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    • 6. 发明授权
    • Method for comparing customer and test load data with comparative functional coverage hole analysis
    • 将客户和测试负载数据与比较功能覆盖孔分析进行比较的方法
    • US07636871B1
    • 2009-12-22
    • US12257652
    • 2008-10-24
    • Dale E. BlueShmuel Ur
    • Dale E. BlueShmuel Ur
    • G06F11/00
    • G06F11/3676
    • One aspect of the present invention includes performance of a comparative functional coverage technique for comparing analysis of actual operational load data, such as customer data, with test operational load data. In one embodiment, coverage and holes analysis operations are performed on each of actual trace data produced by the operation of actual activities, and test trace data produced by the operation of a simulation within a test execution. The functional coverage and hole analysis results produced for each of the actual data source and the test data source are then compared to discover the most important functional holes relevant to testing, namely holes which appear only in the test but not within the actual operation. The results of the holes comparison detailing which holes exist within the test are then presented and ultimately utilized to improve the test.
    • 本发明的一个方面包括比较功能覆盖技术的性能,用于比较诸如客户数据的实际操作负载数据与测试操作负载数据的分析。 在一个实施例中,对通过实际活动的操作产生的每个实际跟踪数据以及在测试执行期间通过模拟操作产生的测试跟踪数据执行覆盖和空穴分析操作。 然后对每个实际数据源和测试数据源产生的功能覆盖和空穴分析结果进行比较,以发现与测试相关的最重要的功能孔,即仅出现在测试中但不在实际操作中的孔。 然后提出孔洞比较结果,详细说明试验中存在哪些孔,并最终用于改进试验。
    • 10. 发明授权
    • Intelligent work station simulation—generalized LAN frame generation simulation structure
    • 智能工作站仿真广义局域网帧生成仿真结构
    • US06832184B1
    • 2004-12-14
    • US09517534
    • 2000-03-02
    • William H. Bleier, Jr.Dale E. BlueKevin J. BradyJeff R. JonesMax M. Maurer
    • William H. Bleier, Jr.Dale E. BlueKevin J. BradyJeff R. JonesMax M. Maurer
    • G06F1750
    • H04L43/50H04L41/145
    • A simulator of intelligent workstations at level 2 the OSI model for generating complete LAN frames for testing a system under test. The simulator includes a scripting facility that represents the actions of the human end-user at the client workstation. By providing a scripting facility, different complexions of a workload can be impressed upon the system under test without the need for human end-users nor the need for rebuilding the simulation tool. The simulator includes embedded protocol stacks allowing manipulation of the simulated LAN frames. The simulator also includes one or more embedded protocol application modules for emulating actions of an application, e.g., web browser, and enabling the handling of dynamic, application-related events. In the present invention, one or more application programming interfaces (APIs) are provided between the simulation tool and the PAM and between the PAM and the protocol stack to allow multiple applications to be concurrently simulated and to provide extensibility of the simulation tool by providing the ability to support new applications and protocol stacks.
    • 智能工作站的模拟器在2级OSI模型,用于生成完整的LAN框架,用于测试被测系统。 该模拟器包括一个脚本设备,它表示人类最终用户在客户端工作站上的动作。 通过提供脚本设备,可以在被测系统上印象不同的工作负载,而不需要人类最终用户,也不需要重建仿真工具。 模拟器包括嵌入式协议栈,允许对模拟的LAN帧进行操纵。 模拟器还包括用于模拟应用的动作的一个或多个嵌入式协议应用模块,例如web浏览器,以及使得能够处理动态的与应用相关的事件。 在本发明中,在仿真工具和PAM之间以及PAM和协议栈之间提供一个或多个应用编程接口(API),以允许同时模拟多个应用,并通过提供仿真工具来提供仿真工具的可扩展性 支持新应用程序和协议栈的能力。