🔥🔥 Don’t Miss Out on Our End of Autumn Sale. If you have any questions, feel free to click the bottom right corner to contact our customer service..

Concat us[email protected]
Shopping Cart

No products in the cart.

🔍
BS ISO/IEC 19500-1:2012

BS ISO/IEC 19500-1:2012

$215.11

Information technology. Object Management Group. Common Object Request Broker Architecture (CORBA) – Interfaces

Published By Publication Date Number of Pages
BSI 2012 534
PDF Format Searchable Printable Preview Now
Guaranteed Safe Checkout
Category:

If you have any questions, feel free to reach out to our online customer service team by clicking on the bottom right corner. We’re here to assist you 24/7.
Email:[email protected]

PDF Catalog

PDF Pages PDF Title
19 Foreword
21 Introduction
Context of CORBA
23 1 Scope
2 Conformance and Compliance
3 Normative References
24 4 Additional Information
4.1 Outline of Contents
25 4.2 Keywords for Requirement Statements
27 5 The Object Model
5.1 General
5.2 Overview
28 5.3 Object Semantics
5.3.1 Objects
5.3.2 Requests
29 5.3.3 Object Creation and Destruction
5.3.4 Types
30 5.3.5 Interfaces
31 5.3.6 Value Types
5.3.7 Abstract Interfaces
5.3.8 Operations
33 5.3.9 Attributes
5.4 Object Implementation
5.4.1 The Execution Model: Performing Services
34 5.4.2 The Construction Model
35 6 CORBA Overview
6.1 General
6.2 Structure of an Object Request Broker
39 6.2.1 Object Request Broker
40 6.2.2 Clients
6.2.3 Object Implementations
6.2.4 Object References
41 6.2.5 OMG Interface Definition Language
6.2.6 Mapping of IDL to Programming Languages
6.2.7 Client Stubs
6.2.8 Dynamic Invocation Interface
42 6.2.9 Implementation Skeleton
6.2.10 Dynamic Skeleton Interface
6.2.11 Object Adapters
6.2.12 ORB Interface
43 6.2.13 Interface Repository
6.2.14 Implementation Repository
6.3 Example ORBs
6.3.1 Client- and Implementation-resident ORB
6.3.2 Server-based ORB
44 6.3.3 System-based ORB
6.3.4 Library-based ORB
6.4 Structure of a Client
45 6.5 Structure of an Object Implementation
47 6.6 Structure of an Object Adapter
48 6.7 CORBA Required Object Adapter
6.7.1 Portable Object Adapter
6.8 The Integration of Foreign Object Systems
51 7 IDL Syntax and Semantics
7.1 Overview
52 7.2 Lexical Conventions
55 7.2.1 Tokens
7.2.2 Comments
7.2.3 Identifiers
57 7.2.4 Keywords
58 7.2.5 Literals
60 7.3 Preprocessing
7.4 IDL Grammar
67 7.5 IDL Specification
7.6 Import Declaration
68 7.7 Module Declaration
69 7.8 Interface Declaration
7.8.1 Interface Header
7.8.2 Interface Inheritance Specification
70 7.8.3 Interface Body
7.8.4 Forward Declaration
71 7.8.5 Interface Inheritance
73 7.8.6 Abstract Interface
7.8.7 Local Interface
74 7.9 Value Declaration
7.9.1 Regular Value Type
76 7.9.2 Boxed Value Type
77 7.9.3 Abstract Value Type
7.9.4 Value Forward Declaration
7.9.5 Valuetype Inheritance
79 7.10 Constant Declaration
7.10.1 Syntax
80 7.10.2 Semantics
83 7.11 Type Declaration
84 7.11.1 Basic Types
86 7.11.2 Constructed Types
90 7.11.3 Template Types
91 7.11.4 Complex Declarator
7.11.5 Native Types
92 7.11.6 Deprecated Anonymous Types
95 7.12 Exception Declaration
7.13 Operation Declaration
96 7.13.1 Operation Attribute
7.13.2 Parameter Declarations
7.13.3 Raises Expressions
97 7.13.4 Context Expressions
98 7.14 Attribute Declaration
99 7.15 Repository Identity Related Declarations
7.15.1 Repository Identity Declaration
100 7.15.2 Repository Identifier Prefix Declaration
101 7.15.3 Repository Id Conflict
7.16 Event Declaration
7.16.1 Regular Event Type
102 7.16.2 Abstract Event Type
7.16.3 Event Forward Declaration
7.16.4 Eventtype Inheritance
7.17 Component Declaration
7.17.1 Component
103 7.17.2 Component Header
104 7.17.3 Component Body
106 7.17.4 Event Sources—publishers and emitters
7.17.5 Event Sinks
107 7.17.6 Basic and Extended Components
7.18 Home Declaration
7.18.1 Home
108 7.18.2 Home Header
109 7.18.3 Home Body
110 7.19 CORBA Module
111 7.20 Names and Scoping
7.20.1 Qualified Names
112 7.20.2 Scoping Rules and Name Resolution
115 7.20.3 Special Scoping Rules for Type Names
117 8 ORB Interface
8.1 Overview
8.2 The ORB Operations
123 8.2.1 ORB Identity
8.2.2 Converting Object References to Strings
124 8.2.3 Getting Service Information
8.2.4 Creating a New Context
8.2.5 Thread-Related Operations
127 8.3 Object Reference Operations
129 8.3.1 Determining the Object Interface
8.3.2 Duplicating and Releasing Copies of Object References
8.3.3 Nil Object References
130 8.3.4 Equivalence Checking Operation
8.3.5 Probing for Object Non-Existence
8.3.6 Object Reference Identity
132 8.3.7 Type Coercion Considerations
8.3.8 Getting Policy Associated with the Object
133 8.3.9 Overriding Associated Policies on an Object Reference
134 8.3.10 Validating Connection
8.3.11 Getting the Domain Managers Associated with the Object
135 8.3.12 Getting Component Associated with the Object
8.3.13 Getting the ORB
8.3.14 LocalObject Operations
136 8.4 ValueBase Operations
137 8.5 ORB and OA Initialization and Initial References
8.5.1 ORB Initialization
139 8.5.2 Obtaining Initial Object References
142 8.5.3 Configuring Initial Service References
144 8.6 Context Object
8.6.1 Introduction
8.6.2 Context Object Operations
147 8.7 Current Object
148 8.8 Policy Object
8.8.1 Definition of Policy Object
149 8.8.2 Creation of Policy Objects
151 8.8.3 Usages of Policy Objects
8.8.4 Policy Associated with the Execution Environment
152 8.8.5 Specification of New Policy Objects
153 8.8.6 Standard Policies
8.9 Management of Policies
8.9.1 Client Side Policy Management
154 8.9.2 Server Side Policy Management
8.9.3 Policy Management Interfaces
156 8.10 Management of Policy Domains
8.10.1 Basic Concepts
158 8.10.2 Domain Management Operations
160 8.11 TypeCodes
8.11.1 The TypeCode Interface
164 8.11.2 TypeCode Constants
165 8.11.3 Creating TypeCodes
170 8.12 Exceptions
8.12.1 Definition of Terms
8.12.2 System Exceptions
172 8.12.3 Standard System Exception Definitions
178 8.12.4 Standard Minor Exception Codes
179 9 Value Type Semantics
9.1 Overview
9.2 Architecture
180 9.2.1 Abstract Values
9.2.2 Operations
181 9.2.3 Value Type vs. Interfaces
9.2.4 Parameter Passing
182 9.2.5 Substitutability Issues
183 9.2.6 Widening/Narrowing
9.2.7 Value Base Type
9.2.8 Life Cycle issues
184 9.2.9 Security Considerations
9.3 Standard Value Box Definitions
185 9.4 Language Mappings
9.4.1 General Requirements
9.4.2 Language Specific Marshaling
9.4.3 Language Specific Value Factory Requirements
186 9.4.4 Value Method Implementation
9.5 Custom Marshaling
9.5.1 Implementation of Custom Marshaling
187 9.5.2 Marshaling Streams
193 9.6 Access to the Sending Context Run Time
195 10 Abstract Interface Semantics
10.1 Overview
10.2 Semantics of Abstract Interfaces
196 10.3 Usage Guidelines
10.4 Example
197 10.5 Security Considerations
10.5.1 Passing Values to Trusted Domains
199 11 Dynamic Invocation Interface
11.1 Overview
11.1.1 Common Data Structures
201 11.1.2 Memory Usage
11.1.3 Return Status and Exceptions
11.2 Request Operations
202 11.2.1 create_request
204 11.2.2 add_arg
11.2.3 invoke
205 11.2.4 delete
11.2.5 send
11.2.6 poll_response
11.2.7 get_response
206 11.2.8 sendp
11.2.9 prepare
11.2.10 sendc
207 11.3 ORB Operations
11.3.1 send_multiple_requests
11.3.2 get_next_response and poll_next_response
208 11.4 Polling
209 11.4.1 Abstract Valuetype Pollable
210 11.4.2 Abstract Valuetype DIIPollable
11.4.3 interface PollableSet
211 11.5 List Operations
212 11.5.1 create_list
11.5.2 add_item
213 11.5.3 free
11.5.4 free_memory
11.5.5 get_count
11.5.6 create_operation_list
215 12 Dynamic Skeleton Interface
12.1 Introduction
12.2 Overview
216 12.3 ServerRequestPseudo-Object
12.3.1 ExplicitRequest State: ServerRequestPseudo-Object
217 12.4 DSI: Language Mapping
12.4.1 ServerRequest’s Handling of Operation Parameters
12.4.2 Registering Dynamic Implementation Routines
219 13 Dynamic Management of Any Values
13.1 General
13.2 Overview
220 13.3 DynAny API
226 13.3.1 Creating a DynAny Object
228 13.3.2 The DynAny Interface
232 13.3.3 The DynFixed Interface
13.3.4 The DynEnum Interface
233 13.3.5 The DynStruct Interface
234 13.3.6 The DynUnion Interface
236 13.3.7 The DynSequence Interface
237 13.3.8 The DynArray Interface
238 13.3.9 The DynValueCommon Interface
13.3.10 The DynValue Interface
239 13.3.11 The DynValueBox Interface
240 13.4 Usage in C++ Language
13.4.1 Dynamic Creation of CORBA::Any values
241 13.4.2 Dynamic Interpretation of CORBA::Any values
243 14 The Interface Repository
14.1 Overview
14.2 Scope of an Interface Repository
245 14.3 Implementation Dependencies
14.3.1 Managing Interface Repositories
246 14.4 Basics
14.4.1 Names and Identifiers
247 14.4.2 Types and TypeCodes
14.4.3 Interface Repository Objects
248 14.4.4 Structure and Navigation of the Interface Repository
250 14.5 Interface Repository Interfaces
251 14.5.1 Supporting Type Definitions
252 14.5.2 IRObject
253 14.5.3 Contained
255 14.5.4 Container
260 14.5.5 IDLType
14.5.6 Repository
262 14.5.7 ModuleDef
14.5.8 ConstantDef
263 14.5.9 TypedefDef
14.5.10 StructDef
264 14.5.11 UnionDef
265 14.5.12 EnumDef
14.5.13 AliasDef
266 14.5.14 PrimitiveDef
14.5.15 StringDef
14.5.16 WstringDef
267 14.5.17 FixedDef
14.5.18 SequenceDef
14.5.19 ArrayDef
268 14.5.20 ExceptionDef
269 14.5.21 AttributeDef
14.5.22 ExtAttributeDef
270 14.5.23 OperationDef
272 14.5.24 InterfaceDef
274 14.5.25 ExtInterfaceDef
275 14.5.26 AbstractInterfaceDef
276 14.5.27 ExtAbstractInterfaceDef
277 14.5.28 LocalInterfaceDef
278 14.5.29 ExtLocalInterfaceDef
14.5.30 ValueMemberDef
279 14.5.31 ValueDef
282 14.5.32 ExtValueDef
284 14.5.33 ValueBoxDef
14.5.34 NativeDef
14.6 Component Interface Repository Interfaces
14.6.1 ComponentIR::Container
286 14.6.2 ComponentIR::Repository
287 14.6.3 ComponentIR::ProvidesDef
14.6.4 ComponentIR::UsesDef
288 14.6.5 ComponentIR::EventDef
14.6.6 ComponentIR::EventPortDef
289 14.6.7 ComponentIR::EmitsDef
290 14.6.8 ComponentIR::PublishesDef
14.6.9 ComponentIR::ConsumesDef
14.6.10 ComponentIR::ComponentDef
293 14.6.11 ComponentIR::FactoryDef
294 14.6.12 ComponentIR::FinderDef
14.6.13 ComponentIR::HomeDef
296 14.7 RepositoryIds
297 14.7.1 IDL Format
14.7.2 RMI Hashed Format
299 14.7.3 DCE UUID Format
14.7.4 LOCAL Format
14.7.5 Pragma Directives for RepositoryId
304 14.7.6 For More Information
14.7.7 RepositoryIDs for OMG-Specified Types
305 14.7.8 Uniqueness Constraints on Repository IDs
306 14.8 IDL for Interface Repository
325 15 The Portable Object Adapter
15.1 Overview
15.2 Abstract Model Description
15.2.1 Model Components
327 15.2.2 Model Architecture
328 15.2.3 POA Creation
329 15.2.4 Reference Creation
330 15.2.5 Object Activation States
15.2.6 Request Processing
331 15.2.7 Implicit Activation
332 15.2.8 Multi-threading
333 15.2.9 Dynamic Skeleton Interface
334 15.2.10 Location Transparency
15.3 Interfaces
335 15.3.1 The Servant IDL Type
336 15.3.2 POAManager Interface
340 15.3.3 POAManagerFactory Interface
341 15.3.4 AdapterActivator Interface
342 15.3.5 ServantManager Interface
343 15.3.6 ServantActivator Interface
345 15.3.7 ServantLocator Interface
347 15.3.8 POA Policy Objects
350 15.3.9 POA Interface
359 15.3.10 Current Operations
360 15.4 IDL for PortableServer Module
366 15.5 UML Description of PortableServer
368 15.6 Usage Scenarios
15.6.1 Getting the Root POA
369 15.6.2 Creating a POA
15.6.3 Explicit Activation with POA-assigned Object Ids
370 15.6.4 Explicit Activation with User-assigned Object Ids
371 15.6.5 Creating References before Activation
15.6.6 Servant Manager Definition and Creation
373 15.6.7 Object Activation on Demand
374 15.6.8 Persistent Objects with POA-assigned Ids
15.6.9 Multiple Object Ids Mapping to a Single Servant
15.6.10 One Servant for All Objects
377 15.6.11 Single Servant, Many Objects and Types, Using DSI
381 16 Portable Interceptors
16.1 Introduction
16.1.1 Object Creation
382 16.1.2 Client Sends Request
383 16.1.3 Server Receives Request
16.1.4 Server Sends Reply
384 16.1.5 Client Receives Reply
16.2 General Behavior of Local Objects
16.3 Interceptor Interface
385 16.4 Request Interceptors
16.4.1 Design Principles
386 16.4.2 General Flow Rules
16.4.3 The Flow Stack Visual Model
387 16.4.4 The Request Interceptor Points
16.4.5 Client-Side Interceptor
16.4.6 Client-Side Interception Points
389 16.4.7 Client-Side Interception Point Flow
392 16.4.8 Server-Side Interceptor
16.4.9 Server-Side Interception Points
394 16.4.10 Server-Side Interception Point Flow
397 16.4.11 Request Information
16.4.12 RequestInfo Interface
401 16.4.13 ClientRequestInfo Interface
404 16.4.14 ServerRequestInfo Interface
408 16.4.15 ForwardRequest Exception
16.5 Portable Interceptor Current
16.5.1 Overview
16.5.2 Obtaining the Portable Interceptor Current
409 16.5.3 Portable Interceptor Current Interface
410 16.5.4 Use of Portable Interceptor Current
414 16.6 IOR Interceptor
16.6.1 Overview
16.6.2 An Abstract Model for Object Adapters
416 16.6.3 Object Reference Template
418 16.6.4 IORInterceptor Interface
419 16.6.5 IORInfo Interface
422 16.7 Interceptor Policy Objects
16.7.1 ProcessingMode Policy
423 16.8 PolicyFactory
16.8.1 PolicyFactory Interface
16.9 Registering Interceptors
16.9.1 ORBInitializer Interface
424 16.9.2 ORBInitInfo Interface
428 16.9.3 register_orb_initializer Operation
430 16.9.4 Notes about Registering Interceptors
431 16.10 Dynamic Initial References
16.10.1 register_initial_reference
432 16.11 Module Dynamic
16.11.1 NVList PIDL Represented by ParameterList IDL
16.11.2 ContextList PIDL Represented by ContextList IDL
16.11.3 ExceptionList PIDL Represented by ExceptionList IDL
16.11.4 Context PIDL Represented by RequestContext IDL
16.12 Consolidated IDL
16.12.1 Dynamic
433 16.12.2 Portions of IOP Relevant to Portable Interceptor
434 16.12.3 PortableInterceptor
439 17 CORBA Messaging
17.1 General
17.2 Quality of Service
17.3 Messaging Quality of Service
441 17.3.1 Rebind Support
442 17.3.2 Synchronization Scope
443 17.3.3 Request and Reply Priority
444 17.3.4 Request and Reply Timeout
446 17.3.5 Routing
447 17.3.6 Queue Ordering
448 17.4 Propagation of Messaging QoS
17.4.1 Structures
17.4.2 Messaging QoS Profile Component
17.4.3 Messaging QoS Service Context
449 17.5 Messaging Programming Model
450 17.6 Running Example
17.7 Async Operation Mapping
451 17.7.1 Callback Model Signatures (sendc)
453 17.7.2 Polling Model Signatures (sendp)
455 17.8 Exception Delivery in the Callback Model
17.8.1 Messaging::ExceptionHolder valuetype
17.9 Type-Specific ReplyHandler Mapping
456 17.9.1 ReplyHandler Operations for NO_EXCEPTION Replies
457 17.9.2 ReplyHandler Operations for Exceptional Replies
17.9.3 Example
458 17.10 Generic Poller Value
459 17.10.1 operation_target
17.10.2 operation_name
17.10.3 associated_handler
17.10.4 is_from_poller
17.11 Type-Specific Poller Mapping
460 17.11.1 Basic Type-Specific Poller
462 17.11.2 Persistent Type-Specific Poller
17.11.3 Example
463 17.12 Example Programmer Usage
17.12.1 Example Programmer Usage (Examples Mapped to C++)
17.12.2 Client-Side C++ Example for the Asynchronous Method Signatures
464 17.12.3 Client-Side C++ Example of the Callback Model
471 17.12.4 Client-Side C++ Example of the Polling Model
476 17.12.5 Server Side
477 17.13 Message Routing Interoperability
478 17.14 Routing Object References
479 17.15 Message Routing
481 17.15.1 Structures
482 17.15.2 Interfaces
484 17.15.3 Routing Protocol
489 17.16 Router Administration
492 17.16.1 Constants
17.16.2 Exceptions
493 17.16.3 Valuetypes
17.16.4 Interfaces
494 17.17 CORBA Messaging IDL
17.17.1 Messaging Module
497 17.17.2 MessageRouting Module
502 Annex A for Clause 17
513 Annex B for Clause 17
515 Annex A – IDL Tags and Exceptions
529 Annex B – Legal Information

Related products

BS ISO/IEC 19500-1:2012
$215.11