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    • 1. 发明授权
    • Abstract pipeline component connection
    • 抽象管道组件连接
    • US08103684B2
    • 2012-01-24
    • US12855112
    • 2010-08-12
    • J. Kirk HaseldenMatthew E. David
    • J. Kirk HaseldenMatthew E. David
    • G06F17/00
    • G06F17/30563G06F9/4494
    • The subject disclosure pertains to systems and methods for connecting pipeline components such as data flow pipeline components. Pipeline components are wrapped in metadata components that include the component as well as abstracted metadata in the form of input and output metadata descriptors. A connector can arbitrate metadata differences between pipeline components based on the metadata descriptors, thereby preventing upstream modifications from invalidating or breaking components downstream. Native or plug-in heuristic and/or related components can provide the functionality necessary to resolve metadata differences.
    • 主题公开涉及用于连接流水线部件(例如数据流管线组件)的系统和方法。 管道组件被包裹在包含组件的元数据组件以及以输入和输出元数据描述符的形式提取的元数据。 连接器可以基于元数据描述符仲裁流水线组件之间的元数据差异,从而防止上游修改使下游的组件无效或断开。 本地或插件启发式和/或相关组件可以提供解决元数据差异所需的功能。
    • 5. 发明授权
    • Automatically optimize performance of package execution
    • 自动优化程序包执行的性能
    • US07904894B2
    • 2011-03-08
    • US11392342
    • 2006-03-29
    • Michael EntinEuan P. GardenJ. Kirk Haselden
    • Michael EntinEuan P. GardenJ. Kirk Haselden
    • G06F9/45
    • G06F11/3476
    • Various technologies and techniques are disclosed that automatically optimize package execution performance. A profiling phase executes each task in a control flow package and measures performance metrics, such as task execution length, task memory usage, task correlation to CPU versus input/output operations, network bandwidth, and running applications. An optimization phase optimizes subsequent executions of the package by using the performance metrics to make appropriate adjustments to the package. The profiling phase and optimizing phase are repeated over a period of time as appropriate to improve the package's performance without requiring a user to make adjustments to the tasks in the package.
    • 公开了自动优化包执行性能的各种技术和技术。 分析阶段在控制流程包中执行每个任务,并测量性能指标,例如任务执行长度,任务内存使用情况,CPU与输入/输出操作,网络带宽和正在运行的应用程序的任务相关性。 优化阶段通过使用性能指标对包进行适当的调整来优化包的后续执行。 分析阶段和优化阶段在一段时间内重复,以提高软件包的性能,而不需要用户对软件包中的任务进行调整。
    • 6. 发明授权
    • Object model document for obfuscating object model therein
    • 其中模糊对象模型的对象模型文档
    • US07591021B2
    • 2009-09-15
    • US10656384
    • 2003-09-05
    • J. Kirk HaseldenSergei Ivanov
    • J. Kirk HaseldenSergei Ivanov
    • G06F17/30
    • G06F21/629G06F21/6218
    • A persisted object model is loaded from an object model document comprising a compiled executable file having an image source, a security source, and a loader. The loader is instantiated, and instantiates the object model from the image source and a security agent from the security source to control access to the instantiated object model. The loader returns to a commander a first reference to the instantiated security agent, whereby the commander in employing the first reference accesses the security agent rather than the instantiated object model. A commander issues a command to the instantiated object model by way of the first reference to the security agent, and the security agent receives and reviews same according to pre-defined rules to determine whether the object model should in fact receive the command. If so, the security agent forwards the command to the object model.
    • 从包含具有图像源,安全源和加载器的编译的可执行文件的对象模型文档加载持久对象模型。 加载程序被实例化,并从图像源实例化对象模型,并从安全源实例化安全代理,以控制对实例化对象模型的访问。 加载程序向命令器返回对实例化安全代理的第一个引用,从而采用第一个引用的指令器访问安全代理而不是实例化的对象模型。 指挥官通过对安全代理的第一次引用向实例化对象模型发出命令,并且安全代理根据预定义的规则接收并审查相同的命令,以确定对象模型实际上是否应该接收命令。 如果是这样,安全代理将命令转发到对象模型。
    • 8. 发明授权
    • Debugging breakpoints on pluggable components
    • 调试可插拔组件的断点
    • US07162664B2
    • 2007-01-09
    • US10600066
    • 2003-06-20
    • J. Kirk HaseldenBrian J. Hartman
    • J. Kirk HaseldenBrian J. Hartman
    • G06F11/00
    • G06F11/3636
    • The debugging of breakpoints on pluggable components is provided. In a computing environment having extensible, pluggable components, systems and methods are provided to allow for the setting of breakpoints at various points in the run-time of the components such that errors may be observed, tracked, and resolved. In an illustrative implementation, a computing environment comprises a client, runtime, and tasks. In operation, the client communicates with the runtime and the tasks to perform debugging operations. The task sets breakpoints which are communicated to the client through the runtime. When a breakpoint is encountered the task is suspended such that the client can perform debugging should there be a problem in the task execution. Upon satisfaction, the client resumes the task operations through the runtime.
    • 提供了可插拔组件断点的调试。 在具有可扩展的可插拔组件的计算环境中,提供系统和方法以允许在组件的运行时间中的各个点处设置断点,使得可以观察,跟踪和解决错误。 在说明性实现中,计算环境包括客户端,运行时和任务。 在运行过程中,客户端与运行时间进行通信以及执行调试操作的任务。 该任务设置通过运行时传递给客户端的断点。 当遇到断点时,任务被暂停,以便客户端可以在任务执行中出现问题时执行调试。 满意后,客户端将通过运行时恢复任务操作。