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    • 2. 发明申请
    • FULL-FIDELITY REPRESENTATION OF XML-REPRESENTED OBJECTS
    • XML表示对象的全面陈述
    • US20110314043A1
    • 2011-12-22
    • US12817372
    • 2010-06-17
    • Philip A. BernsteinSergey MelnikJames F. TerwilligerIon Vasillian
    • Philip A. BernsteinSergey MelnikJames F. TerwilligerIon Vasillian
    • G06F17/00G06F17/30
    • G06F16/84
    • A data structure may exist in various representations, such as an object in an object-oriented system or a set of elements included in an extensible markup language (XML) document structured according to an XML type defined in an XML schema. While many aspects of these representations may correspond, some aspects of an XML document may not be specified by the XML schema (such as developer comments, whitespace, and preprocessor directives), and may be lost while translating an XML representation of the data structure to an object. These non-schematized aspects may be included in the object as a delta, specifying the location of an aspect with relation to an element defined by the XML schema. Preserving non-schematized aspects may promote the full representation of the data structure as an object, and may facilitate a full-fidelity regeneration of the XML document from which the object was generated.
    • 数据结构可以存在于各种表示中,例如面向对象系统中的对象或根据在XML模式中定义的XML类型而构造的可扩展标记语言(XML)文档中的一组元素。 虽然这些表示的许多方面可能对应,XML文档的某些方面可能不被XML模式(例如开发人员注释,空白和预处理指令)指定,并且可能在将数据结构的XML表示转换为 一个东西。 这些未示意的方面可以作为增量包含在对象中,指定与由XML模式定义的元素相关的方面的位置。 保留非示意性方面可以促进数据结构作为对象的完全表示,并且可以促进对象被生成的XML文档的完全保真再生。
    • 6. 发明申请
    • Automating Evolution of Schemas and Mappings
    • 自动演进模式和映射
    • US20110307501A1
    • 2011-12-15
    • US12815417
    • 2010-06-15
    • James F. TerwilligerPhilip A. BernsteinAditya Unnithan
    • James F. TerwilligerPhilip A. BernsteinAditya Unnithan
    • G06F17/30
    • G06F17/30297
    • Aspects of the subject matter described herein relate to automating evolution of schemas and mappings. In aspects, mappings between a conceptual model and a store model are updated automatically in response to a change that occurs to the conceptual model. For example, when a change occurs to the conceptual model, a local scope of the change is determined. The local scope indicates mappings that are most similar to the type(s) affected by the change. Based on the local scope, a pattern of mappings between the conceptual model and the store model is determined. Using this pattern and the nature of the change, the mappings are updated according to the pattern. In addition, the store model and data thereon may be updated in a manner to preserve existing data that is not to be deleted in response to the change.
    • 本文描述的主题的方面涉及自动演进模式和映射。 在方面中,概念模型和商店模型之间的映射将自动更新,以响应概念模型发生的更改。 例如,当概念模型发生变化时,确定变更的局部范围。 本地范围表示与受更改影响的类型最相似的映射。 基于本地范围,确定概念模型和商店模型之间的映射模式。 使用这种模式和变化的性质,映射根据模式进行更新。 此外,存储模型及其上的数据可以以保存对应于该变化不被删除的现有数据的方式进行更新。