逐步解说：在具有父-子关系的资料表中筛选资料列。
Walkthrough: Filtering Rows in Tables That Have a Parent-Child Relationship.
请先检查树状结构中的所有父-子关系是否正确后再发行。
Verify that all of the parent-child relationships in the tree are correct before you publish.
版本2允许您定义企业之间的关系，例如父-子关系、伙伴-伙伴关系和等同关系。
Version 2 allows you to define relationships between businesses, such as parent-child, peer-peer, and identity.
分层次的业务对象(Hierarchical Business Objects)——表示多个应用程序实体，比如父-子关系。
Hierarchical Business Objects - Represents multiple application entities, such as a parent-child relationship.
更糟糕的是，级联删除不存在，因此如果我使用相同的技术来建模一个“一对多”关系并删除父节点，那么我得到一些无效的子节点。
Worse, cascading deletes don't exist, so if I used the same technique to model a one-to-many relationships, and the parent were removed, I could end up with stale children.
因为在父客户记录和其所有的子节点之间存在着多样的关系，所有客户相关对象的所有页面都开始于一个列表。
Because there are multiple relationships between the parent customer record and all of its child nodes, all of the pages for the customer-related objects start with a list.
本文后面会讨论这种父/子关系，但是现在我们讨论一下用来判断两个崩溃是否匹配的过程。
The parent/child relationship is discussed later in this article, but for now, let's discuss the process used to determine whether two crashes match.
基本上，由于Rails重载由父记录生成的子记录，所以需要立即加载这些父记录，就如同父与子记录之间是完全分开的关系一样。
Essentially, because Rails reloads child records generated by parent records, you need to eager-load the parent records as if they were an entirely separate relationship.
对于描述这个插件可能依赖于其他插件的父-兄-子关系，树状视图是最合适的一种UI。
A tree view is one of the best-suited UIs to describe the parent-sibling-child kind of relationships plug-ins have when they depend on other plug-ins.
本文主要探索黑格尔的历史哲学与屠格涅夫长篇小说《父与子》、《罗亭》之间的关系。
This thesis mainly explore the relationships between Hegel's historical philosophy and Turgenev's novels Rotain and Fathers and Children.
这里提到的一些术语，如：父元素、子元素、同级元素使用与描述元素之间的相互关系的。父元素包含子元素；和子元素同级的称为同级元素(或兄弟、姐妹元素)。
The terms parent, child, and sibling are used to describe the relationships between elements. Parent elements have children. Children on the same level are called siblings (brothers or sisters).
示例图演示位于西雅图和克利夫兰的子域，每个子域与父域之间都具有双向传递信任关系。
The example diagram shows child domains in Seattle and Cleveland, each with a two-way transitive trust to the parent domain.
提出了同类概念的观点，在格的合并算法中通过利用同域概念格之间的同类概念和概念的父—子关系实现对其所有子节点的快速更新，以提高概念格横向合并算法的时间效率。
The test results show that this algorithm makes better improvement in time complexity than the horizontal union algorithms of common universe concept lattice found in related literature.
提出了同类概念的观点，在格的合并算法中通过利用同域概念格之间的同类概念和概念的父—子关系实现对其所有子节点的快速更新，以提高概念格横向合并算法的时间效率。
The test results show that this algorithm makes better improvement in time complexity than the horizontal union algorithms of common universe concept lattice found in related literature.
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