在左边的面板中，展开树结构中的查询。
对象将文档的内容抽象成树结构。
The object abstracts the document's contents into a tree structure.
解析阶段在记号列表的基础上创建任意的树结构。
The parsing stage creates arbitrary tree structures on the basis of token lists.
这个树结构反映了编排和反编排所需要的操作嵌套。
This tree structure reflects the nesting of operations required for marshalling and unmarshalling.
展开这个树结构查看归档文件包含的对象。
Expand the tree to view the objects that are included in the archive file.
这是表示已被解析的XML文档的内存中树结构。
This is an in-memory tree structure representing the XML document that was parsed.
添加新的元素名并不会改变数据结构——它总是树结构。
Adding new element names does not change the data structure-it always remains a tree structure.
应该会看到一个树结构视图，其中包含所有xml元素及其值。
You should see a tree structure view of all the XML elements, along with their values.
尤其对完成不需要知道XML文档整个树结构的任务相当方便。
It's particularly handy for tasks where you don't need the entire tree structure of the XML document.
理解树结构很直观，但我们真正要寻找的修改过的标记怎么办呢？
Understanding the tree structure is illustrative, but what about the actual modified markup we are aiming for?
这种已解析格式使用节点树结构，有别于XML文档的文本表示。
This parsed format is a tree structure of nodes, which is different from the textual representation of XML documents.
调用keyctl show就可以在树结构中显示密钥。
A call to keyctl show shows the keys in a tree-like structure.
RXP通过为所要解析的XML文档构建一个紧凑的内存树结构而工作。
RXP works by building a compact in-memory tree structure of the XML document being parsed.
只需修改XML模式，XML模式描述在树结构中使用和关联元素名的方式。
It only involves a change in the XML schema describing the way that element names are used and related within the tree structure.
可以使用屏幕左边的树结构进行导航，右边的面板会显示所选类别的详细信息。
The tree structure in the left part of the screen allows for easy navigation and the right hand pane shows the detail of a selected category.
它还提供了一种灵活的类树结构来满足各种结构化的语言环境数据的要求。
It also provides a flexible, tree-like structure to accommodate the need for various kinds of structured locale data.
XML文档有一个树结构，从document元素或最外层元素向下排列。
XML documents have a tree structure, descending from the document element or outermost element.
LDAP为作为容器使用的特殊条目提供了将这些条目组织成树结构的功能。
LDAP provides for special entries that act as containers to organize the entries into a tree structure.
相反，XQuery会强制任何应用程序基于基础XML模式的树结构确定其查询模式。
In contrast, XQuery forces any application to formulate its query based on the tree structure of the underlying XML schema.
然而，每个实例只能包含一个XML数据树结构—换句话说，只能有一个根节点。
Each instance, however, can only contain a single XML data tree — in other words, there can only be one root node.
这个问题的答案(至少是由当今Web浏览器选择的答案)是使用树结构来表示HTML。
The answer to this problem — at least, the answer chosen by today's Web browsers — is to use a tree structure to represent HTML.
所有收集到的数据排序成一种逻辑树结构，其结构由BTrace脚本作者指定。
All collected data is sorted into a logical tree structure, a structure that the author of the BTrace scripts decides upon.
您不需要记住所有这些术语，当您试图弄清楚特定术语的意思时，只要想像一下树结构就容易多了。
You don't need to memorize all these terms and it is often easier to just visualize the tree structure when you try to figure out what a particular term means.
但是这种树结构缺乏任何类型的事件处理模型，因此不适合高交互性的树窗口部件的要求。
But these tree structures lack any kind of event handling model and therefore can't meet the requirements of a highly interactive tree widget.
数据绑定使xml树和对象树(或者有时候是对象图，带有向上或跨整个树结构的链接)相互转换。
Data binding converts these XML trees to and from trees of objects (or sometimes graphs of objects, with links up or across the tree structure).
要了解这一过程的工作原理，请将XML文档考虑成树结构，其中元素的嵌套定义了树的分支。
To see how this works, think of XML documents as tree structures, where the nesting of elements define branches of the tree.
DOM或XML方面的专家会意识到空白对于文档文本在Web浏览器树结构中表示和分解方式的影响。
Experts in the DOM or XML will realize that whitespace can have an effect on how text in a document is represented and broken up in the Web browser's tree structure.
DOM或XML方面的专家会意识到空白对于文档文本在Web浏览器树结构中表示和分解方式的影响。
Experts in the DOM or XML will realize that whitespace can have an effect on how text in a document is represented and broken up in the Web browser's tree structure.
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