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    • 2. 发明申请
    • System and method for extending capabilities and execution efficiency of script based applications
    • 用于扩展基于脚本的应用程序的功能和执行效率的系统和方法
    • US20050076344A1
    • 2005-04-07
    • US10787949
    • 2004-02-27
    • Bryan GoringMichael ShenfieldJohn Dahms
    • Bryan GoringMichael ShenfieldJohn Dahms
    • G06F9/445G06F9/45H04L29/08G06F9/46G06F9/44G06F15/173
    • G06F9/45508G06F9/445G06F9/45516H04L67/02H04L69/329
    • Scripting Language based applications can be limited in their ability to supply and execute sophisticated logic and complex processing. More traditional programming languages contain explicit function and/or procedure calls to implement more complex functionality, however, these languages use more complicated syntax and traditionally require mosophisticated programming knowledge to use. There are provided systems and methods for extending the capabilities of an application program for execution by a terminal. The application includes a script based workflow and non-executable content. One such method comprises loading the workflow for interpretation by a script interpreter, such that the workflow is configured for having a plurality of executable elements. This method also provides a global symbol structure for reference by the executable elements, the global symbol structure including addressing for coupling selected ones of the executable elements to corresponding external components. The external components are provided by a native runtime environment of the terminal for performing the action specified by the selected executable elements. This method also executes the executable elements in sequence such that execution of the selected ones of the execution elements are redirected to the respective external components through the corresponding global symbols of the global symbol structure. Predefined knowledge of the contents of the global symbol structure is shared by the runtime environment and the workflow of the application.
    • 基于脚本语言的应用程序可以限制其提供和执行复杂逻辑和复杂处理的能力。 更传统的编程语言包含明确的函数和/或过程调用来实现更复杂的功能,然而,这些语言使用更复杂的语法,并且传统上需要使用复杂的编程知识。 提供了用于扩展应用程序的功能以供终端执行的系统和方法。 应用程序包括基于脚本的工作流和不可执行内容。 一种这样的方法包括加载由脚本解释器解释的工作流,使得工作流被配置为具有多个可执行元素。 该方法还提供全局符号结构,以供可执行元件引用,全局符号结构包括用于将可执行元件中选定的一个耦合到相应的外部组件的寻址。 外部组件由终端的本地运行时环境提供,用于执行由所选择的可执行元素指定的动作。 该方法还依次执行可执行元素,使得执行元素中所选择的执行元素的执行通过全局符号结构的相应全局符号重定向到相应的外部组件。 全局符号结构内容的预定义知识由运行时环境和应用程序的工作流共享。
    • 6. 发明申请
    • Method and system for incremental patching of binary files
    • 二进制文件增量修补的方法和系统
    • US20070274598A1
    • 2007-11-29
    • US11430884
    • 2006-05-10
    • John DahmsAnthony Scian
    • John DahmsAnthony Scian
    • G06K9/36
    • G06F8/658
    • An incremental patch is generated as a set of delta files or sector-specific patches, intended to be applied incrementally to an old binary image. Each sector-sized patch takes into account changes to the binary image made by previous patches in the series, such that cyclic dependencies are eliminated. The sector-sized patches are generated by applying a binary difference algorithm to the then-current partially patched image, until each sector has a corresponding delta file. The order for patching sectors may be determined by selecting sectors for patching based on first overwriting those sectors making the least contribution of data to generation of the new binary image.
    • 增量补丁生成为一组增量文件或扇区特定的补丁,旨在逐渐应用于旧的二进制映像。 每个扇区大小的修补程序考虑到系列中以前的修补程序所做的二进制映像的更改,从而消除循环依赖。 通过将二进制差分算法应用于当前部分修补的图像,直到每个扇区具有对应的增量文件来生成扇区大小的补丁。 修补扇区的顺序可以通过基于首先覆盖将数据贡献最小的扇区重新生成新的二进制图像来选择用于修补的扇区来确定。