Another fascinating place we find them is in Clovis caches.
我们在另一个有趣的地点也发现了它们，那就是克洛维斯人的贮藏点。
Caches the entire image into memory.
将整个影像快取至记忆体。
Further, these caches live on each machine.
此外，这些缓存位于每台机器上。
Caches the entire image into memory at load time.
在加载时将整个图像缓存到内存中。
Is the application being too generous in what it caches?
应用程序对其缓存对象是否过于慷慨？
To keep good performance, it caches in memory signal portions.
为了保持良好的性能，它在内存中缓存部分信号。
What you do is replicate caches and you make all that stuff work.
你所做的就是复制高速缓存，然后让所有这些运作起来。
By default, the source operator caches its input feed for an hour.
默认情况下，source操作符缓存其输入数据源一个小时。
It's unbelievable to first find out how much caches really matter!
第一次发现缓存是如此重要，真是令人难以置信。
There are a number of different caches for various response modules.
有许多不同类型的高速缓存用于多种响应模块。
After the initial download, the client machine usually caches the file.
在初始下载之后，客户的计算机通常会缓存文件。
There are a couple of things to watch out for with large dynamic caches.
使用大型动态缓存要注意几件事情。
Caches almost always take the form of object maps with an upper size limit.
缓存始终采用对象映射的形式，具有大小上限。
Sample caches. Following are some example caches. Remove these before use.
缓存样本。以下是一些缓存实例，在使用前删掉这些。
Actually the former approach can also benefit from the reference data caches.
实际上前一种方法也能从引用数据缓存中获益。
The management agent caches the ARM data and sends it to the management server.
管理代理缓存arm数据，并将其发送到管理服务器。
This buffer caches JMS message data that may otherwise need to be read from disk.
该缓冲区缓存原本需要从磁盘读取的JMS消息数据。
Do your applications leave unsecured caches of confidential data on a local machine?
您的应用程序是否将未经保护的机密数据缓存放到本地机器上？
This exercise also provides a good opportunity to learn about the caches that Fabric uses.
此练习还提供了了解Fabric 使用的缓存的绝佳机会。
Do not read too much information into memory; rather, use caches to hold important information.
不要将太多信息读入内存中；而要使用缓存保存重要的信息。
Do not read too much information into memory; rather, use caches to hold important information.
不要将太多信息读入内存中；而要使用缓存保存重要的信息。
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