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WebSphereeXtremeScale

WebSphereeXtremeScale

WebSphereeXtremeScale

WebSphereeXtremeScale

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WebSphere eXtreme Scale is a general-purpose, high-speed caching solution that can be configured and used in a variety of different designs .

WebSphereeXtremeScale 是一种通用、高速的缓存解决方案，可在各种不同的设计中予以配置和使用。

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WebSphere eXtreme Scale does all this automatically , while keeping the data and load on the servers balanced .

对于这些，WebSphereeXtremeScale 都是自动完成的，同时保证服务器上数据和负载的平衡。

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Just as in a relational database , WebSphere eXtreme Scale supports the use of indices to improve the speed of queries .

如同在关系数据库中一样，WebSphereeXtremeScale 支持使用索引提高查询速度。

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As a rule , WebSphere eXtreme Scale users are expected to use less memory per JVM than with a conventional cache .

一般来说，与传统缓存相比，WebSphereeXtremeScale 用户预期对每个 JVM 使用更少的内存。

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Of course , a remote WebSphere eXtreme Scale grid can also be used for HTTP session management , if desired .

当然，也可以使用远程 WebSphereeXtremeScale 网格实现 HTTP 会话管理，如果需要的话。

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They're also influenced by network conditions, WebSphere eXtreme Scale configuration, and the processing speed of your servers .

它们还受网络状况、WebSphereeXtremeScale 配置和服务器处理速度的影响。

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If you extend this analogy to WebSphere eXtreme Scale, you can compare a file cabinet to a container server , which runs in a JVM.

如果将这种类比应用到 WebSphereeXtremeScale ，您可以将文件柜看做在 JVM 中运行的容器服务器。

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In WebSphere eXtreme Scale, zones are used to define the notion of data centers , and WebSphere eXtreme Scale handles this automatically .

在 WebSphereeXtremeScale 中，使用区域定义数据中心的概念，WebSphereeXtremeScale 自动处理这一点。

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However , WebSphere eXtreme Scale can keep additional copies of the cache on other machines to provide a reliable write-behind cache .

但是，WebSphereeXtremeScale 可以在其他机器上保存更多的缓存副本，以提供可靠的 write-behindcache 。

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Large distributed WebSphere eXtreme Scale caches can also be shared by multiple OpenJPA- or Hibernate-using process instances .

大量分布的 WebSphereeXtremeScale 缓存可以供多个 OpenJPA 或 Hibernate 使用的处理实例共享。

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Thus , for caching a large amount of highly available partitioned data , WebSphere eXtreme Scale needs to be deployed in multiple JVMs.

因此，要缓存大量的高可用性分区数据，需要将 WebSphereeXtremeScale 部署到多个 JVM 中。

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The cache is removed from the application 's address space and placed in a WebSphere eXtreme Scale's container's address space .

从应用程序地址空间中移除缓存，并放入 WebSphereeXtremeScale 容器的地址空间。

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In simple Java SE environments , WebSphere eXtreme Scale deployment is performed using scripts provided with the product .

在简单的 JavaSE 环境中，WebSphereeXtremeScale 部署通过该产品提供的脚本完成。

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The asynchronous service framework ensures this by utilizing WebSphere eXtreme Scale 's shard event listener interfaces .

这个异步处理框架通过利用 WebSphereeXtremeScale 的 shard 事件监听器接口来确保这一点。

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Because of its implementation , WebSphere eXtreme Scale never permits different versions of the same data in its cache .

由于其实现，WebSphereeXtremeScale 从不允许在其缓存中有同一数据的不同版本。

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WebSphere eXtreme Scale uses loaders to read data from and write data to the database from the in-memory cache .

WebSphereeXtremeScale 使用了加载器读取内存中缓存的数据，以及将数据写入到数据库中。

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This article reviewed the write-behind caching scenario and showed how this feature is implemented with WebSphere eXtreme Scale.

本文重新审视了 write-behind 缓存技术，并展示了如何在 WebSphereeXtremeScale 下实现这一特性。

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When you define a WebSphere eXtreme Scale cache , you specify the level of replication by specifying the number of replica shards.

定义 WebSphereeXtremeScale 缓存时，您通过指定复制碎片（replicashard ）缓存指定复制水平。

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A WebSphere eXtreme Scale distributed, network-attached cache using write-behind is installed in front of an SQL database .

使用写入后模式的 WebSphereeXtremeScale 分布式、网络附加的缓存安装到 SQL 数据的前端。

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WebSphere eXtreme Scale brings data closer to applications via caching technology .

WebSphereeXtremeScale 通过缓存技术将数据拉近应用程序。

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WebSphere eXtreme Scale supports lazy load directly through its loader facility .

WebSphereeXtremeScale 直接通过其加载程序工具支持延迟加载。

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WebSphere eXtreme Scale is a distributed shared cache technology .

WebSphereeXtremeScale 是一种分布式共享缓存技术。

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WebSphere eXtreme Scale provides a memory-based replication mechanism that is independent of the application server runtime .

WebSphereeXtremeScale 提供了独立于应用程序服务器运行时的基于内存的复制机制。

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WebSphere eXtreme Scale offers a better quality of service for SIP session replication .

WebSphereeXtremeScale 能提供更好的 SIP 会话复制服务质量。

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WebSphere eXtreme Scale enables much larger cache capacities than in the past .

WebSphereeXtremeScale 能实现比过去更大的缓存容量。

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WebSphere eXtreme Scale can be deployed in either 32 bit (the more popular environment ) or 64 bit JVMs.

WebSphereeXtremeScale 可以被部署到 32 位（更普遍的环境）或 64 位 JVM 中。

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That one simple design principle can eliminate many performance headaches in designing WebSphere eXtreme Scale applications .

这个简单的设计原则能消除设计 WebSphereeXtremeScale 应用程序时的许多性能问题。

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With WebSphere eXtreme Scale, logon took 20 ms with profile cache access , which is 35 times faster .

使用 WebSphereeXtremeScale 时，带配置文件缓存访问的登录只需要 20ms ，速度提高了 35 倍。

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