I riffled through the pages until I reached the index.
我快速翻阅至索引部分。
Don't worry if you aren't familiar with the JAB index, I just invented it!
如果您不熟悉JAB索引，请不要担心，这是我刚刚发明的！
In Part 5, I discuss code completion and content assist, including how they work and how they access the PDOM index.
在第5部分中，我将探讨代码完成及内容协助，包括二者如何工作以及如何访问PDOM索引。
The first time I tried the index card method, I noticed an inner voice in my head.
这是我第一次尝试使用索引卡片法。我注意到脑海里有一个心灵之声。
Q: How do I calculate the table and index size for a partitioned table (or any table for that matter)?
Q：如何计算已分区表（或者任何相关的表）的表大小和索引大小？
Fortunately, starting in IBM I 7.1, a solution exists that allows us to index and search the text data associated with these IBM I objects.
幸运的是，从IBMi 7.1开始，就有一个解决方案允许我们索引和搜索与这些IBM i对象相关的文本数据。
The hit ratios for data and index pages reflect the number of times a page request was handled by the buffer pool directly without requiring disk I/O.
数据和索引页面的击中率反映了缓冲池在不需要磁盘I/O的情况下直接处理一个页面请求的时间量。
To finish, I need to add an index file that points to all the output test results.
最后还需要增加一个索引文件指向输出的所有测试结果。
So I took pre-emptive action, composing on index cards a list of reasons why he and I should still hang out.
因此我先发制人，在索引卡片上列出了我和他仍然应该约出去的原因。
Now take a look at the project that I mentioned earlier: removing unnecessary index tags.
现在看看我之前提到的问题：如何移除多余的索引标记？
Fred Brooks: I collected maps as a kid. I had tried all kinds of ways to index my map collection, which got me interested in the notion of automatic data retrieval.
布鲁克斯：我从小就爱收集地图，为了给这些地图做索引，我曾尝试了各种各样的方法，在这种不断的尝试过程中，我对自动数据检索的概念产生了浓厚兴趣。
For comparison, Figure 3 illustrates the access plan where I forced the DB2 optimizer to ignore the index by adding the clause SELECTIVITY 1 to the predicate in the where clause.
为了便于比较，图3显示了通过将SELECTIVITY1子句添加到where子句的谓词中，强迫db2优化器忽略索引的访问计划。
Namely, I am going to demonstrate how to sort, boost, and filter documents based on spatial information in the index.
我将演示如何根据索引中的空间信息对文档进行排序、增强和过滤。
I continued with this method, which also created an index of items.
我继续使用这个方法，还编制了一个物品索引。
Now that I have data in the index, it's time to revisit the different ways to use it.
在把数据添加到索引中之后，我们将重温使用数据的各种方式。
The assets I used are the stocks in the current OEX (S&P 100) index.
我使用的资产是当前OEX（S&P 100）索引中的股票。
I look forward to seeing how readers are able to put these helpful base index classes to use.
我期待看到这些基本的索引类会对读者有所帮助。
As of this writing, I can add just the nodes of a single XML document to an index database at a time, by specifying the document's name as a command-line argument.
在写作本文的时候，我只能通过将文档名作为命令行参数指定，每次将单个XML文档的那些节点添加到索引数据库中。
The BTYPE column identifies the object type: 'T' for table, 'I' for index, and 'F' for function instance.
BTYPE列显示对象类型：'T' 表示表，'I' 表示索引，'F' 表示函数实例。
Q: How do I know if a data partition or an index partition needs to be reorganized?
Q：我如何知道一个数据分区或者索引分区是否需要重组？
Q: Why can't I specify a table space for my local index using the CREATE index statement?
Q：为什么我无法利用CREATEindex语句为我的本地索引指定表空间？
Fortunately, the whole discussion of overflows does not apply to the hash index that I implemented.
幸运的是，针对溢出的全部讨论不会出现在我所实现的hash索引。
Now, to get various portions of the data, I create a stats.php page that, given a start and end index, returns an HTML table with just that portion of the data.
现在，为了获得数据的各个部分，我创建了一个stats.php页面，该页面提供了一个开始和结束索引，返回一个只包含该部分数据的HTML表格。
At least for now, I can create XML-node index databases using the simpler xml_indexer.py script.
至少目前我可以使用简单一些的xml_indexer . py脚本来创建xml节点索引数据库。
There may be more CPU usage and getpage operations, as well as more index page read and write I/Os.
可能需要使用更多的CPU 时间和getpage操作，以及更多的索引读取和写入I/O。
The generated hash value is numeric, and I use this value as single index key for the string being indexed.
生成的hash值是数值型的，我使用这个值作为被索引的字符串的索引键。
ActiveRecord will take care of the index on id, so I explicitly add indexes that I use in various searches, because the table is large, infrequently updated, and frequently searched.
activerecord会负责id上的索引，我显式地添加了可在各种搜索中使用的索引，原因是此表很大、不经常更新却经常被搜索。
Upon reading this article, I hope you've gained an understanding of Lucene's indexing system and will find it easy to create an index using Lucene's API.
通过阅读这篇文章，希望你能对Lucene的索引机制有所了解，并且你会发现利用Lucene创建索引是非常简单的事情。
Another small support function simply parses out index values if they are given within a (pseudo -) XPath. I will not bother reproducing that here.
另一个小型支持函数仅仅从(伪)xpath表达式中解析出索引值，这里就不再重复了。
Another small support function simply parses out index values if they are given within a (pseudo -) XPath. I will not bother reproducing that here.
另一个小型支持函数仅仅从(伪)xpath表达式中解析出索引值，这里就不再重复了。
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