Abstract: An enterprise JavaBeans architecture is provided which includes an application server having a container and a plurality of enterprise beans residing in the container, a remote server having a container and a plurality of proxy beans residing in the container and configured to communicate with the application server, and a plurality of client systems configured to communicate with the plurality of proxy beans of the remote server. The plurality of proxy beans are deployed on the remote server. A method of using proxy beans is provided which includes generating a plurality of proxy beans, deploying the plurality of proxy beans into the container of the remote server, and performing a method call on at least one of the plurality of proxy beans. The method also includes transmitting the method call to one of the plurality of enterprise beans located at the application server and accessing the enterprise bean having the method call.

Abstract: A method of implementing an interface to achieve asynchronous method invocations between a client system, a messaging server, and an enterprise JavaBeans-enabled server is provided which includes performing a lookup operation for an asynchronous home interface on JNDI directory service, returning a reference to the asynchronous home interface of an enterprise bean, to the client system, and making a call on the reference. The method also includes providing a listener for the asynchronous home interface to monitor a plurality of events, generating an event, receiving a result after generating the event; and executing a method of the listener.

Abstract: An enterprise JavaBeans architecture is provided which includes an application server having a container and a plurality of enterprise beans residing in the container, a remote server having a container and a plurality of proxy beans residing in the container and configured to communicate with the application server, and a plurality of client systems configured to communicate with the plurality of proxy beans of the remote server. The plurality of proxy beans are deployed on the remote server. A method of using proxy beans is provided which includes generating a plurality of proxy beans, deploying the plurality of proxy beans into the container of the remote server, and performing a method call on at least one of the plurality of proxy beans. The method also includes transmitting the method call to one of the plurality of enterprise beans located at the application server and accessing the enterprise bean having the method call.

Abstract: An asynchronous communication system is provided that includes a client system configured to communicate with a messaging service, the messaging service configured to communicate with the client system, a messaging engine, and an EJB-enabled server configured to communicate with the messaging service. The messaging engine is configured to communicate with the client system, the EJB-enabled server, and the messaging service. The messaging engine includes a deployment tool configured to deploy enterprise beans and generate asynchronous implementations of the stubs, a messaging container configured to manage asynchronous functions, and a client library configured to communicate with the messaging container.