Providing easier access to remote objects in client-server systems
Jonathan Aldrich, Jackie M. Dooley, S. Mandelsohn, Adam Rifkin · 2002
The Java Environment for Distributed Invocation (JEDI) is efficient, dynamic and easier to use than alternative communication systems for distributed Java objects. Existing state-of-the-art mechanisms for remote method calls on Java objects, such as RMI (remote method invocation), require users to perform a complicated series of steps. Furthermore, the compiled static interfaces these systems use limit their functionality. This paper presents the design and implementation of JEDI's simpler approach utilizing dynamic proxies. We discuss a means of integrating JEDI with a publicly available CORBA object request broker (ORB), followed by the tests used to ensure the robustness of the JEDI system. Comparing this system's performance with that of other communication facilities such as UDP, TCP and RMI demonstrates the efficiency of JEDI. A calendar program illustrates the flexibility and usability tradeoffs of employing JEDI in distributed client-server applications.