Node is an XPath 1.0 expression that identifies the schema node to which the given binding declaration is associated (see XML Path Language for detailed XPath description).
node是一个XPath 1.0表达式，它指定与给定的绑定声明相关联的模式节点(对XPath的详细说明参见XMLPathLanguage)。
In addition, any path expression of the URL is ignored.
此外，URL中的任何路径表达式都将被忽略。
This is because the path expression in the query targets only elements that have no namespaces.
这是因为该查询中的路径表达式仅指向没有名称空间的元素。
JET tags requiring a path expression have a select attribute.
需要路径表达式的JET标签有一个select属性。
A path expression in XQuery consists of a series of steps, separated by slash characters.
XQuery中的路径表达式由一系列的“步(step)”组成，之间以斜杠隔开。
This paper proposes a generation method of path coverage test based on Gene Expression Programming(GEP) algorithm, compiler technology and Virtual Machine(VM).
提出一种基于基因表达式编程（GEP）算法、编译器技术、虚拟机技术的路径覆盖测试用例生成方法。
In each axis step of a path expression, the node test comes between the axis and any predicates that might be present for arbitrary filtering.
在路径表达式的每个轴步骤中，节点测试出现在轴和谓词(用于进行任意筛选)之间。
The where clause contains a small path expression that navigates from each address to its nested zip element.
where 子句包含一个小型的路径表达式，该表达式从每个地址向下定位到其内嵌的zip 元素。
The same query can be expressed somewhat more concisely as a path expression, as shown in Listing 15.
通过路径表达式可以更简单地表达相同的查询
Each step in a path expression can also contain a predicate that filters the elements that are returned by that step, retaining only elements that satisfy some condition.
路径表达式中的每一步还可以包含一个谓词，用于过滤该步返回的元素，只保留满足某种条件的元素。
In this table for each row, there is both a path location expression and an associated named column.
在该表的每一行中，都有一个路径位置表达式和一个相关的指定列。
This expression specifies a path from the root element to our anchor.
这个表达式指定了从根元素到锚的路径。
The most characteristic kind of XPath expression (the one from which XPath gets its name) is the location path.
最有特点的XPath表达式(XPath从中获取其名称)是位置路径。
A filter expression to select file storage areas based on its root directory path can be useful if you have organized your storage devices to be mounted under specific directory paths.
如果已经将存储设备挂载在特定目录路径下，那么根据根目录路径选择文件存储区域的筛选器表达式比较有用。
This paper focuses on the query language of XML data, the technologies of path expression optimizing and the query processing of XML data.
本文主要对XML数据库的查询语言、XML数据路径表达式查询的优化技术和XML数据的查询处理技术进行了重点研究。
Navigating XML queries by path expression is the common characteristic of XML query languages.
利用路径表达式导航XML查询是XML查询语言的共同特点。
One important kind of expression is a location path.
一类重要的表达式是定位路径。
The expression of quantum correction of the multidimensional fission rate at finite temperature is obtained by a path integral method.
用路径积分方法得到了有限温度下多维量子裂变速率的表达式。
At first, an algorithm is proposed, which rewrites a regular path expression based XML query as a group of simple path expression based queries using mapping information (mapping graph).
首先提出了一个利用映射信息(映射图)将带正则路径表达式的XML查询重写为一组简单路径查询的算法。
Note that the brace expansion of the file path, not the full remote path expression, has been enclosed in double quotes.
请注意，文件路径中展开的大括号（不是完整的远程路径表达式）已用双引号括上。
A path expression, on the other hand, navigates through a hierarchy of XML elements and returns the elements that are found at the end of the path.
而路径表达式则可以在分层的xml元素之间进行导航，并返回在路径末端找到的元素。
To facilitate path expression processing, the processing strategy based on path decomposition and structural join operation needs to be investigated more deeply.
为了加速路径表达式处理，基于路径分解和结构连接操作的处理策略需要更深入的研究。
How they find their expression is a question of their own personal growth and path.
如何找到自己的表达方式是他们自己的个人成长和道路问题。
Then it creates an in expression with the path expression as input.
然后，它创建一个使用路径表达式作为输入的in表达式。
In many cases, it is possible to write a query by using either a FLWOR expression or a path expression.
在很多情况下，可以任意使用FLWOR表达式或路径表达式编写查询。
XML query includes content query and structural query. The query condition can be represented as a simple path expression (SPE) or a regular path expression (RPE).
XML查询包含内容查询和结构查询，其查询条件可表示为简单路径表达式(SPE)和正则路径路径表达式(RPE)。
Path expression is one of the core components of most XML query languages. However, there are few researches on the issue of path expression optimization.
路径表达式是XML数据查询语言的核心部分，但是目前针对路径表达式本身进行优化的研究却相对较少。
In this paper, we make some researches on the XML query structure and analyze the optimization policy in logical optimization. How to optimize the path expression is discussed primarily in this paper.
本文介绍了XML查询的查询处理结构，分析了逻辑优化的常规策略，重点研究了如何针对路径表达式进行优化。
The result of evaluating an expression that is a location path is the node-set containing the nodes selected by the location path.
定位路径表达式的求值结果是包含其选中节点的节点集。
The result of evaluating an expression that is a location path is the node-set containing the nodes selected by the location path.
定位路径表达式的求值结果是包含其选中节点的节点集。
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