Abstract: A system and method for executing and managing a business process in a unified business process environment is provided. The methodology of the invention describes steps to execute a business process and thereafter monitor the executed business process in a unified business process environment. A business process is received in a unified business process environment. The business process comprises at least one workflow. The methodology further ascertains execution details of the at least one workflow based on a predefined attribute of the at least one workflow. Thereafter, the methodology processes the at least one workflow at a location selected from at least one of a grid processing environment and a local processing environment, based on the ascertained execution details of the at least one workflow. After which, the methodology monitors the at least one workflow, executed for processing at the grid processing environment and the local processing environment.

Abstract: A system and method for executing and managing a business process in a unified business process environment is provided. The methodology of the invention describes steps to execute a business process and thereafter monitor the executed business process in a unified business process environment. A business process is received in a unified business process environment. The business process comprises at least one workflow. The methodology further ascertains execution details of the at least one workflow based on a predefined attribute of the at least one workflow. Thereafter, the methodology processes the at least one workflow at a location selected from at least one of a grid processing environment and a local processing environment, based on the ascertained execution details of the at least one workflow. After which, the methodology monitors the at least one workflow, executed for processing at the grid processing environment and the local processing environment.

Abstract: A method for rapid processing and transport of large XML files is provided. The method enables splitting an XML file into a plurality of records by a client module. The method further enables parsing each record to obtain a wrapper object. Next, the wrapper object is transported by the client module to a server module. Then, mapping information is populated at the client module based on path information of the wrapper object at the server module. Further, the mapping information is provided from the client module to the server module and records are accessed at the server module using the mapping information.

Abstract: A method, system, and computer program product for dynamic creation and customization of a user interface in a web service environment, including dynamically generating and customizing a portlet; providing policy based access to the portlet depending on a consumer of the portlet; providing caching or cache refreshing of a feed to the portlet; and providing authentication of a consumer of the portlet.

Abstract: An XML join between XML documents can be performed by comparing XML elements between the XML documents, obtaining join-selection elements from a first XML document, obtaining join-required elements from one or more other XML documents, and performing the XML join using the elements in the first XML document and the join-required elements. The XML documents can be at different locations connected via a network. Where two XML documents are at different locations, the join-selection elements can be transmitted from a first location (of a first XML document) to a second location (of a second XML document). The join-required elements can be obtained at the second location and transmitted back to the first location. The XML join can then be performed at the first location.

Abstract: A method for rapid processing and transport of large XML files is provided. The method enables splitting an XML file into a plurality of records by a client module. The method further enables parsing each record to obtain a wrapper object. Next, the wrapper object is transported by the client module to a server module. Then, mapping information is populated at the client module based on path information of the wrapper object at the server module. Further, the mapping information is provided from the client module to the server module and records are accessed at the server module using the mapping information.

Abstract: An XML join between XML documents can be performed by comparing XML elements between the XML documents, obtaining join-selection elements from a first XML document, obtaining join-required elements from one or more other XML documents, and performing the XML join using the elements in the first XML document and the join-required elements. The XML documents can be at different locations connected via a network. Where two XML documents are at different locations, the join-selection elements can be transmitted from a first location (of a first XML document) to a second location (of a second XML document). The join-required elements can be obtained at the second location and transmitted back to the first location. The XML join can then be performed at the first location.

Abstract: A method, system, and computer program product for dynamic creation and customization of a user interface in a web service environment, including dynamically generating and customizing a portlet; providing policy based access to the portlet depending on a consumer of the portlet; providing caching or cache refreshing of a feed to the portlet; and providing authentication of a consumer of the portlet.