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    • 2. 发明申请
    • AUTOMATED DATA OBJECT SET ADMINISTRATION
    • 自动数据对象设置管理
    • US20090083738A1
    • 2009-03-26
    • US11943600
    • 2007-11-21
    • Emily KruglickBilal AlamClea H. AllingtonKanwaljeet SinglaNina Tang
    • Emily KruglickBilal AlamClea H. AllingtonKanwaljeet SinglaNina Tang
    • G06F9/46
    • G06F16/24564G06F16/27
    • Modern computer systems may comprise massive sets of data objects of various types, such as data files, application binaries, database objects, proprietary objects managed by applications such as email systems, and system configuration information. Applying complex operations, such as archiving and synchronization operations, to many and varied data objects may be difficult to perform manually or through a script. A more advantageous technique involves applying data object managers to the data object set, where such data object managers are configured to apply various rule comprising a task to be performed on the data object set in furtherance of the operation to various data object types in the data object set. Additionally, the data object set may be modeled as a hierarchical data object set map, to which the rules may be applied through the data object managers in a more uniform manner.
    • 现代计算机系统可以包括各种类型的大量数据对象,例如数据文件,应用二进制文件,数据库对象,由诸如电子邮件系统的应用程序管理的专有对象以及系统配置信息。 将复杂操作(如归档和同步操作)应用于许多和不同的数据对象可能难以手动执行或通过脚本执行。 更有利的技术涉及将数据对象管理器应用于数据对象集合,其中这样的数据对象管理器被配置为将对包括要对数据对象集合执行的任务的各种规则应用于数据对象集合以促进对数据中的各种数据对象类型的操作 对象集 此外,数据对象集合可以被建模为分层数据对象集映射,可以以更均匀的方式通过数据对象管理器向其应用规则。
    • 7. 发明申请
    • URL namespace to support multiple-protocol processing within worker processes
    • URL命名空间,以支持工作进程中的多协议处理
    • US20060080443A1
    • 2006-04-13
    • US10931349
    • 2004-08-31
    • Emily KruglickGeoffrey KizerShai Kariv
    • Emily KruglickGeoffrey KizerShai Kariv
    • G06F15/16
    • G06F9/5055G06F9/544G06F2209/5018
    • A server system in typical operation has a process manager, multiple listeners (each to receive requests for its protocols) and multiple worker processes that are each able to handle requests in multiple protocols. At server start-up, each listener connects with the process manager via a pipe published by the process manager. The listener then receives information via the process manager that includes information defining the application(s) for which that listener is to “listen” and associating application(s) to application pool(s). When the listener receives a request for such an application, the listener starts a queue for the associated application pool. The listener may use a hierarchical matching scheme to determine the associated application or application pool from the requested application. The process manager launches an appropriate worker process to handle requests in the listener's protocol. The worker process then makes a connection with the listener.
    • 典型操作中的服务器系统具有进程管理器,多个侦听器(每个用于接收其协议的请求)和多个工作进程,每个进程能够处理多个协议中的请求。 在服务器启动时,每个监听器都通过流程管理器发布的管道连接进程管理器。 收听者然后通过进程管理器接收信息,该进程管理器包括定义该侦听器将“侦听”并将应用程序与应用程序池相关联的应用程序的信息。 当侦听器收到对这样的应用程序的请求时,侦听器启动相关应用程序池的队列。 收听者可以使用分层匹配方案从所请求的应用程序中确定相关联的应用程序或应用程序池。 进程管理器启动适当的工作进程来处理侦听器协议中的请求。 然后,工作进程与侦听器建立连接。
    • 8. 发明申请
    • Method and system to support a unified process model for handling messages sent in different protocols
    • 支持用于处理不同协议发送消息的统一过程模型的方法和系统
    • US20060047532A1
    • 2006-03-02
    • US10931600
    • 2004-08-31
    • Shai KarivGeoffrey KizerEmily Kruglick
    • Shai KarivGeoffrey KizerEmily Kruglick
    • G06Q99/00G07G1/00
    • G06F9/544G06F9/546H04L67/02H04L67/32H04L69/18
    • A server system in typical operation has a process manager, multiple listeners (each to receive requests for its protocols) and multiple worker processes that are each able to handle requests in multiple protocols. At server start-up, each listener connects with the process manager via a pipe published by the process manager. The listener then receives information via the process manager that includes information defining the applications(s) for which that listener is to “listen” and associating selected application(s) to application pool(s). When the listener detects a request for such an application, the listener starts a queue for the associated application pool. In response, the process manager launches an appropriate worker process to handle requests in the listener's protocol. The worker process then makes a connection with the listener.
    • 典型操作中的服务器系统具有进程管理器,多个侦听器(每个用于接收其协议的请求)和多个工作进程,每个进程能够处理多个协议中的请求。 在服务器启动时,每个监听器都通过流程管理器发布的管道连接进程管理器。 然后,收听者通过进程管理器接收包括定义应用程序的信息的信息,该监听器将为其收听并将选定的应用程序与应用程序池相关联。 当侦听器检测到对这样的应用程序的请求时,侦听器启动相关应用程序池的队列。 作为响应,进程管理器启动适当的工作进程来处理侦听器协议中的请求。 然后,工作进程与侦听器建立连接。
    • 9. 发明申请
    • Method and system to support multiple-protocol processing within worker processes
    • 在工作进程中支持多协议处理的方法和系统
    • US20060047818A1
    • 2006-03-02
    • US10931437
    • 2004-08-31
    • Emily KruglickGeoffrey KizerShai Kariv
    • Emily KruglickGeoffrey KizerShai Kariv
    • G06F15/16
    • H04L69/18
    • A server system has a process manager, listeners and worker processes in which the listeners connect to worker processes. At server start-up, each listener connects with the process manager via a pipe published by the process manager. The process manager then provides information to each listener associating applications to application pools, and applications for which the listener is to “listen”. When the listener receives a request for which it is to listen, the listener starts a queue for the application or associated application pool. The process manager launches an appropriate worker process to handle requests in the listener's protocol. The worker process then makes a connection with the listener.
    • 服务器系统具有进程管理器,侦听器和工作进程,侦听器将连接到工作进程。 在服务器启动时,每个监听器都通过流程管理器发布的管道连接进程管理器。 然后,进程管理器向每个将应用程序与应用程序池相关联的侦听器以及侦听器“侦听”的应用程序提供信息。 当侦听器收到要监听的请求时,侦听器启动应用程序或关联应用程序池的队列。 进程管理器启动适当的工作进程来处理侦听器协议中的请求。 然后,工作进程与侦听器建立连接。