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1·Swapping requires a backing store.

交换需要一个后备存储器。

2·The backing store is commonly a fast disk .

后备存储器通常是一个高速磁盘。

3·They can also be purely in-memory objects with no backing store.

它们可以是一些纯粹的内存对象，只要不用于后备存储。

4·Registry and Repository uses a relational database as its backing store.

Registry and Repository 使用关系数据库作为其支持存储区。

5·That way, we can change the backing store without rewriting the service class.

这样，我们可以修改后台存储而不必重写服务类。

6·A custom scope typically corresponds to a backing store that can manage object instances.

某个自定义作用域通常与能够管理对象实例的后端存储相对应。

7·The following code example shows how to read and write data using memory as a backing store.

下面的代码示例说明如何通过将内存用作备份来读取和写入数据。

8·In this way, you can take specific actions based on how you want to manage the backing store for the event.

通过这种方式，你可以按照你想要为事件托管备份存储的方式来采取特别的操作。

9·All of the problems listed in the previous section derive from trying to go against the grain and treat the UI as a backing store.

前面击节中列出的问题都是应为违背了这个原则并且把UI当作数据存储的地方。

10·In contrast, streams provide a way to write and read bytes to and from a backing store that can be one of several storage mediums.

相反，流提供一种向后备存储写入字节和从后备存储读取字节的方式，后备存储可以为多种存储媒介之一。