JavaSpaces Principles, Patterns, and Practice (Jini Series) - Tapa blanda

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Eric Freeman is co-founder and CTO of Mirror Worlds Technologies,a Java and Jini-based software company. Dr Freeman previously worked at Yale University on space-based systems, and is a Fellow at Yale's Center for Internet Studies.

Susanne Hupfer is Director of Product Development for Mirror Worlds Technologies, Inc. and a Fellow of the Yale University Center for Internet Studies. Previously she taught Java network programming as an Assistant Professor of Computer Science at Trinity College. She has a Ph.D. in computer science from Yale, where she researched space-based coordination languages and groupware.

Ken Arnold, formerly senior engineer at Sun Microsystems Laboratories, is a leading expert in object-oriented design and implementation. He was one of the original architects of the Jini™ technology, and the lead engineer of Sun's JavaSpaces™ technology.

De la contraportada

"Ever since I first saw David Gelernter's Linda programming language almost twenty years ago, I felt that the basic ideas of Linda could be used to make an important advance in the ease of distributed and parallel programming. As part of the fruits of Sun's Jini project, we now have the JavaSpaces technology, a wonderfully simple platform for developing distributed applications that takes advantage of the power of the Java programming language. This important book and its many examples will help you learn about distributed and parallel programming. I highly recommend it to students, programmers, and the technically curious." Bill Joy, Chief Scientist and co-founder, Sun Microsystems, Inc.

JavaSpaces technology, a powerful Jini service from Sun Microsystems, facilitates building distributed applications for the Internet and Intranets. The JavaSpaces model involves persistent object exchange "areas" in which remote processes can coordinate their actions and exchange data. It provides a necessary ubiquitous, cross-platform framework for distributed computing, emerging as a key technology in this expanding field.

This book introduces the JavaSpaces architecture, provides a definitive and comprehensive description of the model, and demonstrates how to use it to develop distributed computing applications. The book presents an overview of the JavaSpaces design and walks you through the basics, demonstrating key features through examples. Every aspect of JavaSpaces programming is examined in depth: entries, distributed data structures, synchronization, communication, application patterns, leases, distributed events, and transactions.

You will find information on such vital topics as:

• Distributed data structures
• Synchronization techniques
• Loosely coupled communication
• Message passing
• Channel data structures for communication
• Application patterns such as replicated worker, command pattern, and marketplace
• Leases and automated lease renewal
• Using distributed events with spaces
• Handling partial failure with distributed transactions
• The official JavaSpaces specification from Sun Microsystems

JavaSpaces Principles, Patterns, and Practice also includes two full-scale applications--one collaborative and the other parallel--that demonstrate how to put the JavaSpaces model to work.