If the memory cache is used only for performance reasons, then storing data in memory cache might not be such a big problem.
如果只是由于性能方面的原因而使用内存缓存，则在内存缓存中存储数据可能不会是个大问题。
The proxy server can cache dynamic and static content in memory and on disk.
代理服务器可以在内存和磁盘上缓存动态和静态内容。
If a program reads a single byte in memory, the processor loads the whole cache line that contains that byte into the L2 and L1 caches.
如果一个程序在存储中读到一个单独的字节，处理器就会释放包含字节的所有的缓存线到L2和L1缓存中。
This improves the performance characteristics of the system memory cache, and, in turn, the application itself.
这有助于改进系统内存缓存的性能特征，从而提高应用程序本身的性能。
AFS can be configured to cache data locally on disk or in memory.
可以将AFS配置为在本地的磁盘或内存中缓存数据。
This program demonstrates a basic memory leaking operation involving an unbounded growth in a cache object.
此程序演示的基本内存泄漏操作涉及缓存对象中的无限增长。
Instead, use an in memory hash table to cache the data and just keep a key to the data in the session.
相反地，应该使用内存中的哈希表来缓存数据，并且在会话中保存一个对此数据进行引用的键。
The cache can easily scale to 40 GB, which can be spread across multiple machines, so the whole cache can be in memory, with minimal access time.
缓存可以轻松扩展到40GB，可在多台机器上分布，因此整个缓存可以位于内存中，只需要很少的访问时间。
This increases the latency of the task's memory access until its data is in the cache of the new CPU.
这就增加了任务的内存访问延迟，这些时间用来将其数据移入新cpu的内存中。
Finally, having extra memory on hand allows the file systems to cache files and metadata in memory.
最后，安装更多内存让文件系统可以把文件和元数据缓存在内存中。
When a program writes to memory, the processor only modifies the line in the cache, but does not update main memory.
当一个程序写入存储，处理器仅仅只会修改缓存线，而不会更新主要的存储内容。
Storing privately scoped pages in a browser cache is optimal with regard to memory utilization in the cache, as well as in its location as close as possible to the end user.
将作用域设置为私有的页面存储在浏览器缓存中能达到对缓存的最佳内存利用，同时其位置也尽可能地接近最终用户。
The processor might perform dozens or hundreds of operations on a chunk of data in the cache before relinquishing it to memory.
处理器可能会在将一个数据块交还给内存前对这块数据执行数十或数百次操作。
If the file is closed, the AIX kernel continues to cache the file data in memory (in permanent storage pages).
如果关闭该文件，那么AIX内核将继续在内存中(在永久存储分页中)缓存该文件的数据。
The main reason is that DB2 is very aggressive in trying to keep a hot cache (essentially, the data your application needs in memory).
主要原因是，DB2在努力保持热缓存(实际上是在内存中应用程序所需的数据)方面非常主动。
It's highly recommended that the data provider cache the results in memory for optimal performance, particularly because the data is consumed through asynchronous server calls.
强烈建议数据提供者将结果缓存在内存中，以便优化性能，特别是通过异步服务器调用使用数据时。
In addition to keeping an in-memory cache of "static" HTML pages, Domino can also cache pages that contain macro language (@function) formulas.
除了在内存中缓存静态HTML页面之外，Domino还能够缓存包含宏语言（@function）公式的页面。
Therefore, when tuning the cache size for your environment, allocate sufficient in-memory and disk space for the cache entries.
因此，在为您的环境优化缓存大小时，请为缓存项分配足够的内存和磁盘空间。
Where appropriate, this information can be cached in memory, but beware of the potential challenges that surround keeping the cache consistent in a distributed environment.
在合适的情况下，这个信息可以缓存到内存中，但是要注意在分布式的环境中保存这种缓存所潜在的挑战性。
Performance can suffer because the database is too large for any significant part of it to fit in an in-memory cache.
性能也会受影响，因为数据库实在太大，数据库中的任何有效部分都无法装入内存中的缓存。
This will cause uneven load on your cache in terms of memory and processing.
这将在内存和处理上导致缓存负载的不均匀。
Listing 30 shows a helper method that returns the path to the cache in external memory.
清单30展示了一个帮助器方法，它返回到外部内存中高速缓存的路径。
Listing 29 shows a helper method that returns the path to the cache in internal memory.
清单29展示了一个帮助器方法，它返回到内部内存中高速缓存的路径。
An in-memory cache implementation is also produced.
还生成了一个内存中的缓存实现。
While these characteristics are important, they ignore a prominent aspect in web browsing: the memory cache.
虽然这些都是重要的特性，但他们忽略了网页浏览中一个突出的方面- - - - - -缓存。
To improve performance, stylesheets read from disk are cached in memory - the node does not cache stylesheets that are supplied in the input message.
为提高性能，从磁盘读取的样式表缓存在内存中——节点不能缓存输入消息提供的样式表。
You can use it when the amount of data to be stored in the cache exceeds the main memory of the application server systems.
当要在缓存中存储的数据量超过应用程序服务器系统的主存时，您就可以使用此功能。
Applications have complete update control over over how data changes are submitted between the in-memory cache data set and the underlying data source through ADO.NET methods.
对于如何通过ADO.NET方法在内存缓存数据集合与基本数据源之间提交数据更改，这些应用程序拥有完全的更新控制权。
Legacy method: Currently support in-memory or distributed cache services.
遗留方法：当前支持内存或分布式缓存服务。
Although recently used steps data is cached in memory, the cache has a limited size and, in many cases, the required information will need to be retrieved from the database.
尽管最近使用的步骤数据被缓存在内存中，但内存的大小通常不够宽裕，因此需要从数据库获取所需的信息。
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