片语

protected Node parent父节点

Parent t Node母节点

backup parent node备用父结点

struct node parent指向双亲的指针

parent of node翻译

private Node parent父节点

英汉例句

• in the first code example, the parent node has a $ref property value of 「child1」, which means it「s referring to the id value of the child node.

  在第一段代码例子中，父节点有一个 「child1」的 $ref属性值，这就意味着它引用子节点的id值。

• leps routing also takes the link quality into account in choosing parent node to improve reliability.

  路质量作为选择父节点的依据，具有一定的传输可靠性保证。

• add each node to its parent until you finally add the main parent node to a node that already exists in the document.

  将每个节点添加到相应的父节点，直到最后将主父节点添加到已经存在于文档中的一个节点。

• this method is easier than the first because there is no need to find the parent node in the jsf components tree.

  这种方法比第一种方法简单，因为无需寻找jsf组件树中的父节点。

• because a namespace prefix in a parent node can be overridden by a child node, for example default namespace, a namespace is not copied again if it has been copied to the target.

  由于父节点的名称空间前缀可以被一个子节点覆盖，比如默认名称空间，因此如果名称空间已被复制到目标，那么就不会再次复制该名称空间。

• selects the parent node (or directory, in that analogy), and .

  选择父节点（或者父目录），.

• basically a product in child node inherits all attributes from the product categorized in the parent node unless for an attribute a specific override is done.

  子节点中的产品基本上继承父节点中产品的所有属性，除非覆盖特定的属性。

• in listing 6, when the parent node with the id 「subjectnameid」 is expanded, a call to the getlistofauthors() method is made.

  清单6 中，扩展id 「subjectnameid」父级节点时，就会进行 getlistofauthors()方法调用。

• the json object for a parent node might look like the following example.

  父节点的json对象可能类似以下例子。

• after you have created each of the nodes and populated them, call the addchild() method on the parent node with the requested child node as a parameter.

  在完成每个节点的创建并分别对它们进行了填充之后，可以使用要求的子节点作为参数，对父节点调用addchild()方法。

• each parent node has a special child node. two-way message exchange and reference-broadcast are used to achieve network-wide synchronization.

  同时该协议通过给每一个父节点确定一个特定的子节点，采用两路消息交换和参考广播的方法实现全网范围内的同步。

• the parent node is 」algorithmsid「, which is the subject, and the example is adding 」a.k.das「 as the author.

  父节点是」algorithmsid「，即书名，例子中添加一个」a.k.das'作为作者。

• get the parent node (in this case, the person element).

  获得父节点（person元素）。

• this thesis introduces some different techniques of selecting optimal parent node in most alm protocols, and makes a deep analysis on that.

  本文首先介绍了几种常用的应用层组播协议中选择最优父母节点的不同方法，并对已有方法进行了深入的分析。

• get the parent node (the person element).

  访问父节点（person元素）。

• therefore, the namespaces used in the replacement text for the element are bound at the time that the parent node is set.

  因此，在元素的替换文本中使用的命名空间将在设置父节点时绑定。

• note: here, the challenge is data structure are not hardcoded and any point of time new leaf node or parent node may be added at runtime.

  挑战来自数据结构不是硬编码的，叶子节点和父亲节点是动态添加的。

• since each parent node defines the addressing domain for its children, the address mapping can be chosen to best describe the system.

  由于父节点会为其子节点定义地址域，所以可以选择不同的地址映射来最恰当的描述该系统。

• hence having xml structure will be bit challenge as parsing, locating parent node and updating xml data will put additional overhead on programmer.

  所以使用xml结构在解析、定位和更新数据时麻烦，要让程序员提前考虑很多细节。

• this value will be resolved at run time after the parent node is expanded (shown later in this article).

  这个值可以在父节点被展开时才进行解析（本文稍后显示）。