 Introduction . 67
8.2 Component Implementation Framework (CIF) Architecture . 67
8.2.1 Component Implementation Definition Language (CIDL) .67
8.2.2 Component persistence and behavior .67
8.2.3 Implementing a CORBA Component .67
8.2.4 Behavioral elements: Executors .68
8.2.5 Unit of implementation : Composition .68
8.2.6 Composition structure .69
8.2.7 Compositions with Managed Storage .75
8.2.8 Relationship between Home Executor and Abstract Storage Home .77
8.2.9 Executor Definition .89
8.2.10 Proxy Homes .96
8.2.11 Component Object References .97
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ISO/IEC 19500-3:2012(E)
8.3 Language Mapping .99
8.3.1 Overview .99
8.3.2 Common Interfaces .100
8.3.3 Mapping Rules .101
9 The Container Programming Model . 109
9.1 General .109
9.2 Introduction .109
9.2.1 External API Types .110
9.2.2 Container API Type .111
9.2.3 CORBA Usage Model .111
9.2.4 Component Categories .111
9.3 The Server Programming Environment .112
9.3.1 Component Containers .112
9.3.2 CORBA Usage Model .113
9.3.3 Component Factories .114
9.3.4 Component Activation .114
9.3.5 Servant Lifetime Management .114
9.3.6 Transactions .115
9.3.7 Security .117
9.3.8 Events .117
9.3.9 Persistence .118
9.3.10 Application Operation Invocation .119
9.3.11 Component Implementations .120
9.3.12 Component Levels .120
9.3.13 Component Categories .120
9.4 Server Programming Interfaces - Basic Components .124
9.4.1 Component Interfaces .124
9.4.2 Interfaces Common to both Container API Types .125
9.4.3 Interfaces Supported by the Session Container API Type .130
9.4.4 Interfaces Supported by the Entity Container API Type .132
9.5 Server Programming Interfaces - Extended Components .134
9.5.1 Interfaces Common to both Container API Types .134
9.5.2 Interfaces Supported by the Session Container API Type .136
9.5.3 Interfaces Supported by the Entity Container API Type .138
9.6 The Client Programming Model .144
9.6.1 Component-aware Clients .144
9.6.2 Component-unaware Clients .148
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ISO/IEC 19500-3:2012(E)
10 Integrating with Enterprise JavaBeans . 151
10.1 Introduction . 151
10.2 Enterprise JavaBeans Compatibility Objectives and
Requirements . 152
10.3 CORBA Component Views for EJBs . 153
10.3.1 Mapping of EJB to Component IDL definitions .153
10.3.2 Translation of CORBA Component requests into EJB requests .157
10.3.3 Interoperability of the View .158
10.3.4 CORBA Component view Example .160
10.4 EJB views for CORBA Components . 162
10.4.1 Mapping of Component IDL to Enterprise JavaBeans specifications .162
10.4.2 Translation of EJB requests into CORBA Component Requests .164
10.4.3 Interoperability of the View .166
10.4.4 Example .168
10.5 Compliance with the Interoperability of Integration Views .169
10.6 Comparing CCM and EJB . 169
10.6.1 The Home Interfaces .170
10.6.2 The Component Interfaces .171
10.6.3 The Callback Interfaces .173
10.6.4 The Context Interfaces .174
10.6.5 The Transaction Interfaces .175
10.6.6 The Metadata Interfaces .176
11 Interface Repository Metamodel . 177
11.1 Introduction . 177
11.1.1 BaseIDL Package .177
11.1.2 ComponentIDL Package .188
11.2 Conformance Criteria . 196
11.2.1 Conformance Points .197
11.3 MOF DTDs and IDL for the Interface Repository Metamodel . 197
11.3.1 XMI DTD .197
11.3.2 IDL for the BaseIDL Package .222
11.3.3 IDL for the ComponentIDL Package .244
12 CIF Metamodel . 263
12.1 CIF Package . 263
12.2 Classes and Associations . 263
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ISO/IEC 19500-3:2012(E)
12.2.1 ComponentImplDef .264
12.2.2 SegmentDef .265
12.2.3 ArtifactDef .265
12.2.4 Policy .265
12.2.5 HomeImplDef .266
12.3 Conformance Criteria .267
12.3.1 Conformance Points .267
12.4 MOF DTDs and IDL for the CIF Metamodel .267
12.4.1 XMI DTD .268
12.4.2 IDL for the CIF Package .268
13 Lightweight CCM Profile . 275
13.1 Summary .275
13.2 Changes associated with excluding support for persistence .276
13.3 Changes associated with excluding support for introspection,
navigation and type-specific operations redundant with generic
operations .278
13.4 Changes associated with excluding support for segmentation .279
13.5 Changes associated with excluding support for transactions .280
13.6 Changes associated with excluding support for security .280
13.7 Changes associated with excluding support for configurators .281
13.8 Changes associated with excluding support for proxy homes .281
13.9 Changes associated with excluding support for home finders .281
13.10 Changes adding additional restrictions to the extended model
not represented by exclusions above .282
14 Deployment PSM for CCM . 283
14.1 Overview .283
14.2 Definition of Meta-Concepts .284
14.2.1 Component .284
14.2.2 ImplementationArtifact .285
14.2.3 PackageI .285
14.3 PIM to PSM for CCM Transformation .285
14.3.1 ComponentInterfaceDescription .285
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14.3.2 PlanSubcomponentPortEndpoint .286
14.3.3 Application .286
14.3.4 RepositoryManager .287
14.3.5 SatisfierProperty .287
14.4 PSM for CCM to PSM for CCM for IDL Transformation .287
14.4.1 Generic Transformation Rules .287
14.4.2 Special Transformation Rules .289
14.4.3 Mapping to IDL .290
14.5 PSM for CCM to PSM for CCM for XML Transformation . 290
14.5.1 Generic Transformation Rules .290
14.5.2 Special Transformation Rules .291
14.5.3 Transformation Exceptions and Extensions .295
14.5.4 Interpretation of Relative References .296
14.5.5 Mapping to XML .297
14.6 Miscellaneous . 297
14.6.1 Entry Points .297
14.6.2 Homes .298
14.6.3 Valuetype Factories .298
14.6.4 Discovery and Initialization .298
14.6.5 Location .299
14.6.6 Segmentation .299
14.7 Migration Issues . 300
14.7.1 Component Implementations .300
14.7.2 Component and Assembly Packages and Metadata .300
14.7.3 Component Deployment Systems .300
14.8 Metadata Vocabulary . 301
14.8.1 Implementation Selection Requirements .301
14.8.2 Monolithic Implementation Resource Requirements .301
15 Deployment IDL for CCM . 303
16 XML Schema for CCM . 317
Annex A - Legal Information . 337
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ISO/IEC 19500-3:2012(E)
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ISO/IEC 19500-3:2012(E)
Foreword
ISO (the International Organization for Standardization) is a worldwide federation of national standards bodies (ISO
member bodies). The work of preparing International Standards is normally carried out through ISO technical
committees. Each member body interested in a subject for which a technical committee has been established has the right
to be represented on that committee. International organizations, governmental and non-governmental, in liaison with
ISO, also take part in the work. ISO collaborates closely with the International Electrotechnical Commission (IEC) on all
matters of electrotechnical standardization.
International Standards are drafted in accordance with the rules given in the ISO/IEC Directives, Part 2.
The main task of technical committees is to prepare International Standards. Draft International Standards adopted by the
technical committees are circulated to the member bodies for voting. Publication as an International Standard requires
approval by at least 75 % of the member bodies casting a vote.
Attention is drawn to the possibility that some of the elements of this document may be the subject of patent rights. ISO
shall not be held responsible for identifying any or all such patent rights.
ISO/IEC 19500-3 was prepared by Technical Committee ISO/IEC JTC1, Information technology, in collaboration with the
Object Management Group (OMG), following the submission and processing as a Publicly Available Specification (PAS)
of the OMG Common Object Request Broker Architecture (CORBA) specification Part 3 Version 3.1 CORBA
Components.
ISO/IEC 19500-3 is related to:
• ITU-T Recommendation X.902 (1995) | ISO/IEC 10746-2:1996, Information Technology - Open Distributed
Processing - Reference Model: Foundations
• ITU-T Recommendation X.903 (1995) | ISO/IEC 10746-3:1996, Information Technology - Open Distributed
Processing - Reference Model: Architecture
• ITU-T Recommendation X.920 (1997) | ISO/IEC 14750:1997, Information Technology - Open Distributed
Processing - Interface Definition Language
• ISO/IEC 19500-2, Information Technology - Open Distributed Processing - CORBA Specification Part 1:
CORBA Interfaces
• ISO/IEC 19500-3, Information Technology - Open Distributed Processing - CORBA Specification Part 2:
CORBA Interoperability
ISO/IEC 19500 consists of the following parts, under the general title Information technology - Open distributed
processing - CORBA specification:
• Part 1: CORBA Interfaces
• Part 2: CORBA Interoperability
• Part 3: CORBA Components
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ISO/IEC 19500-3:2012(E)
It is the common core of the CORBA specification. Optional parts of CORBA, such as mappings to particular
programming languages, Real-time CORBA extensions, and the minimum CORBA profile for embedded systems are
documented in the other specifications that together comprise the complete CORBA specification. Please visit the
CORBA download page at http://www.omg.org/technology/documents/corba_spec_catalog.htm to find the complete
CORBA specification set.
Apart from this Foreword, the text of this International Standard is identical with that for the OMG specification for
CORBA, v3.1.1, Part 3.
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ISO/IEC 19500-3:2012(E)
Introduction
The rapid growth of distributed processing has led to a need for a coordinating framework for this standardization and
ITU-T Recommendations X.901-904 | ISO/IEC 10746, the Reference Model of Open Distributed Processing (RM-ODP)
provides such a framework. It defines an architecture within which support of distribution, interoperability and portability
can be integrated.
RM-ODP Part 2 (ISO/IEC 10746-2) defines the foundational concepts and modeling framework for describing distributed
systems. The scopes and objectives of the RM-ODP Part 2 and the UML, while related, are not the same and, in a number
of cases, the RM-ODP Part 2 and the UML specification use the same term for concepts which are related but not
identical (e.g., interface). Nevertheless, a specification using the Part 2 modeling concepts can be expressed using UML
with appropriate extensions (using stereotypes, tags, and constraints).
RM-ODP Part 3 (ISO/IEC 10746-3) specifies a generic architecture of open distributed systems, expressed using the
foundational concepts and framework defined in Part 2. Given the relation between UML as a modeling language and Part
3 of the RM-ODP standard, it is easy to show that UML is suitable as a notation for the individual viewpoint
specifications defined by the RM-ODP.
This part of ISO/IEC 19500 (CORBA Components) is a standard for the technology specification of an ODP system. It
defines a technology to provide the infrastructure required to support functional distribution of an ODP system, specifying
functions required to manage physical distribution, communications, processing and storage, and the roles of different
technology objects in supporting those functions.
Context of CORBA
The ke
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