分层数据结构可很好地映射为文档。
描述关系的每个链接转化成分层数据中的一个列表。
Each link that describes a relation turns into a list in the hierarchical data.
程序集数据模型用于描述贯穿程序集步骤的分层数据。
The assembly data model is used to describe the hierarchical data that flows through the assembly steps.
在这篇文章中，我们将探索这两种保存分层数据的方法。
In this article, we'll explore these two methods of saving hierarchical data.
OutputStep允许您将分层数据结构映射到关系数据结构。
The Output Step allows you to map the hierarchical data structure to a relational data structure.
通过节点数据类型以及它所支持的函数，可以在关系数据库中表示分层数据。
The node data type, with its supporting functions, gives you the ability to represent hierarchical data within the relational database.
一个树型小部件，比如Tree和TreeGrid，显示一个分层数据视图。
A tree widget, such as tree and TreeGrid, presents a view of hierarchical data.
开发人员必须注意确保服务器端分层数据模型要完全展现在Web服务接口定义中。
The developer must use caution to ensure that a server side hierarchical data model is fully exposed in the Web service interface definition.
该方法包括：A、联合解释得到最佳岩性分层数据及最佳速度分层数据；
The method comprises the following steps of: A. obtaining optimum lithological hierarchical data and optimum speed hierarchical data by combining interpretation;
虽然DataStage作业设计很适合于关系型数据，但程序集很适合于分层数据。
While DataStage job design is well suited for relational data, the assembly is well suited for hierarchical data.
提出了一种新的分层数据结构，用来保证在不同层次细节上拓扑关系的一致性。
A new hierarchical data structure was presented to maintain the Topological consistency between different LOD.
您可能已经听说过DB2 Viper的新架构，这种架构支持表格和分层数据结构。
You've probably heard the buzz about DB2's V9 -- IBM's first database management system to support both tabular (SQL-based) and hierarchical (XML-based) data structures.
NET支持分层数据绑定模型，该模型创建服务器控件属性和数据源之间的绑定。
NET supports a hierarchical data-binding model that creates bindings between server control properties and data sources.
得益于这种分布式系统结构以及分层数据处理方式，系统在实际运行中表现出了良好的性能。
The distributed system structure and integrated multi-layer data processing in software account for success of the system with satisfying performances in real operation.
如果您想要在一个 web页面上呈现分层数据，DojoTreeGrid是一很有用的小部件。
The Dojo v1.4 TreeGrid is a useful widget when you want to present hierarchical data on a web page.
它提供了很多面向应用程序开发人员的新特性、分层数据结构支持和改进的跨多个数据库实例的查询能力。
It offers many new features for application developers, hierarchical data structure support, and improved query capabilities across multiple instances of the database.
程序集的输入和输出步骤有一个突出的作用：它们将关系型数据转换成分层数据，再将分层数据转换到关系型数据。
The input and output steps of the assembly have a distinguished role: They transform relational data into hierarchical data and hierarchical data back to relational data, respectively.
TreeGrid小部件本身只不过是该数据的一个视图，真正的力量来自于TreeModel，它呈现Tree小部件将要显示的实际分层数据。
The TreeGrid widget itself is merely a view of the data. The real power comes with TreeModel, which represents the actual hierarchical data that the Tree widget will display.
监测数据分层处理和存储，下层数据库为其上层的数据处理服务。
Monitoring data are stored layer by layer, and the database in the lower layer serves data processing in the upper layer.
监测数据分层处理和存储，下层数据库为其上层的数据处理服务。
Monitoring data are stored layer by layer, and the database in the lower layer serves data processing in the upper layer.
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