Abstract: Systems, methods and apparatuses for embodiments of a transformation engine for structured documents are disclosed. More specifically, instruction code may be generated by a compiler from transformation instructions for a structured document. Embodiments of the transformation engine may comprise hardware circuitry operable to execute the instruction code to process a structured document according to the transformation instructions such that output for an output document is generated.

Abstract: In one embodiment, the invention may include receiving an XML schema and document with first, second, third, and fourth nodes. The second and third nodes may descend from the first node. The fourth node may descend from the second node. The third and fourth nodes may be simultaneously validated.

Abstract: In one embodiment, the invention may include receiving an XML schema and document with first, second, third, and fourth nodes. The second and third nodes may descend from the first node. The fourth node may descend from the second node. The third and fourth nodes may be simultaneously validated.

Abstract: Embodiments of systems, methods and apparatuses for a parser for generating one or more data structures representative of a structured document are disclosed. More specifically, embodiments of a parser may comprise hardware circuitry operable to receive a structured document, begin parsing the structured document as it is being received and generating the data structures representative of the structured document as it is being parsed.

Abstract: Embodiments of systems, methods and apparatuses for an output generator for generating output from processed content of a structured document are disclosed. More specifically, embodiments of an output generator may comprise hardware circuitry operable to order data resulting from the transformation of a structured document as it is generated and format this data according to a format of a corresponding output document to generate output corresponding to the output document.

Abstract: A data acquisition system comprising a Configuration Manager for intelligently managing access to DAQ configuration information. The data acquisition system comprises a computer system coupled to a data acquisition device, a data acquisition application (user application) executing on the computer system, and DAQ driver level software executing on the computer system. The memory of the computer system stores a hardware database which includes information on DAQ objects in the DAQ system, and the memory stores configuration files which comprise desired configurations of the DAQ system. The Configuration Manager of the present invention executes in the computer system to control access to the hardware database and configuration files stored in the computer system. The present invention also includes a method for providing access to information on data acquisition (DAQ) objects in the DAQ system.

Abstract: A data acquisition system comprising a Configuration Manager for intelligently managing access to DAQ configuration information. The data acquisition system comprises a computer system coupled to a data acquisition device, a data acquisition application (user application) executing on the computer system, and DAQ driver level software executing on the computer system. The memory of the computer system stores a hardware database which includes information on DAQ objects in the DAQ system, and the memory stores configuration files which comprise desired configurations of the DAQ system. The Configuration Manager of the present invention executes in the computer system to control access to the hardware database and configuration files stored in the computer system. The present invention also includes a method for providing access to information on data acquisition (DAQ) objects in the DAQ system.