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    • 12. 发明授权
    • Thread-safe portable management interface
    • 线程安全便携式管理界面
    • US07206843B1
    • 2007-04-17
    • US09553971
    • 2000-04-21
    • Sai V. AllavarpuRajeev AngalAnand J. Bhalerao
    • Sai V. AllavarpuRajeev AngalAnand J. Bhalerao
    • G06F15/177G06F9/50G06F9/44G06F13/00
    • H04L41/00H04L41/0206H04L41/0226H04L41/0233H04L41/046
    • A system and method for using a management interface such as Portable Management Interface (PMI) in a thread-safe and efficient manner. A secondary scheduler receives PMI management requests from multi-threaded manager applications in a thread-safe manner, such as through a lock. The secondary scheduler monitors the flow of PMI-related requests into PMI to ensure that, at any point in time, only one management request (e.g., callback function) is running on the PMI thread. When a request in the secondary queue is ready for scheduling with the primary scheduler, the secondary scheduler then accesses the primary scheduler in a thread-safe manner, such as through a lock, to send the request to the primary scheduler. The management requests are dispatched from the primary scheduler and executed on managed objects though a Management Information Server. The performance and efficiency of the manager applications is enhanced by increasing the responsiveness of interaction between the manager applications and the schedulers. The performance of the management interface is enhanced by eliminating the need for polling-based scheduling solutions.
    • 一种以线程安全高效的方式使用便携式管理接口(PMI)等管理接口的系统和方法。 辅助调度程序以线程安全的方式(例如通过锁定)从多线程管理器应用程序接收PMI管理请求。 辅助调度器监视PMI相关请求到PMI的流程,以确保在任何时间点上只有一个管理请求(例如回调函数)在PMI线程上运行。 当辅助队列中的请求准备好使用主调度程序进行调度时,辅助调度程序将以线程安全的方式(例如通过锁定)访问主调度程序,以将请求发送到主调度程序。 通过管理信息服务器,从主调度程序调度管理请求并在受管对象上执行管理请求。 通过增加管理应用程序和调度程序之间的交互响应能力,可以提高管理器应用程序的性能和效率。 通过不需要基于轮询的调度解决方案来增强管理接口的性能。
    • 15. 发明授权
    • Scalable system method for efficiently logging management information associated with a network
    • 用于有效地记录与网络相关联的管理信息的可扩展系统方法
    • US06430616B1
    • 2002-08-06
    • US09206095
    • 1998-12-04
    • John BrinnandRajeev Angal
    • John BrinnandRajeev Angal
    • G06F1300
    • H04L43/00G06F11/3476H04L43/0847H04L43/16
    • A network management information logging system for use in connection with logging management information for a network includes a repository, at least one work queue, a plurality of logging components and a log server main component. The repository configured to store management information for the network. The “at least one” work queue receives logging requests to be processed. Each of the plurality of logging components retrieves logging requests from the work queue, processes the retrieved logging requests in connection with logging information in the repository, and to generate logging responses responsive thereto. The log server main component receives logging requests from the network and loads them into the work queue for retrieval and processing by the logging components. In addition, the log server main component receives the logging responses from the logging components and transfers them to the network. In one embodiment, the logging coponents and the log server main component are both in the form of threads.
    • 用于与网络的记录管理信息一起使用的网络管理信息记录系统包括存储库,至少一个工作队列,多个记录组件和日志服务器主要组件。 存储库被配置为存储网络的管理信息。 “至少一个”工作队列接收要处理的日志记录请求。 多个日志记录组件中的每个记录组件从工作队列中检索日志记录请求,处理检索到的日志记录请求与存储库中的记录信息相关联,并响应于此生成记录响应。 日志服务器主组件从网络接收日志请求,并将其加载到工作队列中,以便日志记录组件进行检索和处理。 此外,日志服务器主组件从日志记录组件接收记录响应并将其传输到网络。 在一个实施例中,日志共享和日志服务器主要组件都是线程的形式。
    • 16. 发明授权
    • Infrastructure to secure federated web services
    • 基础架构来保护联合Web服务
    • US08275985B1
    • 2012-09-25
    • US11694001
    • 2007-03-30
    • Srividhya NarayananRajeev AngalMalla V. Simhachalam
    • Srividhya NarayananRajeev AngalMalla V. Simhachalam
    • H04L29/06
    • H04L67/02G06Q50/14H04L63/0815H04L67/40
    • A federation participant in communication with other participants of a federation according to a federation protocol is described. The web service participant includes business logic and a security provider. The business logic implements a web service consumer (WSC) or a web service provider (WSP) business logic. The business logic is configured to generate an outgoing message for transmission to a recipient and receive an incoming message from the recipient, the recipient being a WSP if the business logic is a WSC business logic and a WSC if the business logic is a WSP business logic. The security provider is configured to receive the generated messages and apply header information to the outgoing message according to the federation protocol to form a modified outgoing message. The security provider then transmits the modified outgoing message to the recipient. Methods of operation for the WSC and WSP are also described.
    • 描述了根据联盟协议与联盟的其他参与者通信的联盟参与者。 Web服务参与者包括业务逻辑和安全提供者。 业务逻辑实现了Web服务消费者(WSC)或Web服务提供商(WSP)业务逻辑。 业务逻辑被配置为生成传出消息以传送到接收者并且从接收者接收传入消息,如果业务逻辑是WSC业务逻辑,接收者是WSP,如果业务逻辑是WSP业务逻辑则接收者是WSC 。 安全提供者被配置为接收所生成的消息,并根据联盟协议将头信息应用于外发消息,以形成修改的传出消息。 然后,安全提供商将修改的传出消息发送到接收者。 还描述了WSC和WSP的操作方法。
    • 17. 发明授权
    • Independent log containment hierarchy
    • 独立日志容纳层次结构
    • US06658420B1
    • 2003-12-02
    • US09330514
    • 1999-06-11
    • John P. BrinnandRajeev AngalBalaji V. Pagadala
    • John P. BrinnandRajeev AngalBalaji V. Pagadala
    • G06F700
    • H04L41/00
    • Method and system for configuring a network computer to distinguish between a first address path for a first logging module and a second address path for a second logging module for a log report, using full distinguished names (FDNs) that provide first and second address paths for the first and second logging modules, where the first and second address paths have different object level addresses at an object level immediately below the root level. Where a local distinguished name (LDN) (or relative distinguished name RDN) is used for an address path, the system forwards a log report to an associated Log Server only if the first component of the address path is a selected object level address, such as ‘/system’.
    • 用于配置网络计算机以区分第一记录模块的第一地址路径和用于日志报告的第二记录模块的第二地址路径的方法和系统,使用提供第一和第二地址路径的完整区分名称(FDN) 第一和第二记录模块,其中第一和第二地址路径在根级别下方的对象级别具有不同的对象级地址。 在地址路径使用本地识别名(LDN)(或相对可分辨名称RDN)的情况下,只有地址路径的第一个组件是所选对象级地址时,系统才会将日志报告转发到关联的日志服务器,例如 作为'/ system'。
    • 20. 发明授权
    • System and method for implementing Java-based software network management objects
    • 用于实现基于Java的软件网络管理对象的系统和方法
    • US06427153B2
    • 2002-07-30
    • US09205078
    • 1998-12-04
    • Jamie NelsonJonathan NelsonDavid SpencerRajeev Angal
    • Jamie NelsonJonathan NelsonDavid SpencerRajeev Angal
    • G06F1730
    • G06Q10/10H04L41/0213H04L41/0233H04L41/046Y10S707/99944
    • Software, systems, and methods for facilitating the development and implementation of computer network management software containing Java-based instructions is provided. In one aspect, the invention includes a system for implementing Java-based software network management objects configured to implement computer network management functions on a computer network. In one embodiment, the system of the invention includes a computer network management information server. The network management server performs communications using a first computer network management communications protocol. The system further includes a Java development management kit (“JDMK”) methods protocol adapter (“MPA”) that is configured to translate the first computer network management communications protocol into a JDMK communications protocol. A JDMK agent that is configured to communicate with the JDMK MPA using the JDMK communications protocol also is included.
    • 提供了软件,系统和方法,用于促进包含基于Java的指令的计算机网络管理软件的开发和实现。 一方面,本发明包括用于实现被配置为在计算机网络上实现计算机网络管理功能的基于Java的软件网络管理对象的系统。 在一个实施例中,本发明的系统包括计算机网络管理信息服务器。 网络管理服务器使用第一计算机网络管理通信协议执行通信。 该系统还包括被配置为将第一计算机网络管理通信协议转换为JDMK通信协议的Java开发管理工具包(“JDMK”)方法协议适配器(“MPA”)。 还包括配置为使用JDMK通信协议与JDMK MPA进行通信的JDMK代理。