Requesting a cacheable object the second time 第二次请求可缓存的对象
Generates responses that indicate whether they are cacheable or not to improve performance by reducing the number of requests for duplicate resources and by eliminating some requests entirely. 生成响应,其中指明了是否可缓存,以通过减少针对重复资源的请求数量或通过完全消除某些请求来改进性能。
The set of available pages within the MyWork area is different for each user, and so the navigation to these pages should not be included in the cacheable pages. MyWork区域内可用页面集对于每个用户都是不同的,因此这些页的导航不应该包含在可缓存的页面中。
This WebSphere Portal feature makes it possible for several views of a single portlet are cacheable with differing options. 利用此WebSpherePortal功能,可以使用不同选项缓存单个Portlet的多个视图。
The strategy works like this: You can make certain data, either static or that which changes infrequently, persistent or cacheable through the ESB. 此策略的工作方式是这样的:可以通过ESB使某些数据(静态数据或变化不频繁的数据)变为持久性数据或可缓存数据。
In the next dialog, you can configure which memory spaces will be cacheable for instructions and data. 在下一个对话框中,配置哪些内存空间可缓存指令和数据。
The edge server will automatically cache any cacheable content if the response code is200. 如果响应码是200,边缘服务器会自动地缓存所有可缓存的内容。
Several solutions are available to deal with the problems of resources not being cacheable. 有几种解决方案可以用来处理资源无法缓存的问题。
If the request is cacheable, the XML proxy will perform a standard side cache operation. 如果该请求可缓存,则XML代理将执行标准端缓存操作。
Different cacheable objects have different elements. 不同的可缓存对象具有不同的元素。
Also, to make a resource request cacheable, you need to explicitly set the cache control information on the response so that the portal can generate caching headers. 此外,要使资源请求可缓存,您需要在响应上显式设置缓存控制信息,以便门户能够生成缓存标头。
If ignore access control in caches is set to false for a portal page, a completely rendered page will not be cacheable at all. 如果将某个门户页面的忽略缓存中的访问控制设置为False,将不能对完全呈现的页面进行缓存。
Cache scope& Indicates whether a response from WebSphere Portal ( that is, a completely rendered page) is cacheable in a shared or non-shared cache. 缓存作用域&指示来自WebSpherePortal的响应(即一个完全呈现的页面)是否在共享缓存或非共享缓存中可缓存。
Data grids are the containers used to store cacheable application data. 数据网格是用于存储可缓存应用程序数据的容器。
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。
The individual markup fragments produced by portlets, however, are also potentially cacheable. 然而,Portlet所产生的单个标记片段也可能可以缓存。
The portlet window itself can decide at render time whether its output is cacheable or not, and under which cache scope. Portlet窗口本身可以在呈现时确定其输出是否可以缓存,以及应在何种缓存作用域下进行缓存。
The address space corresponding to instruction memory is always indicated cacheable, which is correct in function. 在任何情况下指令存储器所对应的地址空间都是可缓存的。