Pattern-Oriented Software Architecture, A Pattern Language for Distributed Computing

, by Buschmann, Frank; Henney, Kevlin; Schmidt, Douglas C.

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ISBN: 9780470059029 | 0470059028
Cover: Hardcover
Copyright: 4/23/2007

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The eagerly awaited Pattern-Oriented Software Architecture (POSA) Volume 4 is about a pattern language for distributed computing. The authors will guide you through the best practices and introduce you to key areas of building distributed software systems. POSA 4 connects many stand-alone patterns, pattern collections and pattern languages from the existing body of literature found in the POSA series. Such patterns relate to and are useful for distributed computing to a single language. The panel of experts provides you with a consistent and coherent holistic view on the craft of building distributed systems. Includes a foreword by Martin Fowler A must read for practitioners who want practical advice to develop a comprehensive language integrating patterns from key literature.

Foreword	p. xv
About This Book	p. xvii
About The Authors	p. xxiii
Guide To The Reader	p. xxvii
Some Concepts	p. 1
On Patterns and Pattern Languages	p. 3
Patterns Introduced	p. 4
Inside Patterns	p. 6
Between Patterns	p. 10
Into Pattern Languages	p. 13
Patterns Connected	p. 15
On Distributed Systems	p. 17
Benefits of Distribution	p. 18
Challenges of Distribution	p. 20
Technologies for Supporting Distribution	p. 22
Limitations of Middleware	p. 32
On the Pattern Language	p. 33
Intent, Scope, and Audience	p. 34
Origins and Genesis	p. 35
Structure and Content	p. 36
Presentation	p. 44
Practical Use	p. 49
A Story	p. 53
Warehouse Management Process Control	p. 57
System Scope	p. 58
Warehouse Management Process Control	p. 60
Baseline Architecture	p. 65
Architecture Context	p. 66
Partitioning the Big Ball of Mud	p. 67
Decomposing the Layers	p. 68
Accessing Domain Object Functionality	p. 71
Bridging the Network	p. 72
Separating User Interfaces	p. 76
Distributing Functionality	p. 79
Supporting Concurrent Domain Object Access	p. 82
Achieving Scalable Concurrency	p. 85
Crossing the Object-Oriented/Relational Divide	p. 87
Configuring Domain Objects at Runtime	p. 89
Baseline Architecture Summary	p. 90
Communication Middleware	p. 95
A Middleware Architecture for Distributed Systems	p. 96
Structuring the Internal Design of the Middleware	p. 100
Encapsulating Low-level System Mechanisms	p. 103
Demultiplexing ORB Core Events	p. 105
Managing ORB Connections	p. 108
Enhancing ORB Scalability	p. 111
Implementing a Synchronized Request Queue	p. 114
Interchangeable Internal ORB Mechanisms	p. 116
Consolidating ORB Strategies	p. 118
Dynamic Configuration of ORBs	p. 121
Communication Middleware Summary	p. 124
Warehouse Topology	p. 129
Warehouse Topology Baseline	p. 130
Representing Hierarchical Storage	p. 131
Navigating the Storage Hierarchy	p. 133
Modeling Storage Properties	p. 135
Varying Storage Behavior	p. 137
Realizing Global Functionality	p. 140
Traversing the Warehouse Topology	p. 142
Supporting Control Flow Extensions	p. 144
Connecting to the Database	p. 146
Maintaining In-Memory Storage Data	p. 147
Configuring the Warehouse Topology	p. 149
Detailing the Explicit Interface	p. 151
Warehouse Topology Summary	p. 153
The Story Behind The Pattern Story	p. 157
The Language	p. 163
From Mud To Structure	p. 167
Domain Model	p. 182
Layers	p. 185
Model-View-Controller	p. 188
Presentation-Abstraction-Control	p. 191
Microkernel	p. 194
Reflection	p. 197
Pipes and Filters	p. 200
Shared Repository	p. 202
Blackboard	p. 205
Domain Object	p. 208
Distribution Infrastructure	p. 211
Messaging	p. 221
Message Channel	p. 224
Message Endpoint	p. 227
Message Translator	p. 229
Message Router	p. 231
Publisher-Subscriber	p. 234
Broker	p. 237
Client Proxy	p. 240
Requestor	p. 242
Invoker	p. 244
Client Request Handler	p. 246
Server Request Handler	p. 249
Event Demultiplexing and Dispatching	p. 253
Reactor	p. 259
Proactor	p. 262
Acceptor-Connector	p. 265
Asynchronous Completion Token	p. 268
Interface Partitioning	p. 271
Explicit Interface	p. 281
Extension Interface	p. 284
Introspective Interface	p. 286
Dynamic Invocation Interface	p. 288
Proxy	p. 290
Business Delegate	p. 292
Facade	p. 294
Combined Method	p. 296
Iterator	p. 298
Enumeration Method	p. 300
Batch Method	p. 302
Component Partitioning	p. 305
Encapsulated Implementation	p. 313
Whole-Part	p. 317
Composite	p. 319
Master-Slave	p. 321
Half-Object plus Protocol	p. 324
Replicated Component Group	p. 326
Application Control	p. 329
Page Controller	p. 337
Front Controller	p. 339
Application Controller	p. 341
Command Processor	p. 343
Template View	p. 345
Transform View	p. 347
Firewall Proxy	p. 349
Authorization	p. 351
Concurrency	p. 353
Half-Sync/Half-Async	p. 359
Leader/Followers	p. 362
Active Object	p. 365
Monitor Object	p. 368
Synchronization	p. 371
Guarded Suspension	p. 380
Future	p. 382
Thread-Safe Interface	p. 384
Double-Checked Locking	p. 386
Strategized Locking	p. 388
Scoped Locking	p. 390
Thread-Specific Storage	p. 392
Copied Value	p. 394
Immutable Value	p. 396
Object Interaction	p. 399
Observer	p. 405
Double Dispatch	p. 408
Mediator	p. 410
Command	p. 412
Memento	p. 414
Context Object	p. 416
Data Transfer Object	p. 418
Message	p. 420
Adaptation and Extension	p. 423
Bridge	p. 436
Object Adapter	p. 438
Chain of Responsibility	p. 440
Interpreter	p. 442
Interceptor	p. 444
Visitor	p. 447
Decorator	p. 449
Execute-Around Object	p. 451
Template Method	p. 453
Strategy	p. 455
Null Object	p. 457
Wrapper Facade	p. 459
Declarative Component Configuration	p. 461
Modal Behavior	p. 463
Objects for States	p. 467
Methods for States	p. 469
Collections for States	p. 471
Resource Management	p. 473
Container	p. 488
Component Configurator	p. 490
Object Manager	p. 492
Lookup	p. 495
Virtual Proxy	p. 497
Lifecycle Callback	p. 499
Task Coordinator	p. 501
Resource Pool	p. 503
Resource Cache	p. 505
Lazy Acquisition	p. 507
Eager Acquisition	p. 509
Partial Acquisition	p. 511
Activator	p. 513
Evictor	p. 515
Leasing	p. 517
Automated Garbage Collection	p. 519
Counting Handle	p. 522
Abstract Factory	p. 525
Builder	p. 527
Factory Method	p. 529
Disposal Method	p. 531
Database Access	p. 533
Database Access Layer	p. 538
Data Mapper	p. 540
Row Data Gateway	p. 542
Table Data Gateway	p. 544
Active Record	p. 546
A Departing Thought	p. 549
Glossary	p. 553
References	p. 573
Index of Patterns	p. 587
Index of Names	p. 593
Subject Index	p. 595
Table of Contents provided by Ingram. All Rights Reserved.

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Pattern-Oriented Software Architecture, A Pattern Language for Distributed Computing

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Pattern-Oriented Software Architecture, A Pattern Language for Distributed Computing

Summary

Author Biography

Table of Contents

Supplemental Materials

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