Table存储-可伸缩地存储结构化对象，例如用户的资料或者一场比赛的比分。
Table storage - used for storing structured data in a scalable way, such as user profiles or multiple high score tables for a game.
学习了如何对结构化对象执行一些简单CRUD操作，同时，也看到了一些不可避免的问题和解决方法。
You've learned how to perform simple CRUD operations on structured objects, and along the way, you've seen some of the problems and workarounds inevitably encountered.
尽管db4o允许对结构化对象执行所有常用的CRUD操作，但是用户却必须承受一定的复杂性。
While db4o allows you to perform all the usual CRUD operations on structured objects, you cannot expect to do so without encountering some complexity.
存储结构化对象很大程度上和以前大部分做法一样：对对象调用db . set ，OODBMS负责其余的工作。
Storing structured objects is, for the most part, an exercise in what's been done before: call db.set on the object and the OODBMS takes care of the rest.
数据对象是通用的，它们提供了DMS创建的结构化数据的公共视图。
Data objects are generic and provide a common view of structured data built by a DMS.
在这部分我们关注的是本地对象和结构化数据存储。
The part of this we will focus on here is the local object and structured data storage.
数据对象是结构化数据的SDO表示。
还记得吗，适配器创建的接口既具有用于读取非结构化数据的通用操作，又包含用于读取结构化数据的特定于业务对象的操作。
Recall that the adapter creates an interface that has a generic operation for reading unstructured data and an operation specific to the business object for reading structured data.
这种以业务对象的形式传递数据的数据检索方法称为非传递或数据转换框架(DTF)，它仅适用于结构化数据。
This method of retrieving data, that is, passing data in the form of a business object, is called non-pass-through or data Transformation Framework (DTF), and it operates on structured data.
JRules允许在规则工件中添加任意数量的定制属性，定制属性可以是简单的字符串描述或结构化的数据对象。
JRules allows adding any number of custom properties to rule artifacts, where the custom properties can be simple string descriptions or structured data objects.
把XML映射到对象关系的结构化存储
您的DataStage需要处理和转换XML数据，因此它将XML数据当作字符串数据(而不是未结构化的大对象或lob)。
Your DataStage job needs to process and transform the XML, so it will treat it as string data (rather than as an unstructured large object or LOB).
但WorkingCopy并没有任何子对象，——它只是一个未被保存且未被结构化的文本的缓冲区。
But the WorkingCopy doesn't have any children, yet — it's just a buffer of unsaved, unstructured text.
结构化的消息格式只代表了众多处理结构化数据方法中的少数几种（只有映射表、序列化对象和数据元素流是直接表示的）。
The structured message formats represent only a handful of the many ways to structure data (only a map, a serialized object, and a stream of data elements are directly represented).
我们过滤掉重复的内容、对数据进行结构化改造，变成统一的对象模型然后使用我们的自然语言处理程序SiLCC，提取关键字和打上标签。
We filter out duplicate content, structure data into a unified object model, and then use our natural language processing program, SiLCC, to extract keywords and apply them as tags.
但是，此功能只适用于通过场景中的非结构化数据，因为这些数据不会转换为业务对象。
However, use this feature with unstructured data in a pass-though scenario because it is not going to be put into business objects.
阅读本文的人都熟悉一些普遍的抽象风格—例如结构化、模块化和面向对象—它们出现在很多不同的语言中。
Everyone reading this article is familiar with a few pervasive abstraction styles - such as structured, modular, and object-orientation - which appear in numerous languages.
在某些方面，这就象第一次卷入使用OOP(面向对象编程方法)、结构化编程或多线程时概念上的转变。
In some ways, this is like the conceptual shift involved in using OOP, or functional programming, or multi-threading, for the first time.
而且，面向对象的体系结构使代码结构化、可重用并且运行快速。
Also the object-oriented architecture makes the code structured, reusable, and fast.
在这种情况下，SDO可以提供帮助，它提供了一种独特的模型来存放结构化的和相互关联的复合对象，您的应用程序可以使用这些对象来保存信息。
This is where SDO can help. It provides a unique model containing structured and interrelated composite objects to hold information in your own application.
结构化查询语言(Structured Query Language,SQL)：一种标准化语言，用于在关系数据库中定义对象及操纵数据。
Structured Query language (SQL) : a standardized language used to define objects and manipulate data in a relational database.
支持一种用于WebSphereTX的新数据绑定，从而允许在半结构化数据和复杂行业模式之间来回转换业务对象。
A new data binding is supported for WebSphere TX, enabling the transformation of business objects to and from semi-structured data and complex industry schemas.
这类情况的一个典型的例子就是，使用UnifiedModelingLanguage (uml)将一个走到尽头的结构化的设计方法移植到一个面向对象的设计方法。
An example in this category is the migration from a structured design method for a tool facing end-of-life to an object-oriented design method using the Unified Modeling Language (UML).
OCaml语言是一种很高级的语言，支持面向对象程序设计、函数式程序设计(如lisp或erlang)或传统的结构化程序设计。
The OCaml language is a quite high-level language, capable of object-oriented programming, functional programming (like Lisp or Erlang), or traditional structured programming.
由于其海量和非结构化等特征，实体对象层次模型、群集多服务器体系被提出用以集成并实施高效的空间数据管理。
Because it's massive and unstructured, Feature-Oriented Object Level (FOOL) and Multi-servers cluster system are used to integrate and manage spatial data effectively.
采用了面向对象编程技术，向量、矩阵运算的封装技术，结构化存储与复合文档等软件实现技术。
Some software implementation technology is adopted, such as object oriented programming technology, vector matrix encapsulation technology, structured storage and compound file technology, and so on.
面向对象程序设计与结构化程序设计具有不同的特征，我们将对这些不同特征进行比较和分析。
Object - oriented programming design and structured programming design have different characteristics, which are compared and analyzed in this paper.
结构化方法、面向对象方法和形式方法是三种不同的软件开发方法。
Structured methodology, object oriented methodology and formal methods are different software development methods.
借用面向对象的思想提出了一种需求工程中问题分析的结构化建模方法。
This paper brings a structure method for the project of requirement analyses using the idea of OOA.
为确定多媒体数据流的每个对象在时间和空间上的位置问题，提供了描述、传输、存储的结构化同步描述方法。
To scale the position of each data_flow object in time and space , we also provide a set of structured synchronization description algorithms for data description, transmission and storage.
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