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    • 1. 发明申请
    • AUTOMATIC CONTENT AND AUTHOR EMPHASIS FOR SHARED DATA
    • 自动内容和作者共享数据共享
    • US20090319910A1
    • 2009-12-24
    • US12143815
    • 2008-06-22
    • Daniel EscapaDavid RasmussenFranklin WilliamsKentaro UrataDonovan LangeOlya Veselova
    • Daniel EscapaDavid RasmussenFranklin WilliamsKentaro UrataDonovan LangeOlya Veselova
    • G06F17/30G06F3/048
    • G06Q10/10G06F16/258G06F17/241
    • Architecture for emphasizing changes in collaborative or shared documents. A user can now quickly see what content was changed (hence, unread content) since the last time the user viewed the document or page. A tool automatically tracks and annotates the new content and author of the content for collaboration users. The architecture provides author highlighting on a page or document, which is turned on automatically when the user goes to the page or document. Widgets are displayed in association with the unread content that indicate which user authored all or portions of new unread content. Synchronization of the content update document content so that other users can readily see what is new and the author. A master file is created that stores the emphasis information and associated author information. The file can be stored at any location that is accessibly by the collaborative clients.
    • 用于强调协作或共享文档更改的架构。 自用户上次浏览文档或页面以来,用户现在可以快速查看哪些内容被更改(因此,未读内容)。 工具会自动跟踪和注释新内容,并为协作用户创建内容。 该架构提供了在页面或文档上的作者突出显示,当用户访问页面或文档时,页面或文档将自动打开。 与未读的内容相关联地显示窗口小部件,该内容指示哪个用户创作了新的未读内容的全部或部分。 内容更新文档内容的同步,使其他用户可以轻松看到什么是新的和作者。 创建一个主文件,存储重点信息和相关的作者信息。 该文件可以存储在协作客户端可访问的任何位置。
    • 3. 发明申请
    • SHARING APPLICATION CODE ACROSS PLATFORMS
    • 通过平台共享应用代码
    • US20140068547A1
    • 2014-03-06
    • US13604342
    • 2012-09-05
    • Vinay KumarRakesh MidhaDeepak Kumar PratinidhiBenoit BarabeDonovan LangeKentaro UrataDaniel Escapa
    • Vinay KumarRakesh MidhaDeepak Kumar PratinidhiBenoit BarabeDonovan LangeKentaro UrataDaniel Escapa
    • G06F9/44
    • G06F8/20
    • Application functionality is separated into platform neutral components and platform specific components. An application model component defines the core logic of the application and includes interaction models for handling user input that is platform neutral and may be used across platforms. An application host component includes functionality for a specific platform but may be reused across different applications on the same platform (e.g. how to draw on a specific platform). An application user interface component includes functionality (e.g. specific UI for an application) that is platform specific and application specific. Platform neutral Application Programming Interfaces (APIs) are used by the developer to abstract functionality of the application such that the platform neutral code is portable across different platforms. The communication between the platform specific components and platform neutral components uses thread and memory isolation similar to a client-server architecture.
    • 应用功能分为平台中性组件和平台特定组件。 应用程序模型组件定义应用程序的核心逻辑,并包括用于处理平台中立并可跨平台使用的用户输入的交互模型。 应用程序主机组件包括特定平台的功能,但可以在同一平台上的不同应用程序(例如,如何在特定平台上绘制)中重复使用。 应用程序用户界面组件包括特定于平台的应用程序的功能(例如,应用程序的特定UI)。 平台中立应用程序编程接口(API)由开发人员用来抽象应用程序的功能,使得平台中立代码在不同平台之间可移植。 平台特定组件和平台中性组件之间的通信使用类似于客户端 - 服务器架构的线程和内存隔离。