Bea Systems, Inc.

Oracle International Corporation

Shean-Guang Chang

Stephen Felts

John Wells

Thomas E Barnes

Dongbo Xiao

Kathiravan Sengodan

Rajesh V Patel

Salvatore Anthony Gambino

Shauagxi Pei

Hal Strausberg

Tom Barnes

Stephan Zachwieja

Disclosed herein is a system and method for client interoperability. In one embodiment, a method for client interoperability comprises establishing a network connection between a client and a proxy. The client requests a connection factory from the proxy. The proxy then obtains the connection factory from an application server using a Java Naming and Directory Interface (JNDI). Using the connection factory, a connection to a connection host from the client is created. When the client sends a message, the proxy receives the message and routes the message to a destination server. Similarly, when the client receives a message, the proxy receives the message from a destination server and passes the message to the client. The client can be specifically configured to extend JMS operability to a desired language. In one embodiment the client is a .NET client.

System and method for client interoperability

The Flexible Message Header (FMH) is a typed modular message structure comprising one or more Typed Container Modules (TCM)&#x2014;stateful message modules with a compact header (Typed Container Header, TCH), a user definable payload (Typed Container Body, TCB), and a set of payload-specific callback to handle the lifecycle of the module at the different state such as creation, preparation, manipulation, resizing, transferring, and deletion. A single message comprises a small header with various numbers of TCMs. The integrity of the entire message is not affected by dynamically modifying, adding or removing TCM from the message. Major message content change can be achieved by either adding a TCM or swapping the TCM with different TCM. Minor message content change can be achieved by either modifying or expanding the TCM directly within the message. New features can be supported by adding new TCM and new code to process the new TCM.

Application messaging system with flexible message header structure

A system including an interception service that serves as a discovery mechanism and framework for carriers to connect to processors. The system allows for message handling using message interceptors, comprising one or more message carriers for receiving and handling messages; one or more message processors for processing messages; and an interception service that registers interception points in the message carriers for allowing message processors to access the message.

System and method for message handling using message interceptors

A system and method for supporting multiple network interface cards, network addresses, or ports for a single instance of a server, such as an application server. The benefits of this are realized in various areas such as traffic isolation, traffic prioritization, network redundancy, and application segregation or virtual host support. Another benefit is the ability to allow multiple servers in a cluster to listen on the same address by using different ports. The system supports logical isolation, by allowing a server to listen on multiple ports; and physical isolation, by allowing a server to listen on multiple IP addresses.

System and method for server network configuration and addressing

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Morris Plains, NJ, United States of America

Shean-Guang Chang