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1·Serialize the return values.

对返回值进行序列化。

2·Serialize the request parameters.

对请求参数进行序列化。

3·Serialize the data to XML.

将数据序列化为xml。

4·Listing 3. Serialize the line item.

清单3 .序列化line item。

5·Easily serialize XML data for output or display.

轻松序列化XML数据以供输出或显示。

6·Serialize known-extensions and ignore everything else.

序列化已知扩展，忽略其他所有扩展。

7·You use vfs_lock to serialize the access to the vnode.

您可以使用vfs_lock串行化对vnode的访问。

8·You use JDOM to serialize the message, as in Listing 23.

您需要使用JDOM系列化该消息，如清单23所示。

9·The first parameter passed in is the value to serialize.

传入的第一个参数是要序列化的值。

10·It is possible to serialize all the back end data this way.

以这种方式序列化所有后端数据是可行的。

序列化

1·You should now have a good understanding of how to serialize XML data into different types of output streams with different encodings.

现在，您应该很好地理解了如何将 XML 数据序列化成具有不同编码的不同类型的输出流。

2·Again, we would have to serialize and deserialize objects, and pass a lot of text.

又一次，我们不得不序列化并反序列化对象，还要传送许多文本。

3·The latter method can be particularly useful for automating the wait for completion of detach to help serialize the subsequent action (for instance, drop or archive) on the target table.

后面的方法对于等待分离完成的自动化非常有用，这有助于序列化目标表上的后续活动(例如，删除或者归档)。

4·As noted before, these types cause performance problems as you need to serialize the data.

如前所述，由于需要序列化数据，这些类型会导致性能问题。

5·The solution is to serialize all interactions between the plug-in and the daemon so that only one authentication request is handled at a time.

解决方案是对插件和守护进程之间的所有交互进行序列化，每次只处理一个身份验证请求。

连载

1·Do you want to serialize all AE plugins?

你想要连载所有的AE插件吗？

串行化

1·To serialize and persist in XMI enterprise architecture models in the MOF-based repository.

串行化，并且在基于MOF的仓库中保持XMI企业架构模型。