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    • 2. 发明授权
    • System and method for an extensible metadata driven application framework
    • 可扩展元数据驱动应用程序框架的系统和方法
    • US07289997B1
    • 2007-10-30
    • US10831474
    • 2004-04-23
    • Jefferson A. KitaThomas J. BakermanMark B. HeckerBrian RickmanKristian R. Cibulskis
    • Jefferson A. KitaThomas J. BakermanMark B. HeckerBrian RickmanKristian R. Cibulskis
    • G06F17/30G06F17/00
    • G06F17/30607Y10S707/99931Y10S707/99933Y10S707/99934Y10S707/99944Y10S707/99945
    • Application code maintenance often imposes rebuilding and/or a patch kit update from a source code vendor. Users of such applications often find such conventional rebuilds and install efforts intrusive. An extensible object-relational (O-R) model operable for dynamic additions to an existing baseline of modeled data specifications mitigates interim patches and builds by employing a scripted modeling form and a corresponding relational form. The scripted modeling form, such as an XML file, is readily modifiable from existing data specifications, such as those driven by a recognized standard, while the relational form is seamlessly updated within an existing application environment without requiring rebuilding or patch kits to implement. The extensible O-R model defines data characteristics of data specifications, and the relational model is updated by instantiating an object or entry into the modeled relational specifications based on the extensible O-R model. In this manner, an incremental update to a set of relational specifications implements an addition or modification to a data specification rather than requiring a more global build, update, or install kit.
    • 应用程序代码维护通常会从源代码供应商重新构建和/或修补程序包更新。 这些应用程序的用户经常会发现这样的常规重建和安装工作。 可扩展的对象关系(O-R)模型可用于对已建模数据规范的现有基线的动态添加,通过采用脚本化建模形式和相应的关系形式来缓解临时补丁和构建。 脚本化的建模表单(如XML文件)可以从现有数据规范(例如由公认标准驱动的数据规范)轻松修改,而关系形式在现有应用程序环境中无缝更新,而无需重建或修补程序包来实现。 可扩展O-R模型定义数据规范的数据特征,并且通过基于可扩展O-R模型将对象或条目实例化到建模关系规范中来更新关系模型。 以这种方式,对一组关系规范的增量更新实现对数据规范的添加或修改,而不需要更全面的构建,更新或安装工具包。
    • 3. 发明授权
    • Methods and apparatus to preserve software modifications
    • 保护软件修改的方法和装置
    • US07340719B1
    • 2008-03-04
    • US10745990
    • 2003-12-24
    • Thomas J. BakermanJefferson A. KitaKristian R. CibulskisMark B. Hecker
    • Thomas J. BakermanJefferson A. KitaKristian R. CibulskisMark B. Hecker
    • G06F9/45
    • G06F8/70
    • A code generator utilizes a “generated_source” directory to store corresponding machine-generated software code. A “modified_source” directory stores user-written modifications associated with software generated by the code generator. During code generation, the code generator checks the modified_source directory for a class presently being generated by the code generator. If there are no user modifications (stored in the modified_source directory) associated with the class being processed, the code generator creates an implementation of the class. If the modified_source directory contains an implementation of the class being processed, the code generator creates an implementation of a base class for the class being processed. The base class is created in the generated_source directory, preserving the class created by the user.
    • 代码生成器利用“generated_source”目录来存储相应的机器生成的软件代码。 “modified_source”目录存储与代码生成器生成的软件相关的用户编写的修改。 在代码生成期间,代码生成器检查modified_source目录以获取当前由代码生成器生成的类。 如果没有与正在处理的类相关联的用户修改(存储在modified_source目录中),则代码生成器将创建该类的实现。 如果modified_source目录包含正在处理的类的实现,则代码生成器将为正在处理的类创建一个基类的实现。 基类在generated_source目录中创建,保留用户创建的类。