使用缓存配置文件的两种方法。
AFS客户磁盘缓存配置。
您可以通过缓存配置文件管理您的Web服务缓存行为。
You can manage your web services caching behavior by the cache configuration file.
全局缓存配置：cmbicmcache . ini。
要使用全局方法来启用Web服务调用的缓存配置文件
To enable the cache configuration file for the web service call using the global method
其他相关的Hibernate缓存配置都和老方法一样。
Other related Hibernate cache configurations remain the same as in the old approach.
因此，根据所处的环境，缓存配置在某种程度上需要进行个别设置。
Therefore, cache configuration partially requires individual Settings that are dependent on the environment.
清单1显示的是最基本的cache . ccf文件—一个纯内存缓存配置。
Listing 1 displays the most basic cache.ccf file - a pure memory-cache configuration.
复制样例全局缓存配置文件(清单2)，确保文件名是cachespec . xml。
Copy the sample global cache configuration file (Listing 2), make sure the file name should be cachespec.xml.
由于低内存条件和通过管理控制台进行了缓存大小的管理修改，因此可能将缓存配置(暂时)为完全不缓存数据。
Due to low memory conditions or administrative modification of the cache size via the admin console, the cache might (temporarily) be configured such that it never caches data at all.
您可以在应用程序服务器的属性目录中保存一个全局cachespec . xml，或者使用部署模块放置缓存配置文件。
You can either save a global cachespec.xml in the application server's properties directory, or place the cache configuration file with the deployment module.
WebContentManagement高速缓存是通过connect. cfg文件中的高速缓存配置进行设置的。
Web Content Management caching is set up through the cache configuration in the connect.cfg file.
通过把流媒体缓存配置在客户端和服务器之间，以基于代理服务器机制实现，既能降低客户端播放器的启动延迟时间，又能节约部分网络带宽。
Thus it will not only reduce the start-up delay of the clients' player in the event of a cache hit but also save network bandwidth to some extent.
为了解远程缓存规则，RRD将通知动态缓存发送响应标头，它是远程应用程序的cachespec.xml文件（即缓存配置文件）的表示形式。
To understand the remote cache rules, dynacache is notified by RRD to send a response header that is a representation of the remote application’s cachespec.xml file, the caching configuration file.
每个缓存的配置大小。
多个实例的这一功能使您能够根据需要单独配置缓存实例。
This capability of multiple instance enables you to separately configure cache instances as needed.
例如，某些机制允许您在数据上创建索引，而其他机制能够配置缓存和缓冲选项。
For example, some allow you to create indexes on the data, while others have the capability to configure caching and buffering options.
这可以确保重新创建的是客户端策略集，而不是使用前面的无效配置的缓存副本。
This ensures that the client policy set configuration is recreated instead of using a cached copy of the previous invalid configuration.
第二，您可能在缓存实例的配置过程中注意到磁盘分流功能。
Second, you may notice the disk-offload feature during the configuration of the cache instance.
缓存能在控制器级别配置，最终是利用了ASP.NET的缓存基础功能。
Cache can be configured on the controller level, and ultimately USES the ASP.NET caching infrastructure.
这段配置控制了SOAP扩展的WSDL缓存特性。
This configuration section controls the WSDL caching feature of the SOAP extension.
它还配置HTML5离线缓存。
可以配置缓存对象的刷新间隔，清单1中的示例将该值设定为了60秒。
The refresh interval for the cached object can be configured, and is set to 60 seconds in the example shown in Listing 1.
该组件负责在运行时加载和缓存框架配置，以及各种REST服务配置。
This component is responsible for loading and caching the framework configuration as well as the various REST services configuration at run-time.
从Portlet编程的角度来看，Portlet可以按照Portlet规范(PLT . 18.1)中指定的方式配置缓存。
From the portlet programming point of view, portlets can configure caching as specified by the portlet Specification (PLT.18.1).
可在Portlet部署描述符中配置Portlet缓存策略。
You configure portlet caching policies in the portlet deployment descriptor.
当你建立好一个WEB服务后通常有两个类型的缓存需要配置。
When you setup a web server there are generally two types of caching that you need to configure.
这样缓存变为可选，因此，调用程序可以只创建一个Butterfly对象来应用XSLT转换，而不必考虑缓存或框架配置。
It leaves the cache optional so that the caller can just create a Butterfly object to apply an XSLT transformation, without worrying about caching or framework configuration.
DocumentManager缓存和服务配置。
要配置语句缓存大小，可以导航到Resources =>JDBC =>Datasources => data_source =>WebSphereApplicationServerdatasourceproperties。
The statement cache size can be configured by navigating to Resources => JDBC => Data sources => data_source => WebSphere Application Server data source properties.
应用推荐