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CORBA Reference Guide: Understanding the Common Object Request Broker Architecture [Pehme köide]

  • Formaat: Paperback / softback, 432 pages, kõrgus x laius x paksus: 234x186x20 mm, kaal: 720 g
  • Ilmumisaeg: 10-Feb-1998
  • Kirjastus: Addison Wesley
  • ISBN-10: 0201633868
  • ISBN-13: 9780201633863
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  • Formaat: Paperback / softback, 432 pages, kõrgus x laius x paksus: 234x186x20 mm, kaal: 720 g
  • Ilmumisaeg: 10-Feb-1998
  • Kirjastus: Addison Wesley
  • ISBN-10: 0201633868
  • ISBN-13: 9780201633863
The Common Object Request Broker Architecture (CORBA) is a pivotal technology that facilitates and promotes the development of distributed applications. CORBA has taken a stronghold in the computer industry, primarily because it is a standard architecture that provides common interfaces and descriptions for objects. The emergence of CORBA has been a blessing to the programming community-now there is a framework in which distributed object-oriented applications for many different systems can be more easily constructed. This book offers you the clear explanation of CORBA that you need and provides a complete reference to the standard. The CORBA Reference Guide provides a general background in distributed systems, a technology that is vital for building scalable distributed object systems. The book explains the base architecture as well as the services and facilities that extend this architecture. This explanation also provides historical context discussing why certain features were selected. Of particular note, this book details the most sophisticated security framework developed for any architecture to date.The book also covers interoperability with other ORBs, especially between OLE and CORBA. Additionally, key details about the Object Data Management Group (ODMG) Standard are included. Distributed systems managers will gain a better understanding of CORBA by quickly reading the first section of each chapter and browsing the informative margin notes. Software architects and project leaders will appreciate the in-depth explanations of the various interfaces and the rationale behind CORBA. 0201633868B04062001
Foreword xi(2)
Preface xiii(4)
List of Figures
xvii(2)
List of Tables
xix
CHAPTER 1 Introduction
1(24)
Computing Paradigms for the Next Century
1(3)
Client-Server Goals
4(3)
Object-Orientation
7(2)
Objects: The General Abstraction
9(1)
Object-Orientation and Benefits
10(1)
Objects: More Formally
10(4)
Distributed Objects
14(2)
Basic Communications and Reliability
16(9)
CHAPTER 2 Enter the OMG
25(10)
The OMG Process and Standards
26(9)
CHAPTER 3 The Object Management Architecture
35(26)
Benefits of an OMA
38(19)
CORBA
57(4)
CHAPTER 4 Common Object Request Broker Architecture
61(30)
Object Interfaces
62(1)
CORBA Interfaces
63(1)
Object Identifiers
64(1)
CORBA IDL
65(8)
Object Reference
73(5)
Versioning
78(1)
Communication Issues
79(12)
CHAPTER 5 The Dynamic Invocation Interface
91(10)
Runtime Discovery
92(9)
CHAPTER 6 The ORB
101(14)
ORB Interface Operations
101(14)
CHAPTER 7 Object Adapters
115(10)
The Adapter's Role
115(1)
BOA
115(7)
Dynamic Skeleton Interface
122(3)
CHAPTER 8 Other Object Adapters and the ODMG
125(8)
Library Object Adapter
125(1)
Other Adapters
126(1)
ODMG View
127(6)
CHAPTER 9 Repositories
133(24)
Interface Repository
133(1)
Repository Object Groups
134(22)
Implementation Repository
156(1)
CHAPTER 10 Interoperability
157(14)
ORB Domains
157(4)
Interoperability Vocabulary and Concepts
161(3)
General Inter-ORB Protocol
164(3)
Internet Inter-ORB Protocol
167(1)
Environment-Specific Inter-ORB Protocol
167(4)
CHAPTER 11 OLE, COM, and DCOM
171(8)
Differences
172(1)
Interface Mapping
173(4)
Interface Identity Mapping
177(2)
CHAPTER 12 Security
179(28)
General Security
180(5)
Security Interfaces
185(5)
Security Module Interfaces
190(17)
CHAPTER 13 Common Secure Interoperability
207(4)
CSI Levels
207(1)
Security Protocols
207(1)
Cryptographic Profile
208(1)
Key Distribution
208(1)
Secure Inter-ORB Protocol
209(2)
CHAPTER 14 CORBAservices
211(6)
CORBAservices Architecture
211(3)
CORBAservices General Design Principles
214(1)
Key Issues
215(1)
Accommodation of Future Services
215(1)
Service Dependencies
216(1)
Relation to CORBA and OMA
216(1)
Conformance to Existing Standards
216(1)
CHAPTER 15 Naming Services
217(6)
The Names of Names
218(5)
CHAPTER 16 Relationships
223(18)
Object Identity Service
225(7)
Graph Relationship Service
232(8)
Containment and Reference
240(1)
CHAPTER 17 Event Services
241(12)
Push and Pull
241(1)
Event Services
242(11)
CHAPTER 18 Life Cycle Service
253(14)
Creation Services
255(1)
Copy, Move, and Remove Services
256(1)
Compound Life Cycle
257(10)
CHAPTER 19 Object Query Service
267(12)
General Operation and Nesting
268(1)
Query Collection Service
269(5)
Query Service
274(5)
CHAPTER 20 Properties Service
279(12)
The OPS interface
279(12)
CHAPTER 21 Time
291(12)
Basic Time Service
291(7)
Timer Event Service
298(3)
Caveats about Time
301(2)
CHAPTER 22 Transaction Services
303(16)
Trivial Scenario
304(1)
Objects in OTS
304(15)
CHAPTER 23 Concurrency Control
319(8)
Locks and Lock Sets
319(2)
Locks and Transactions
321(6)
CHAPTER 24 Persistence Service
327(14)
PID Interface
328(1)
PO Interface
329(2)
POM Interface
331(2)
PDS Interface
333(1)
Protocols
334(3)
Data Store
337(4)
CHAPTER 25 Licensing Service
341(8)
License Service Manager Interface
343(2)
Producer-Specific License Service Interface
345(4)
CHAPTER 26 Externalization Service
349(8)
Externalization Interfaces
349(8)
CHAPTER 27 CORBAfacilities
357(20)
Horizontal Facilities
357(7)
Information Management
364(5)
System Management
369(3)
Task Management
372(5)
CHAPTER 28 Vertical Market Facilities
377(4)
The Domain Task Forces
377(4)
Glossary 381(6)
Bibliography 387(4)
Index 391
Alan LaMont Pope began programming in 1970 on a PDP 8/L and an IBM 360. Beginning in the early 1970s, he worked in information systems for various Fortune 500 companies. In 1989, Alan was part of a joint team from Hewlett-Packard and Sun Microsystems that built the Distributed Object Management Framework, which OMG selected as the Common Object Request Broker Architecture. He is currently President of Parliament Hill Software, Inc., which specialized in large scale distributed Java applications.

0201633868AB04062001