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    • 6. 发明申请
    • Dye Injected Request Generation
    • 染料注入请求生成
    • US20100070611A1
    • 2010-03-18
    • US12210875
    • 2008-09-15
    • Brian CrawfordDavid GrayJohn CunninghamPeter HueneSteve Carroll
    • Brian CrawfordDavid GrayJohn CunninghamPeter HueneSteve Carroll
    • G06F15/16
    • G06F15/16G06F17/3089
    • Web server processes can host multiple web applications that process multiple requests from multiple clients. Recorded diagnostic information may not provide a useful separation of server execution data (e.g., functionality executed to process a request) based on a client's use of the web server process. An effective method for separating server execution data by client information is provided herein. Dye is injected into a request from a client, the dye comprises information regarding the client application making the request and a transaction (e.g., client defined set of requests) that the request is comprised within. The dye injected request is sent to a web server process (e.g., on a web server) that extracts the dye and executes the request. During execution of the request, executed functionality is associated and stored with the extracted dye. The recorded server execution data may be organized based upon the request, client, application, and/or transaction.
    • Web服务器进程可以托管多个Web应用程序,处理来自多个客户端的多个请求。 记录的诊断信息可能不会基于客户端对Web服务器进程的使用而提供服务器执行数据(例如,用于处理请求而执行的功能)的有用的分离。 本文提供了一种通过客户端信息分离服务器执行数据的有效方法。 染料被注入来自客户端的请求中,染料包括关于提出请求的客户端应用程序和涉及请求的事务(例如,客户定义的一组请求)的信息。 染料注入的请求被发送到提取染料并执行请求的web服务器进程(例如,在web服务器上)。 在执行请求期间,执行的功能与提取的染料相关联并存储。 记录的服务器执行数据可以基于请求,客户端,应用和/或事务来组织。
    • 9. 发明申请
    • System and method for retrieving registry data
    • 用于检索注册表数据的系统和方法
    • US20050038773A1
    • 2005-02-17
    • US10924533
    • 2004-08-23
    • David GrayKirk GlerumMaithreyi Ratan
    • David GrayKirk GlerumMaithreyi Ratan
    • G06F17/30G06F17/00
    • G06F17/30Y10S707/99942Y10S707/99943Y10S707/99944Y10S707/99947
    • Information is retrieved from the registry by creating a registry interface database containing information regarding registry data and uniquely identifying every registry entry for a registry interface. Source header files are generated using information about a program module, such as an application, contained in the registry interface database. The source header files are compiled with the application to generate the application's executable file. During run-time of the application, the registry interface is called by the application to retrieve registry data. If available, the registry interface retrieves the registry data and forwards this information to the application. In the event that the registry data is not available, the registry interface retrieves a default value in place of the registry data and forwards that default data to the application. A policy may be implemented by checking a policy area of the registry for the registry data and invoking the policy.
    • 信息通过创建注册表接口数据库从注册表检索,该数据库包含有关注册表数据的信息,并唯一标识注册表界面的每个注册表项。 源头文件是使用包含在注册表接口数据库中的程序模块(例如应用程序)的信息生成的。 源头文件与应用程序一起编译以生成应用程序的可执行文件。 在应用程序的运行期间,应用程序调用注册表界面以检索注册表数据。 如果可用,注册表接口检索注册表数据并将该信息转发给应用程序。 如果注册表数据不可用,则注册表接口将检索默认值以代替注册表数据,并将该默认数据转发到应用程序。 可以通过检查注册表的策略区域来注册数据并调用策略来实现策略。
    • 10. 发明授权
    • Crop weighing
    • 作物称重
    • US06449896B1
    • 2002-09-17
    • US09643748
    • 2000-08-23
    • David Gray
    • David Gray
    • A01G900
    • A01K1/031A01K29/00A01K67/00
    • A method of determining the weight of animals and the development of plants in a controlled environment. The method includes measuring the increase in CO2 production over a test period. CO2 production is a measure of the metabolic rate and this is related to weight of animals and development of crops which can often be determined by weight. There is illustrated a poultry rearing house having vents, lights and an air heater. CO2 sensors are connected to a CO2 controller and in turn to a central controller. To test the increase in CO2 production over time, the birds are settled into a passive state with no feed and the lights turned off. The level of CO2 produced is measured. The vents are closed. After a time, the rate of Co2 produced is measured and the increase calculated.
    • 确定受控环境中动物体重和植物发育的方法。 该方法包括在测试期间测量二氧化碳产量的增加。 二氧化碳生产是衡量代谢率的一个衡量标准,这与动物的体重和作物的发育有关,这通常可以通过重量来确定。 有一个家禽饲养室有通风口,灯和一个空气加热器。 CO2传感器连接到CO2控制器,然后连接到中央控制器。 为了测试随着时间的推移,二氧化碳排放量的增加,鸟类在没有饲料的情况下被安置在被动状态,灯灭。 测量产生的二氧化碳水平。 通风口关闭。 一段时间后,测量生成的二氧化碳的比例,并计算出增加量。