Abstract: A system and computer usable code is provided for using a templated pattern to define part types on a web service definition language (WSDL) interface. Applying the templated pattern enables peer services to define a transparent contract between specific WSDL part types. The templated pattern is used to wrap the original business object with the enriched business graph schema. The templated business graph is created by extending the business graph complex type that is provided by the business object framework runtime and adding an element delegating to the original business object.

Abstract: A system and method for remotely loading artifacts is disclosed. The system and method involves monitoring application installation events on a computing device. In response to detecting an application installation event, the application installation event is intercepted. The application associated with the application installation event is searched for artifacts, and any artifacts found within the application are stored in a centralized location. The artifacts are further indexed according to a target namespace. In one embodiment, the system and method further involved receiving a query from a client to locate an artifact, locating the artifact from previously extracted artifacts and returning the artifact as URL address.

Abstract: A system and method of remotely loading artifacts is disclosed. The method involves storing and indexing a plurality of artifacts in a centralized location. A query is received from a client to locate an artifact, and the artifact is located within the central location. A reply is then returned to the client, wherein the reply includes a location of the artifact. In one embodiment, the method of remotely loading artifacts further involves the artifacts being previously extracted from an application during the installation of the application.

Abstract: A system and method of remotely loading artifacts is disclosed. The method involves storing and indexing a plurality of artifacts in a centralized location. A query is received from a client to locate an artifact, and the artifact is located within the central location. A reply is then returned to the client, wherein the reply includes a location of the artifact. In one embodiment, the method of remotely loading artifacts further involves the artifacts being previously extracted from an application during the installation of the application.

Abstract: A system and method for remotely loading artifacts is disclosed. The system and method involves monitoring application installation events on a computing device. In response to detecting an application installation event, the application installation event is intercepted. The application associated with the application installation event is searched for artifacts, and any artifacts found within the application are stored in a centralized location. The artifacts are further indexed according to a target namespace. In one embodiment, the system and method further involved receiving a query from a client to locate an artifact, locating the artifact from previously extracted artifacts and returning the artifact as URL address.

Abstract: A method and system for providing communications services between multiple processes running in multiple computer systems is provided. A single system semantic can be used to access processes, whether such processes reside on a local or remote computer. A mechanism is provided to allow processes to register as part of a distributed context. Registration may be accomplished explicitly by any child process to name its parent in the hierarchy, or automatically by the parent process when spawning children. This mechanism allows the additional flexibility that destination nodes in the distributed environment may be selected at run time without requiring knowledge on the part of the executing process. This allows the ability to cause processes to be distributed based on machine type, facilities available on a specific node or load balancing considerations.

Abstract: Disclosed is a method and system for providing a complex testing framework/scaffold. Also included are testing tools that automate and simplify the testing process. The disclosed design handles networking and task concurrency. The testing scaffold is aimed at being a flexible test case driver that can be used to execute functional verification tests on a single host or large networked system level integration tests involving dozens of hosts. The testing scaffold is designed to meet the requirements of large scale testing environments. The ability to execute these environments similarly allows manipulation of smaller scale environments.