Abstract: A system supports discovering available web services, retrieving description documents describing the web services, and binding methods and their parameters to data of an application document. When a user wants to bind a discovered web service to an application document, the system retrieves a description document from the web service. The system then parses the description document to identify the methods supported by the web service along with their parameters. The system allows a user to map method names and parameter names to more user-friendly display names. The system allows the user to bind the parameters to data of an application document. When the document is to be updated, the system sends a request for services specifying a method and input parameters as indicated by the binding. When a response is received, the system stores output parameters of the response in the document as indicating by the binding.

Abstract: A system supports discovering available web services, retrieving description documents describing the web services, and binding methods and their parameters to data of an application document. When a user wants to bind a discovered web service to an application document, the system retrieves a description document from the web service. The system then parses the description document to identify the methods supported by the web service along with their parameters. The system allows a user to map method names and parameter names to more user-friendly display names. The system allows the user to bind the parameters to data of an application document. When the document is to be updated, the system sends a request for services specifying a method and input parameters as indicated by the binding. When a response is received, the system stores output parameters of the response in the document as indicating by the binding.

Abstract: A system supports discovering available web services, retrieving description documents describing the web services, and binding methods and their parameters to data of an application document. When a user wants to bind a discovered web service to an application document, the system retrieves a description document from the web service. The system then parses the description document to identify the methods supported by the web service along with their parameters. The system allows a user to map method names and parameter names to more user-friendly display names. The system allows the user to bind the parameters to data of an application document. When the document is to be updated, the system sends a request for services specifying a method and input parameters as indicated by the binding. When a response is received, the system stores output parameters of the response in the document as indicating by the binding.

Abstract: Techniques for automated user interface object transformation and code generation are described. An apparatus may comprise a logic device arranged to execute a server application. The server application may comprise, among other elements, an interpretive runtime engine to generate a graphical user interface (GUI) independent object from a set of received user event properties. The GUI independent object is subjected to template processing to create a new GUI dependent object that may be returned to a client application for rendering. Other embodiments are described and claimed.

Abstract: A system supports discovering available web services, retrieving description documents describing the web services, and binding methods and their parameters to data of an application document. When a user wants to bind a discovered web service to an application document, the system retrieves a description document from the web service. The system then parses the description document to identify the methods supported by the web service along with their parameters. The system allows a user to map method names and parameter names to more user-friendly display names. The system allows the user to bind the parameters to data of an application document. When the document is to be updated, the system sends a request for services specifying a method and input parameters as indicated by the binding. When a response is received, the system stores output parameters of the response in the document as indicating by the binding.

Abstract: A device measures the operating angle of a universal joint in a drive train system without any physical contact with the components of the drive train system. The drive train system can include first and second shafts that are connected together by the universal joint. The device includes a first sensor for generating a first signal that is representative of the angular orientation of the first shaft relative to the horizontal and a second sensor for generating a second signal that is representative of the angular orientation of the second shaft relative to the horizontal. Each of the first and second sensors can include a pair of non-contact sensors, such as a pair of laser distance sensors, that are mounted on a base. A controller is responsive to the first and second signals for determining the operating angle of the universal joint.