The NSE document model demystified.
NSE文档模型揭秘。
A user defined custom document model.
用户定义的定制文档模型。
The Accessor API provides typed access to the state document model.
访问器api提供对状态文档模型类型化的访问。
Types, complexity, document model, extension, and performance of Web services.
Web服务的类型、复杂性、文档模型、扩展和性能。
This virtual document model works at the level of elements in the XML document.
这种虚拟的文档模型工作于XML文档的元素级。
To use a custom document model, you have to specify one at text index creation time.
要使用定制的文档模型，就必须在创建文本索引时指定一个文档模型。
Figure 2 shows that the state holder is a wrapper enclosing the un-typed document model.
图2表明了状态容器实际是非类型化文档模型的包装。
Figure 5 defines a custom document model on the basis of the product data (refer to Listing 1).
图5针对产品数据(参见清单1)定义了一个定制文档模型。
The accessors read directly from, or write to, the respective positions in the state document model.
访问器直接对状态文档模型中的各个位置进行读写。
The document model parameter specified at index creation time specifies the root element in the model file.
在创建索引时指定的文档模型参数指定模型文件的根元素。
This class is used to represent the foreign XML nodes, which remain in the document model and aren't neglected.
这个类用来代表外部xml节点，这些节点保留在文档模型中，并不被忽略。
Two common API models exist for interfacing software with an XML parser: the document model and the event model.
用于将软件与xml解析器结合的两种常用API模型是：文档模型和事件模型。
If no custom document model is supplied as index parameter, Net Search Extender USES its default document model.
如果没有通过索引参数提供定制的文档模型，那么NetSearchExtender使用它的默认模型。
Generally speaking, the easiest way to work with arbitrary XML is by using a document model of one form or another.
一般来说，处理任意的XML的最简单方法是使用某种形式的文档模型。
Without support for these features, Zeus feels more like a trimmed-down document model than a full data binding framework.
没有这些特性的支持，Zeus更象是一种经过裁减的文档模型，而不象是一个完整的数据绑定框架。
You can use a Net search Extender document model to configure the scope of search within structured documents, such as XML.
可以使用NetSearchExtender文档模型配置结构化文档(比如xml)中要搜索的范围。
One potential use is to allow portions of a document to be mapped to and from a document model (such as DOM, JDOM, or dom4j).
一种可能的用法就是允许在部分文档和文档模型（例如DOM、JDOM或dom4j）之间相互映射。
If you're writing an XML document editor, for instance, you'll want to stick to a document model rather than using data binding.
例如，如果您正在编写一个XML文档编辑器，则您会希望采用文档模型，而不是使用数据绑定。
The document model, defined in a file, specifies a model for parsing and indexing structured documents of format XML, for example.
文档模型在一个文件中定义，它们指定对结构化文档(例如xml格式的文档)进行解析和建立索引的模型。
This technique will work well if the architecture document model file is to be distributed to readers along with the other model files.
如果架构文档模型文件同其他的模型文件一并被分发到读者的话，这一技术将会很好的发挥作用。
It's not expanded into a full document model unless the model is required for some reason (such as for encryption or signing when using WS-Security).
除非由于某些原因而需要此模型(用于使用WS - Security进行加密或签名时)，否则就不会扩展为完整文档模型。
The document model itself is an XML document following a pre-defined grammar (for the grammar definition, see the Net Search Extender documentation).
文档模型本身是一个XML 文档，它采用一种预定义的语法（语法定义见NetSearchExtender文档）。
The required navigational state information is located in the state document model and is encapsulated in the dedicated accessor factory implementation.
所需的导航状态信息位于状态文档模型中，被封装为专用访问器工厂实现。
It transforms the flat, character-based state representation from the URL into a hierarchical object representation (the document model introduced above).
它会将普通的基于字符的状态表示形式从url转换为层次结构对象表示形式(上面介绍的文档模型)。
These have many similarities to the document model approaches, but they go a step further by mapping XML documents into actual application data structures.
这些方法与文档模型的方法有许多相似处，但是它们更进一步将XML文档映射到实际应用程序数据结构中。
Once you have defined a custom model file, it can be used for index creation. The definition of a text index with a custom document model looks as follows.
定义了定制模型文件之后，就可以在创建索引时使用它。
Any other document parts that are not identified in the document model by corresponding locator attributes are not indexed and therefore cannot be searched.
没有在文档模型中由locator属性标识的任何其他文档部分不会建立索引，因此不能搜索它们。
For example, the following query returns a result by limiting search to the document part identified by name "description" in the document model of Figure 5.
例如，以下查询将搜索限制到图5的文档模型中名称“description”所标识的文档部分，从而返回一个结果。
The net result is that if you need to work with only part of the document model (the "first" part, in document order terms), AXIOM delivers great performance.
最后的结论是，如果只需要处理文档模型中的某些部分（如按文档顺序的“第一”部分），AXIOM提供了优秀的性能。
You might be wondering, if data binding is such great stuff, when would you want to use a document model approach instead? Basically there are two main cases.
您可能想知道，如果数据绑定有这么多的好处，那么何时使用文档模型方法呢？
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