Sap Ag

Sap Se

Dimitar Angelov

Vladimir Savchenko

Chavdar Baikov

Dimitrina Stoyanova

Vladimir E Videlov

Alexander Zubev

Mariela Todorova

A method is described that involves creating a reliable messaging object that includes a configuration context object. The reliable messaging object is created by reading configuration data from the configuration context object and writing instructions for delivery of the reliable messaging object based on the configuration data. The reliable messaging object is received in a messaging system independent from a web services runtime framework. The reliable messaging object is processed in the messaging system by placing the reliable messaging object into a queue and performing a quality of service check on the reliable messaging object.

Web services message processing runtime framework

A method and system for unifying configuration files. In one embodiment, a web services configuration file and a web services client configuration file are identified. The web services and web services client configuration files are unified to create a configuration file.

Method and system for unifying configuration descriptors

A method and system for directly mapping web services interfaces and Java interfaces. In one embodiment, default mapping information is identified, the default mapping information having default interface mapping information and default schema to Java mapping information. The default mapping information is then update and a mapping descriptor having the updated mapping information is generated. The updated information contains updated interface mapping information and updated schema to Java mapping information.

Method and system for directly mapping web services interfaces and Java interfaces

Method and system for directly mapping web services interfaces and java interfaces

Various embodiments of systems and methods for automated test framework for testing enterprise services consumer technologies are described. According to one aspect, an enterprise service client is generated based on the WSDL document of an enterprise service. The generation of the client includes generation of source code files and other client artifacts. The client artifacts are compiled and the client is configured to connect to the server system hosting the enterprise service. Real test data is loaded into a non-persistent memory and executed against the server system of the enterprise system. If no exception occurs, the test call is assumed successful. If the test calls to this enterprise service are successful, the service is marked as compatible with the different clients that performed the test calls.

Automated framework for testing enterprise services consumer technologies

A method is described that involves processing a Web services message within an object oriented runtime environment. The processing itself involves executing a plurality of protocols to support a Web service that the message pertains to. Each one of the protocols perform one or more operations that contribute to a different part of the processing. The executing is hibernated by storing state information of the protocols externally from the protocols. The executing is resumed by loading the saved state information back into the protocols. The executing includes one of the protocols performing the following: receiving from an object information retrieved from the message's header; and, providing at least a portion of the information to another protocol amongst the plurality of protocols.

Headers protocol for use within a web services message processing runtime framework

A method and system for directly mapping web services interfaces and Java interfaces. In one embodiment, a web services mapping is generated from a common mapping descriptor associated with a web services interface; updated mapping information is received, and, based on the web services mapping and the updated mapping information, a customized interface comprising a common web services and web services client interface is generated.

A method and system for implementing WS-Policy is described. In one embodiment, the system includes an API that may be used to call one or more methods for processing a WS policy file. These methods are associated with one or more classes.

Method and system for implementing WS-policy

A method and system for creating a common model. In one embodiment, a web services model and a web service client model are identified. The web services and web services client models are then unified to create a common model.

Method and system for generating a web services meta model on the java stack

A method and system for processing Web service messages within an object oriented runtime environment is described. In one embodiment, the method includes steps for invoking a single instance of a state-less protocol for processing inbound and outbound flows of Web services messages. After determining Web services messages have been received out of order, processing of the outbound flow of any remaining messages is suspended until a complete set of messages is received. The messages are rearranged into proper order before completing processing of the outbound flows of the remaining messages.

Method and system for implementing built-in web services endpoints

A system and method for generating a Web services description file is described. In one embodiment, a visualizer process metadata from a configuration file and applies the metadata to a predefined template to generate a portion of a Web services description file. The configuration file stores metadata about a service provided by a Web service. The template file defines structure and syntax of a portion of a Web services description file.

System and method for dynamic web services descriptor generation using templates

An Web service (WS) archive is described. The archive includes components that define and describe the deployable WS such as the implementation classes of the WS, the WSDL of the WS, and descriptors that provide more detail than what is described in a normal WSDL that are specific to the WS of the archive.

Web services archive

A method and system for implementing Web service built-in endpoints is described. In one embodiment, the system includes a built-in endpoint manager interface and a built-in endpoint implementation container.

A method is described that involves processing a Web services message within an object oriented runtime environment. The processing involves executing a plurality of protocols to support a Web service that the message pertains to. Each one of the protocols perform one or more operations that contribute to a different part of the processing. The executing is hibernated by storing state information of the protocols externally from the protocols. The executing is resumed by loading the saved state information back into the protocols. The processing also involves identifying a message key within the message and using the message key to identify an endpoint method for the message. The method also involves executing the endpoint method to generate a response message to the message.

A method is described that involves comprising, during runtime in an object-oriented environment, invoking, from an object, a first Web services endpoint method to process a first message by: invoking the first Web services endpoint method through a first interface according to an endpoint method invocation format, where, the first Web services endpoint method is implemented with a first component that is provided one or more services by a first container. The method also involves invoking, from the object, a second Web services endpoint method to process a second message by: invoking the second Web services endpoint method through a second interface according to the endpoint method invocation format. The second Web services endpoint method is implemented with a second component that is provided one or more services by a second container. The first and second containers have respective interfaces that are different.

Growing community of inventors

Montana, Bulgaria

Dimitar Angelov