1·A script can not only retrieve document information but also advise when documentation is incomplete.
一个脚本不仅能够检索文档信息，在文档不完全时，还能给出建议。
2·The DB2 Content Manager API log, dklog.log, shows that calls to RM to retrieve document is taking 2.9 seconds.
DB 2 Content Manager API日志dklog . log显示，调用RM检索文档花费了2.9秒的时间。
3·Listing 6 shows how to retrieve the document just created and update some of the properties.
清单6显示了如何检索刚刚创建的文档，以及如何更新某些属性。
4·Running this code, you can then retrieve the document ID and get back the response in Listing 8.
运行此代码，然后就可以检索这个文档ID并获得清单8内所示的结果。
5·The latter expression will naturally retrieve nodes in document order, whereas the former might not.
后一个表达式将自然地按文档顺序检索节点，而前一个则不是这样。
6·The obvious drawback is that you can't express predicates on the XML data itself or retrieve just fragments of an XML document.
显而易见的缺陷就是您无法表示关于XML数据本身的谓词，也无法仅检索X ML文档的片段。
7·Next, retrieve a document from your song database.
接下来，从歌曲数据库中检索一个文档。
8·Then, you can replace the values in the sample with appropriate code to retrieve the values from the source document.
然后，可以用适当的代码替换该样本中的值来检索源文档的值。
9·A final advantage of some (though not all) native XML databases is worth mentioning. They can retrieve the original, unparsed document, character-per-character or even byte-per-byte.
一些（不是全部）原生 XML 数据库带来的最后一个优点也值得一提，即能够逐字符甚至逐字节地检索原始的未解析文档。
10·Otherwise, try to retrieve a qualifier from the document, as shown in Listing 5.
否则，设法从文档中检索一个限定符，如清单5所示。