Abstract: A method to generate an effective schema of an electronic document for optimizing the processing thereof may include performing a programmatic analysis to determine all required portions of the electronic document. The method may also include generating a parser or deserializer to build an optimized document model; and specializing a document processing program against the optimized document model.

Abstract: A method to generate an effective schema of an electronic document for optimizing the processing thereof may include performing a programmatic analysis to determine all required portions of the electronic document. The method may also include generating a parser or deserializer to build an optimized document model; and specializing a document processing program against the optimized document model.

Abstract: A method to generate an effective schema of an electronic document for optimizing the processing thereof may include performing a programmatic analysis to determine all required portions of the electronic document. The method may also include generating a parser or deserializer to build an optimized document model; and specializing a document processing program against the optimized document model.

Abstract: A method for processing an electronic document may include performing a programmatic analysis to determine all required portions of an input document to produce an output document. The method may also include generating an executable transformer to produce the output document from the input document. The method may further include producing the output document by transforming any streamable parts of the input document directly to corresponding parts of the output document without extraneous intermediate buffering.

Abstract: A program specializer employs input specialized data structures by generating an input specialized definition of a set of data elements, and parsing an application program to identify data element references to data elements in the generated input specialized definitions of data elements. The program specializer replaces or rewrites the identified data element references with the corresponding input specialized definition. The input specialized data elements from the input specialized program are employed in a particular view by generating a mapping of source data types to preferred data types, such that the preferred data types have access advantages over the source data types, and receiving a markup application program having source data types operable to be modified in the input specialized program. A view mapper maps, using the generated mapping, a source data type to a preferred data type, and applies the mapped preferred data type to occurrences of the corresponding source data type.

Abstract: A method for processing an electronic document may include performing a programmatic analysis to determine all required portions of an input document to produce an output document. The method may also include generating an executable transformer to produce the output document from the input document. The method may further include producing the output document by transforming any streamable parts of the input document directly to corresponding parts of the output document without extraneous intermediate buffering.

Abstract: A method to generate an effective schema of an electronic document for optimizing the processing thereof may include performing a programmatic analysis to determine all required portions of the electronic document. The method may also include generating a parser or deserializer to build an optimized document model; and specializing a document processing program against the optimized document model.

Abstract: A program specializer employs input specialized data structures by generating an input specialized definition of a set of data elements, and parsing an application program to identify data element references to data elements in the generated input specialized definitions of data elements. The program specializer replaces or rewrites the identified data element references with the corresponding input specialized definition. The input specialized data elements from the input specialized program are employed in a particular view by generating a mapping of source data types to preferred data types, such that the preferred data types have access advantages over the source data types, and receiving a markup application program having source data types operable to be modified in the input specialized program. A view mapper maps, using the generated mapping, a source data type to a preferred data type, and applies the mapped preferred data type to occurrences of the corresponding source data type.

Abstract: This invention provides a computer-method for parsing by enabling scripts to be expressed in a language which is syntax-compatible with the document surrounding them. A document is loaded having script and non-script components. Script components are identified and delineated, and are then passed to an interpreter, which returns an object corresponding to each script component. Then, script elements in the original document are replaced with the last returned object from the interpreter. If the returned object is a suitable Document Object Model (DOM) Node, it replaces the script element in the document structure. If the object is not a DOM node, the server invokes its string conversion method to obtain a textual representation, and replaces the script element with that text. After all BML markup block elements in the document have been processed, the altered document is delivered to the client.

Abstract: Bean Scripting Components (BSC) is an eXtensible Markup-based (XML-based) language for defining and implementing JavaBeans components using any scripting language. The BSC language provides a first-class syntax for describing a JavaBeans component's properties, events and methods. JavaBeans components can be defined and implemented using any programming language that compiles to a Java class. Once compiled into Java, a BSC defined JavaBeans component is compatible with any other JavaBeans component implemented directly in Java itself.

Abstract: An attachment for the spout of a sink fixture permits the stream of mixed hot and cold water to be readily turned all the way on and off, by simple flipping of a snap-action lever control, without it being necessary to adjust the hot or cold faucets. The flipping is non-critical and does not require any fiddling. The desired temperature and rate of flow are maintained, after having been initially achieved, during subsequent turnings on and off of the stream. The attachment is designed to be screwed into place between the spout and its matching non-splash aereator, normally screwed directly to the spout.

Abstract: An attachment for the spout of a sink fixture permits the stream of mixed hot and cold water to be readily turned all the way on and off, by simple flipping of a snap-action lever control, without it being necessary to adjust the hot or cold faucets. The flipping is non-critical and does not require any fiddling. The desired temperature and rate of flow are maintained, after having been initially achieved, during subsequent turnings on and off of the stream. The attachment is designed to be screwed into place between the spout and its matching non-splash aereator, normally screwed directly to the spout.