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    • 1. 发明申请
    • EXACTLY ONCE CACHE FRAMEWORK
    • 全面的缓存框架
    • US20080052376A1
    • 2008-02-28
    • US11933580
    • 2007-11-01
    • Dean JacobsEric Halpern
    • Dean JacobsEric Halpern
    • G06F13/14
    • H04L67/1095H04L29/06H04L67/28H04L67/2842H04L67/288H04L69/329H04L69/40
    • A system for managing objects in a clustered network includes a file system containing at least one copy of a data object. The system can include several clustered servers in communication with the file system. A distributed consensus algorithm is used to select a host server. The selected host server can contain a copy of the data object, such as in local cache, providing access to the local copy to any other server in the cluster. Any change made to an item hosted by the host server can also be updated in the file system. If the host server becomes unable to host the object, a new host can be chosen using the distributed consensus algorithm. The other servers are then notified of the new host by multicast messaging.
    • 用于管理群集网络中的对象的系统包括包含数据对象的至少一个副本的文件系统。 系统可以包括几个与文件系统通信的集群服务器。 分布式共享算法用于选择主机服务器。 选定的主机服务器可以包含数据对象的副本,例如本地缓存,可以将本地副本提供给集群中的任何其他服务器。 对主机服务器托管的项目所做的任何更改也可以在文件系统中进行更新。 如果主机服务器无法托管对象,则可以使用分布式共享算法选择新的主机。 然后通过多播消息传送向其他服务器通知新主机。
    • 3. 发明申请
    • Duplicated naming service in a distributed processing system
    • 分布式处理系统中的重复命名服务
    • US20050203986A1
    • 2005-09-15
    • US11103054
    • 2005-04-11
    • Dean JacobsEric Halpern
    • Dean JacobsEric Halpern
    • G06F15/177G06F9/46G06F7/00
    • G06F9/548G06F9/465Y10S707/99945Y10S707/99952
    • A clustered enterprise Java™ distributed processing system is provided. The distributed processing system includes a first and a second computer coupled to a communication medium. The first computer includes a Java™ virtual machine (JVM) and kernel software layer for transferring messages, including a remote Java™ virtual machine (RJVM). The second computer includes a JVM and a kernel software layer having a RJVM. Messages are passed from a RJVM to the JVM in one computer to the JVM and RJVM in the second computer. Messages may be forwarded through an intermediate server or rerouted after a network reconfiguration. Each computer includes a Smart stub having a replica handler, including a load balancing software component and a failover software component. Each computer includes a duplicated service naming tree for storing a pool of Smart stubs at a node. The computers may be programmed in a stateless, stateless factory, or a stateful programming model. The clustered enterprise Java™ distributed processing system allows for enhanced scalability and fault tolerance.
    • 提供了集群企业Java(TM)分布式处理系统。 分布式处理系统包括耦合到通信介质的第一和第二计算机。 第一台计算机包括Java(TM)虚拟机(JVM)和用于传输消息的内核软件层,包括远程Java(TM)虚拟机(RJVM))。 第二台计算机包括一个JVM和一个具有RJVM的内核软件层。 消息从一台计算机的RJVM传递到JVM,并传送到第二台计算机中的JVM和RJVM。 消息可以通过中间服务器转发或在网络重新配置后重新路由。 每个计算机都包含一个具有复制处理程序的智能存根,包括负载平衡软件组件和故障转移软件组件。 每个计算机都包含一个重复的服务命名树,用于在一个节点上存储一个Smart Stub池。 计算机可以编程在无状态,无状态工厂或有状态编程模型中。 集群企业Java(TM)分布式处理系统允许增强可扩展性和容错能力。
    • 4. 发明申请
    • AUTOMATIC MONITORING METHOD FOR MANAGED SERVER HEALTH
    • 用于管理服务器健康的自动监控方法
    • US20070088972A1
    • 2007-04-19
    • US11610667
    • 2006-12-14
    • Rahul SrivastavaAnanthan SrinivasanEric HalpernDean Jacobs
    • Rahul SrivastavaAnanthan SrinivasanEric HalpernDean Jacobs
    • G06F11/00
    • G06F11/326
    • A Node Manager monitors the status of multiple servers. The Node Manager detects server failures, periodically monitors server health status, and performs server maintenance. When the Node Manager detects a server failure, it determines whether or not the server should be restarted. While periodically monitoring servers, the Node Manager may determine how often to trigger a health check, how long to wait for a response, and how to proceed if the server is deemed failed. The Node Manager may be controlled by an Administrative Server directly or by an external administrative agent. An administrative agent may control the Node Manager by interfacing with the Administrative Server. The Node Manager and AS may authenticate each other and encode their communications to each other for increased security.
    • 节点管理器监视多台服务器的状态。 节点管理器检测服务器故障,定期监视服务器运行状况,并执行服务器维护。 当节点管理器检测到服务器故障时,它确定是否应重新启动服务器。 在定期监视服务器的同时,节点管理器可以确定触发健康检查的频率,等待响应的时间以及如果服务器被认为失败,如何继续。 节点管理器可以由管理服务器直接或外部管理代理来控制。 管理代理可以通过与管理服务器连接来控制节点管理器。 节点管理器和AS可以彼此认证并将它们的通信彼此编码以增加安全性。
    • 7. 发明授权
    • Implementing formulas for custom fields in an on-demand database
    • 在按需数据库中实现自定义字段的公式
    • US07814052B2
    • 2010-10-12
    • US11592539
    • 2006-11-03
    • Eric BezarDoug ChasmanDean JacobsSimon Wong
    • Eric BezarDoug ChasmanDean JacobsSimon Wong
    • G06F7/00G06F17/00
    • G06F17/30339G06F17/30578G06F17/30581Y10S707/954
    • The efficiency and versatility for the implementation of formulas in an on-demand database is improved. Formulas are categorized. Based at least partly on the categorization, formulas are evaluated synchronously or asynchronously. An asynchronous evaluation may be performed if a certain set of criteria is not satisfied. Asynchronous evaluations may be performed using a queue. During an asynchronous update of an object, a counter field and/or an estimate field may be used respectively for indicating the consistency of values of the object and a time when the values were consistent. The versatility of formulas is enhanced by using a formula to create a default value for a custom field when it is created and to determine whether an action is to be performed, and is enhanced by having an action define when a formula is to be updated.
    • 提高了按需数据库中公式实现的效率和多功能性。 公式分类。 至少部分地基于分类,公式被同步或异步地评估。 如果不满足某一组标准,则可以执行异步评估。 可以使用队列执行异步评估。 在对象的异步更新期间,可以分别使用计数器字段和/或估计字段来指示对象的值的一致性和值一致的时间。 通过使用公式在创建自定义字段时创建默认值并确定是否要执行操作,并通过在更新公式时定义动作来增强公式的多功能性。