Michael Morrison · 1997
From the Publisher:
JavaBeans allows Web publishers and developers to write re-usable components once and then run them anywhere. This guide, loaded with real-world programming examples, is a solid introduction to this new compact platform-neutral component architecture. With this book, users will learn what JavaBeans is, how it relates to existing component technologies, and how it will affect the Web.
Extensive coverage of the basics of component software; the JavaBeans API; the creation of JavaBeans; and the integration of JavaBeans with other component models, including ActiveX, LiveConnect, RMI, and COBRA
CD-ROM includes Sun s Java Developer s Kit for Windows 95, Windows NT, Macintosh, and Solaris; Sun s Beans Development Kit, and the complete source code for four JavaBeans components
Cited by 3
Dan Harkey · 1999
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Mark Watson · 1997
Cited by 1
Vanhelsuwe, Laurence · CERN Document Server (European Organization for Nuclear Research) · 1997
Cited by 0
Roland Schätzle, Tilman Seifert, Jörg Kleine-Gung · WIRTSCHAFTSINFORMATIK · 2002
Cited by 4
Donald Doherty, Rick Leinecker · 1999
From the Publisher:
JavaBeans Unleashed is a practical, professional, and comprehensive guide to JavaBeans. It assumes you are an experienced Java programmer but have little experience developing network and client/server applications. This book also contains an introduction to Enterprise JavaBeans, a new Java specification from Sun. JavaBeans works with the most popular distributed object protocols, so CORBA (the distributed object leading protocol from the Object Management Group), Java IDL (Interface Definition Language allows Java apps access to CORBA), and JNDI (Java Naming and Directory Interface which allows Java applications to access files on any network server) are also covered.
Cited by 3
Markku Karppinen · 2007
Enterprise java beans is a standard for server side reusable java components. The meaning of EJB component is to give support for functionality that takes long time to implement by a programmer. EJB platform takes care of transactions, network and security issues and gives flexibility to load balancing. Also, EJB standard supports distributed transactions. Sun Microsystems defines EJB components like that: The Enterprise java beans architecture is a component architecture for the development and deployment of component-based distributed business applications. Applications written using the Enterprise java beans architecture are scalable, transactional, and multi-user secure. These applications may be written once, and then deployed on any server platform that supports the Enterprise java beans specifications. EJB standard has deployed fast. For example, first version did not support entity beans which are added to version 1.1 of EJB. Also, newest release version 2.0 contains message-driven bean that eases the use of JMS [4]. This paper gives a slight description about session beans and entity beans but passes message-driven beans. Also, transactions and EJB servers are briefly described. 1
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Andre Tost, V. Johnson · IBM Systems Journal · 2000
In this paper we describe how the use of JavaBeans™ components together with Enterprise JavaBeans™ (EJB) components can help to develop flexible, mission-critical applications. We show how an application can be structured into three conceptual tiers, and how the use of JavaBeans components on the middle tier can help develop applications that can run in different client/server environments (i.e., thin or thick clients). This eases the separation of server-side and client-side application development, each focusing on different problem domains. We also show that the additional level of indirection provided by using JavaBeans components as accessors to server-side business objects helps users of IBM SanFrancisco™ components to isolate their client-side application development from upcoming changes in the underlying back-end technology (i.e., the migration from today's SanFrancisco infrastructure toward future EJBbased releases of SanFrancisco).
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Kwang Wu Lee · University of Canterbury Research Repository (University of Canterbury) · 2001
This project aims to provide a framework for the formal specification of JavaBeans and Enterprise JavaBeans (EJB), Sun Microsystems' component technology. We develop a list of properties that distinguishes beans from a Java class. For example, we formalise the notion of session beans, home/remote interfaces, etc. We also briefly touch upon the use of JavaBeans/EJB technology in a particular application.
Cited by 0Open access
John Hunt, Alexander George McManus · Practitioner series · 1998
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Stefan Denninger, Ingo Peters, Rob Castaneda · Apress eBooks · 2003
Cited by 0Open access
Teubner eBooks · 2007
Cited by 1
Robert J. Brunner · Elsevier eBooks · 2003
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Computers & Mathematics with Applications · 1999
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John Hunt · Essential series · 1998
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Cornelia Heinisch, Frank Müller-Hofmann, Joachim Goll · Vieweg+Teubner eBooks · 2011
Im Folgenden wird die Enterprise JavaBeans (EJB)-Technologie in ihrer aktuellen Version 3.1 vorgestellt. Es kann von vorne herein klar gesagt werden, dass die Implementierung von Enterprise JavaBeans bereits seit der Version 3.0 erheblich vereinfacht wurde. Viele Dinge, die nach der alten Spezifikation, d. h. nach der Version 2.1, noch benötigt wurden – wie beispielsweise der Deployment-Deskriptor oder das Home-Interface einer Session-Bean – sind mit der neuen Version weggefallen oder werden nur noch optional eingesetzt. Mit der Version 3.1 wurde die Entwicklung von Enterprise JavaBeans nochmals vereinfacht. Die Spezifikation wurde außerdem um Punkte erweitert, auf die viele Entwickler schon lange gewartet haben wie zum Beispiel die Möglichkeit Methoden von Session-Beans asynchron auszuführen. Da EJB 3.0 noch häufig eingesetzt wird, wird in diesem Kapitel sowohl auf die Version 3.0, als auch die Version 3.1 eingegangen.
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Cavaness, Chuck, Keeton, Brian · CERN Document Server (European Organization for Nuclear Research) · 2002
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Andrew Patzer · Apress eBooks · 2002
As programmers, designing web pages is not our forte. Although some of us may have modest design skills, web pages are much better left to those who make a living out of designing eye-popping, user-friendly, browser-independent websites. On the other hand, most good web designers have little, if any, programming skills. Therefore, how can you expect to build good web applications that not only function well but have an appealing interface, too?
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Doug Nickerson · Auerbach Publications eBooks · 2026
With each new development in software engineering, developers hope to have the solution — the silver bullet that will kill (or at least tame) the werewolf of software productivity. And indeed, methodologies and advances such as high-level languages, information engineering, rapid application development, application reengineering, and object-oriented programming have made software developers more productive. Still, advances in software productivity do not match the gains in hardware.
Cited by 0
Boone, Kevin · CERN Document Server (European Organization for Nuclear Research) · 2003
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