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Programming Open Service Gateways with Java Embedded Server(tm) Technology (Out of print)
| AUTHOR | Chen, Kirk; Mike Hendrickson; Gong, Li et al. |
| PUBLISHER | Addison-Wesley Professional (08/30/2001) |
| PRODUCT TYPE | Paperback (Paperback) |
Tomorrow's homes and small offices will use Service Gateways to enable, integrate, and manage all voice, data, Internet, and multimedia communications, and to deliver high-value services from security to energy control, health care monitoring to e-commerce. The Open Services Gateway Initiative (OSGi) establishes standard Java-based APIs for every element of these next-generation Service Gateways. In this book, the leader of the OSGi Release 1.0 development team introduces Java(TM)TM Embedded Server (JES) 2.0, the small footprint software framework that runs inside OSGi gateways, enabling service providers to deliver secure network services on-demand.KEY TOPICS: This book presents both a complete overview of residential gateway markets, architectures, and applications, and the in-depth technical information developers and product architects need to get started.MARKET: For all Java developers, embedded device developers, networking and service provider professionals, and product architects delivering advanced home communications services.
The Java Embedded Server(TM) from Sun Microsystems, Inc., is a solution for linking consumer devices with services over the Internet. It is based on the Open Services Gateway Initiative (OSGi) Service Gateway Specification 1.0. Written by authors who are intimately involved with the development and implementation of the specification, Programming Open Service Gateways with Java Embedded Server(TM) Technology reveals the concepts and inner workings of the Java Embedded Server framework and explains how to program and develop services for open gateways using the Java(TM) programming language.
With an emphasis on actual coding, this definitive guide begins by explaining the backdrop in which the residential gateway market emerged. Next, the book discusses the history and mission of the Java Embedded Server product and the OSGi consortium. Throughout the book, the Java Embedded Server technical architecture and the OSGi Service Gateway API are presented with examples and detailed implementations. The book's practical, how-to format shows you how to write code for residential gateway applications that is correct, robust, and efficient while avoiding common traps and pitfalls.
Highlights include:
- Overview of OSGi architecture, including basic concepts and features
- How to install Java Embedded Server and develop service bundles
- Design patterns and pitfalls
- How to use the OSGi standard services: log service and HTTP service
- OSGi Device Access (DA) service
- Permission-based security and administration
- The future undertakings of the OSGi consortium
- The OSGi Service Gateway Specification 1.0
Programming Open Service Gateways with Java Embedded Server(TM) Technology gives you an insider's perspective on the development process of new applications and services for the residential gateway environment.
0201711028B09102001Tomorrow's homes and small offices will use Service Gateways to enable, integrate, and manage all voice, data, Internet, and multimedia communications, and to deliver high-value services from security to energy control, health care monitoring to e-commerce. The Open Services Gateway Initiative (OSGi) establishes standard Java-based APIs for every element of these next-generation Service Gateways. In this book, the leader of the OSGi Release 1.0 development team introduces Java(TM)TM Embedded Server (JES) 2.0, the small footprint software framework that runs inside OSGi gateways, enabling service providers to deliver secure network services on-demand.KEY TOPICS: This book presents both a complete overview of residential gateway markets, architectures, and applications, and the in-depth technical information developers and product architects need to get started.MARKET: For all Java developers, embedded device developers, networking and service provider professionals, and product architects delivering advanced home communications services.