Setting up dynamic caching for pages with static urls.
为使用静态url的页面设置动态缓存。
For this scenario, we are interested in the dynamic caching service.
对于这种情况，我们感兴趣的是动态缓存服务。
The tutorial provides instructions on how to enable dynamic caching with Ajax using the full test environment.
本教程还提供有关如何使用完整测试环境来启用Ajax动态缓存的说明。
Lastly, recommendations are provided on implementing SEO with the dynamic caching feature to achieve maximum site performance.
最后，将会提供有关使用动态缓存功能来实现SEO以使站点达到最优性能的建议。
The performance gains from dynamic caching of servlets and JSPs can be substantial, depending on the application characteristics.
从Servet及JSP的动态缓存机制得到的性能的提高是显而易见的，这取决于应用程序的特性。
Dynamic caching can also cache additional data types, such as Web services and patterns; those topics will be left for a later article.
动态高速缓存还可以缓存其它的一些数据类型，例如Web服务和模式，那些主题将在以后的文章中讨论。
In particular, we are not doing any call-site caching of method bindings, which is probably the single biggest performance boost in the whole dynamic language implementation space.
需要提出的是，我们没有做任何方法绑定的调用缓存，要知道它可能是在整个动态语言实现领域唯一最大的性能增强点。
New caching technologies improve the performance of dynamic page generation and reduce system load.
新的缓存技术将改善动态页面的生成和减少系统负载。
You can also define caching rules for caching dynamic content based on request parameters or other application metadata.
还可以根据请求参数或其他应用程序元数据定义缓存动态内容的缓存规则。
However, it cannot provide caching for dynamic, personalized, or secured content.
然而，它不提供动态、个性化或者受保护内容的高速缓存。
The package cache sets the amount of database global memory to be used for caching a package's static and dynamic SQL statements.
包缓存器设置数据库全局内存的总量以用于缓存程序包的静态和动态sql语句。
If you have dynamic pages that only occasionally change, you'll want to use page-level caching.
如果动态页面不经常更改，可以使用页面级的缓存。
The caching logic available in Dynamic Query Mode is able, when connected to secured metadata sources, to determine the secured access capabilities of each user as they access the data source.
当连接到安全的元数据源时，DynamicQueryMode下提供的缓存逻辑能够在每个用户访问数据源时确定安全的元数据源。
One of the ways that Process Server provides the caching capability is through a service called dynamic cache.
ProcessServer提供缓存功能的一个方法是通过一个调用动态缓存的服务。
Listing 11 shows a fairly typical nginx configuration, with some elements thrown in to handle Rails page caching and send dynamic requests to an upstream mongrel.
清单11展示了一个非常典型的nginx配置，还添加了一些元素来处理Rails页面缓存并将动态请求发送到一个上游mongrel。
WebSphere Portal provides flexible caching capabilities to improve the performance and scalability of Web sites that provide both static content and dynamic applications.
WebSpherePortal能提供灵活的缓存功能，从而提高同时提供静态内容和动态应用程序的网站的性能和可伸缩性。
The following picture illustrates the basic principles for SOAP request to call caching web services using dynamic cache.
以下图片展示了SOAP请求使用动态缓存调用缓存Web服务的基本原理。
In the design, we considered caching the HashMap housing the acronym information, but we chose not to because we wanted to support dynamic updating of the acronym dictionary.
在设计中，我们考虑过对存储缩略词信息的HashMap进行缓存，但是我们选择不缓存，因为希望支持缩略词词典的动态更新。
To enable dynamic cache service for web services, you should enable the servlet caching on the server startup
要启用Web服务的动态缓存服务，您应该在服务器启动时启用servlet缓存
The result is the Resolver and Adapter Provider Framework, which supports dynamic loading, caching, and invocation of registered Resolvers.
要实现这样的效果，解析器（Resolvers）和适配器提供器框架（Adapter Provider Framework）就需要支持动态加载、缓存和已注册的解析器的引用。
However, WebSphere application Server provides support for page and fragment caching through its dynamic cache function without requiring any application changes.
然而，WebSphere提供了对页面以及片断缓存的支持，这种支持是通过其动态缓存功能来实现的，并且不需要对应用程序作出任何改变。
In this article, we discuss various caching options for Web Content Management, from its own pre-rendering and caching modules, to integration with WebSphere dynamic cache service.
在本文中，我们探讨WebContentManagement的多个高速缓存选项，从其自身的pre -rendering和高速缓存模块，到与WebSphere动态高速缓存服务的集成。
Enable dynamic statement caching within your database (assuming it is supported).
启用数据库中的动态语句高速缓存(假定它被支持)。
Dynamic cache grids store cacheable objects from applications that utilize the WebSphere dynamic cache APIs or container-based caching.
动态缓存网格存储来自利用WebSphere 动态缓存APIs或基于容器的缓存的应用程序的可缓存对象。
For more complete details on remote caching see the article Develop high performance Web sites with both static and dynamic content using WebSphere Portal V5.1.
有关远程缓存的全部详细信息，请参阅使用WebSpherePortal V5.1开发包含静态内容和动态内容的高性能网站。
Using page caching, you allow Rails to build a dynamic HTML page, and store it in a public directory, so your application server can serve it just as it would any other static page.
通过页面缓存，Rails就可以用来构建动态HTML页，并将此页存储在公共目录，这样，应用程序服务器就可以像服务其他静态页面一样来服务这个动态页。
Dynamic cache grids store cacheable objects from applications that utilize the WebSphere application Server dynamic cache APIs or container-based caching.
动态缓存型网格存储来自可利用WebSphere ApplicationServer动态缓存api或基于容器的缓存的应用程序的可缓存对象。
It should be noted, however, that dynamic compression and kernel caching are mutually exclusive on IIS 6.0 due to some implementation details.
但是要注意，在IIS6中动态压缩和kernelcashing是互斥的。
Also, pre-rendering cannot provide caching for dynamic, personalized, or secured content (including Web content Management JSP components).
同时，pre - rendering不能提供动态、个性化或者受保护内容(包括WebContentManagementJ sp组件)的高速缓存。
Dynamic cache (servlet caching).
动态高速缓存(servlet高速缓存)。
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