Like the table cache, there is also a cache for threads.
与表的缓存类似，对于线程来说也有一个缓存。
The Settings for the cache are written to the cache directory, so you can have different cache sizes in different locations for different users and groups.
高速缓存的设置会写入到高速缓存目录，所以您可以让不同的用户和组在不同的位置拥有不同大小的高速缓存。
Set the catalog cache, package cache, and log buffer size to an appropriate size to improve performance.
要设置大小适当的目录缓存器、包缓存器和日志缓冲区以提高性能。
Neither cache lock nor cache transaction support is needed.
既不需要支持缓存锁，也不需要支持事务。
Yet another change was creating a separate cache pool for the page cache.
还有另一个改动是为页面缓存创建一个单独的缓存池。
With this command, you can dump the cache contents to a file, display statistics of cache usage, flush the cache table, and change the logging level of the daemon.
使用这个命令，您可以将缓存的内容转储到文件中、显示缓存使用情况的统计信息、刷新缓存表，以及更改该守护进程的日志级别。
But we do have control on all kinds of cache, Data-distribution cache, Dictionary cache, SPL routine cache, and SQL statement cache.
但是，我们控制所有类型的缓存器，数据分布缓存器、字典缓存器、SPL例程缓存器和sql语句缓存器。
Virtual segment also contains dictionary cache, stored procedures cache, and big buffer pools used for writing large block of pages to disk at once.
虚拟内存段还包含字典缓存器，存储过程缓存器，以及在向磁盘一次性写入大块页面时使用到的较大的缓冲池。
The site analyzed the two main types of web cache: component cache and page cache.
该网站上分析了两种类型的网页缓存：组件缓存和页面缓存。
We will create four caches: context cache, endpoint selection cache, interface endpoints cache, and subscription cache.
我们将创建四个缓存：上下文缓存、端点选择缓存、接口端点缓存和订阅缓存。
Finally, we did not explore how to invalidate the cache or special cache entries programmatically.
我们没有研究如何通过编程方式使缓存或特殊的缓存条目无效。
This is done to ensure that as much code as possible fits in the CPU's cache, as cache misses can have a significant impact on performance.
这样做就保证了尽可能多的代码能适合CPU的缓存，当缓存不够用时，就能对性能产生巨大的影响。
The second map, called the results cache, is used to cache the results of each cached request.
第二个映射称为结果缓存，其用于缓存每一个已缓存请求的结果。
If profile size management is needed, a logoff script can be used to clean the users Client cache and assembly cache directory.
如果需要进行配置文件大小管理，可以使用一个注销脚本来清理用户客户端缓存和程序集缓存目录。
Instead, updates occur in the cache, the cache tracks the list of dirty records and periodically flushes the current set of dirty records to the data store.
相反，在缓存中一旦进行更新操作，缓存就会跟踪脏记录列表，并定期将当前的脏记录集刷新到数据库中。
This has the advantage of never having stale data in the cache, since the cache is the authoritative source for the data.
这样做的好处就是缓存中绝不会有过时数据，因为缓存是数据的权威来源。
Cache location: the cache is associated with the cache mediation that resides in the messaging middleware.
缓存位置：缓存与驻留在消息传递中间件中的缓存中介关联。
As will be discussed later, the application talks only to the cache, and the cache talks to the disk.
我们将在下文介绍，应用程序仅与缓存对话，缓存则与磁盘对话。
The first map, called the request cache, is used to cache incoming requests.
第一个映射称为请求缓存，其用于缓存传入的请求。
Providing an interim cache that can cache the most-used data can improve performance.
提供能缓存最常用数据的临时缓存可以改进性能。
Another new runtime update for JPA 2.0 provides access to a JPA provider's Level2 cache, if a cache is available.
另一个新的JPA 2.0运行时更新提供了对JPA提供商的二级缓存的访问，如果缓存可用的话。
To make sure that a portal page is not cached in a remote cache, the cache expiration either for the portal page or globally for the portal needs to be set to 0.
为了确保不在远程缓存中缓存门户页面，需要将该门户页面的缓存过期值或全局范围内的对应值设置为 0。
A remote cache is able to cache complete responses for a requesting URL.
远程缓存可以为请求url缓存全部的响应。
TLB cache entry reuse (cache hit) equates to quicker address translation and subsequently faster access to physical memory.
tlb缓存条目重用(缓存命中)意味着更快的地址转换，还意味着对物理内存的更快的访问。
It provides convenient mechanisms for storing data in the cache, getting data from the cache, removing data from the cache, and much more.
它提供了在缓存器中存储数据、从缓存器中删除数据等方便机制。
The second level cache can also cache your query result.
二级缓存也能缓存查询结果。
The remote cache is the cache located in your grid.
远缓存是位于网格中的缓存。
Catalog cache, package cache, and log buffer.
目录缓存器、包缓存器和日志缓冲区。
RouterDbCacheSize Specifies the size of router database cache used to cache mail databases in the router process.
RouterDbCacheSize指定路由器数据库缓存的大小，用于在路由器进程中缓存邮件数据库。
The fragment cache supports two primary types of cache instances: object cache instances and servlet cache instances.
片段缓存支持两种主要的缓存实例：对象缓存实例和Servlet缓存实例。
应用推荐