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    • 11. 发明申请
    • Enabling High Availability and Load Balancing for JMX MBeans
    • 为JMX MBeans启用高可用性和负载平衡
    • US20080040631A1
    • 2008-02-14
    • US11874475
    • 2007-10-18
    • Michael ChengLeigh WilliamsonTom Zhou
    • Michael ChengLeigh WilliamsonTom Zhou
    • G06F11/00
    • G06F9/505G06F9/5033
    • Provided is a method for programming module load balancing and failover in a distributed computing environment. The Java Management extensions (JMX) specification is enhanced to support load balancing and provide a high-availability of JMX management beans (Mbeans). Also provided are enhancements to the programming model and infrastructure to support the enhanced programming model. Two exemplary approaches for load balancing and failover are provided, one based both upon clustered Mbeans and one based upon unclustered Mbeans. In the unclustered approach, client affinity is supported in that a request from a particular client can be routed to a particular Mbean. In the clustered approach, a specific Mbean can be invoked by providing a special parameter in the Mbean invocation or by adding a special property to the specific Mbean's ObjectName to indicate that during runtime automatic routing should not be employed.
    • 提供了一种在分布式计算环境中对模块负载平衡和故障转移进行编程的方法。 增强了Java管理扩展(JMX)规范,以支持负载平衡并提供JMX管理bean(Mbeans)的高可用性。 还提供了编程模型和基础设施的增强功能,以支持增强的编程模型。 提供了两种用于负载平衡和故障切换的示例性方法,一种基于聚簇的Mbeans,另一种基于未聚簇的Mbeans。 在非集群方法中,支持客户端关联,因为来自特定客户端的请求可以路由到特定的Mbean。 在集群方法中,可以通过在Mbean调用中提供一个特殊参数或通过向特定的Mbean的ObjectName添加一个特殊属性来指示在运行时自动路由不应该使用的特定Mbean。
    • 13. 发明申请
    • Automated deployment of an application
    • 自动部署应用程序
    • US20050289536A1
    • 2005-12-29
    • US10874495
    • 2004-06-23
    • Ranjit NayakSridhar SudarsanVishwanath VenkataramappaQinhua WangLeigh Williamson
    • Ranjit NayakSridhar SudarsanVishwanath VenkataramappaQinhua WangLeigh Williamson
    • G06F9/44G06F9/445
    • G06F8/61
    • Methods, systems, and media to automatically deploy an, e.g., a JS2EE file between environments are disclosed. Embodiments include hardware and/or software for selecting one or more applications in an original system for export. The applications along with their corresponding application data, configuration data, and descriptor files, are compressed into one or more archive files such as Enterprise Archives (EARs). Variable configuration data associated with the target environment is identified so the values of the variable configuration data can be adapted for the target environment. Then, the target environment is adapted for installation of the application and the application is installed in the target environment. Advantageously, this deployment of the application may reduce the chance of user error, require less J2EE knowledge and script maintenance, and complete faster than deployments effected manually.
    • 公开了在环境之间自动部署例如JS2EE文件的方法,系统和媒体。 实施例包括用于选择用于输出的原始系统中的一个或多个应用的​​硬件和/或软件。 应用程序及其相应的应用程序数据,配置数据和描述符文件被压缩成一个或多个存档文件,例如企业档案(EAR)。 识别与目标环境相关联的可变配置数据,从而可以针对目标环境调整可变配置数据的值。 然后,目标环境适用于安装应用程序,应用程序安装在目标环境中。 有利地,应用程序的这种部署可能减少用户错误的机会,需要较少的J2EE知识和脚本维护,并且比手动实现的部署更快地完成。