TL;DR: In this paper, a schema parser can be used in data binding to create a schema object model when given an XML schema, which can then be used to generate XML when given a Java object tree.
Abstract: A schema parser can be used in data binding to create a schema object model when given an XML schema. Java classes can be generated using the schema object model, which correspond to elements and types in the schema. Mapping can be done in each direction between the schema and Java classes, which can be written to a type mapping directory. The schema object model can also contain mappings between each Java class and an XSD type. The mappings in the type mapping directory can then be used to generate XML when given a Java object tree, and can be used to create and populate a Java class when given an XML instance matching the schema object model.
TL;DR: In this paper, a method and systems are disclosed for rendering animated graphics on a browser client based upon a stream of runtime data from a manufacturing/process control system (Fig. 2 and 4).
Abstract: A method and systems are disclosed for rendering animated graphics on a browser client based upon a stream of runtime data from a manufacturing/process control system (Fig.2 and 4). The graphics animation is based on an animated graphic display object specification and runtime data from a portal server affecting an appearance trait of the animated graphic display object (302, 304, 306 and 308). The method and system use XML data binding table for animated display objects (300).
TL;DR: Java and XML Data Binding shows you how to put the new XML data binding APIs to work, and how to navigate through the document, working with XML constructs such as elements and attributes.
Abstract: Java and XML Data Binding shows you how to put the new XML data binding APIs to work. XML is an excellent tool for representing data. Ultimately, though, its not enough to represent data; we also need to work with it, and working directly with XML documents is awkward. You have to navigate through the document, working with XML constructs such as elements and attributes. Programming at this level is awkward and alien to many software developers.
TL;DR: A type-preserving XML–Haskell data binding that handles documents typed by the W3C XML Schema standard is discussed, based on a formal semantics of Schema, and has been proved sound with respect to the semantics.
Abstract: An XML data binding is a translation of XML documents into values of some programming language. This paper discusses a type-preserving XML–Haskell data binding that handles documents typed by the W3C XML Schema standard. Our translation is based on a formal semantics of Schema, and has been proved sound with respect to the semantics. We also show a program in Generic Haskell that constructs parsers specialized to a particular Schema type.
TL;DR: This paper introduces XML template objects making XML usage applicable within sensor networks, and shows how this new XML data binding technique provides significant high compression results while still allowing dynamic XML processing and XML navigation.
Abstract: Integrating wireless sensor networks in heterogeneous networks is a complex task. A reason is the absence of a standardized data exchange format that is supported in all participating sub networks. XML has evolved to the de facto standard data exchange format between heterogeneous networks and systems. However, XML usage within sensor networks has not been introduced because of the limited hardware resources. In this paper, we introduce XML template objects making XML usage applicable within sensor networks. This new XML data binding technique provides significant high compression results while still allowing dynamic XML processing and XML navigation. This is a step towards more complex but exchangeable data management in sensor networks and the extension of the service-oriented paradigm to sensor network application engineering.