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    • 8. 发明授权
    • Extensible infrastructure for task display and launch
    • 可扩展的基础架构,用于任务显示和启动
    • US07836449B2
    • 2010-11-16
    • US11117805
    • 2005-04-29
    • Ferhan ElvanogluJin FengNirav A. KamdarYong Zhao
    • Ferhan ElvanogluJin FengNirav A. KamdarYong Zhao
    • G06F9/46G09G5/00
    • G06F9/4843G06F2209/482
    • A task infrastructure that allows for the decoupling of the task launch code from the task client code and from the task execution code is provided. The task infrastructure allows the relationship between the task display and launch logic and the task client logic to be defined in a declarative manner, allowing for the segregation of the task display and launch logic from the task client logic. The task infrastructure comprises a manifest that contains a specification of the relationship between the task display and launch logic and the task client logic. The manifest may also define which task clients expose which tasks, the context under which each task is displayed, the arguments that the task needs in order to start execution, the task description to display, and the method in which the task can be launched. At run-time, a task client can read the manifest and decide which task or tasks to expose to an end user under a current context.
    • 提供了允许从任务客户机代码和任务执行代码去除任务启动代码的任务基础设施。 任务基础设施允许以声明方式定义任务显示和启动逻辑与任务客户端逻辑之间的关系,从而允许从任务客户机逻辑分离任务显示和启动逻辑。 任务基础架构包括一个清单,其中包含任务显示和启动逻辑与任务客户机逻辑之间关系的规范。 清单还可以定义哪些任务客户端公开哪些任务,每个任务显示的上下文,任务所需的开始执行的参数,要显示的任务描述以及可以启动任务的方法。 在运行时,任务客户端可以读取清单,并决定在当前上下文下向最终用户公开哪些任务或任务。
    • 10. 发明授权
    • Measuring performance metrics of networked computing entities
    • 测量网络计算实体的性能指标
    • US06816886B2
    • 2004-11-09
    • US10177470
    • 2002-06-21
    • Ferhan ElvanogluCarl Robert Bengtson
    • Ferhan ElvanogluCarl Robert Bengtson
    • G06F1516
    • H04L67/2804H04L29/06H04L67/02H04L67/42H04L69/329
    • It is often desirable to measure performance metrics associated with computing entities such as, for example, computers, computer systems, computing devices, software modules, software layers, or the like. As disclosed, performance metrics regarding remote computing entities may be gathered remotely by routing a network message through specific computing entities of interest, and having the computing entities report performance metrics by adding entries into an editable portion of the network message. That editable portion does not include instructions to be executed by the destination computing entity, but is merely transplanted from the request to the response. In the response direction as well, the response may be routed as originally designated in the request, with each intermediary computing entity in the return path potentially adding an entry with performance metrics.
    • 通常期望测量与计算实体(例如计算机,计算机系统,计算设备,软件模块,软件层等)相关联的性能度量。 如所公开的,关于远程计算实体的性能指标可以通过通过特定的感兴趣的计算实体路由网络消息来远程收集,并且使计算实体通过将条目添加到网络消息的可编辑部分来报告性能度量。 该可编辑部分不包括由目的地计算实体执行但仅从请求移植到响应的指令。 在响应方向上,响应可以按照请求中最初指定的方式路由,返回路径中的每个中间计算实体可能添加具有性能度量的条目。