No need to define a mapping from XML to relational tables.
不需要定义从XML到关系表的映射。
In brief, hybrid databases are still composed of relational tables.
简单地说，混合数据库仍由关系表构成。
Shredding XML data to relational tables is still a common requirement.
将XML数据分解到关系表仍然是常见的一种需求。
Classes map to relational tables and attributes are implemented as columns.
映射到关系表和属性的类作为列实现。
Decomposed to existing relational tables using annotated XML schema mapping.
使用带注释的XML模式映射分解到现有的关系表。
Validation of XML documents as they are being decomposed into relational tables.
当把XML文档分解为关系表时，验证XML文档的有效性。
XML Input converts XML data to "flat" relational tables. With XML Input, you can.
XMLInput将XML数据转换成“平面”关系表。
Gone are the days of storing XML data as a CLOB or shredding to relational tables.
将XML数据存储为CLOB或将其分割为关系表的时代已经过去。
When the server is DB2-enabled, user data is not changed to relational tables directly.
当服务器启用了DB 2时，用户数据不会直接转换为关系表。
Decomposed to existing relational tables using document access definition (DAD) mapping.
使用文档访问定义(DAD)映射分解到现有的关系表。
When you expand the database schema model you can see the relational tables and columns.
在展开数据库模式模型时，可以看到关系表和列。
The tables INVENTORY and WAREHOUSE are non-XML relational tables located in a DB2 9 database.
表inventory和WAREHOUSE是非xml关系表，位于DB 29数据库。
The two main approaches for doing this are shredding (to relational tables) and storing (as XML).
做这项工作的两种主要方法是分解（shredding）（到关系表）和存储（storing）（XML 形式）。
Note: There is some restructuring of the relational tables to get rid of redundant tables and columns.
注意：需要对关系表的结构进行一些调整，去掉多余的表和列。
If the XML data is shredded to relational tables, relational query results must be converted back to XML.
如果XML数据被分解到关系表，那么关系查询结果必须被转换回xML。
To shred the incoming XML documents to the relational tables, you first need to create the DAD files.
为了将输入的XML文档分解为关系表，首先需要创建DAD 文件。
Many database systems allow you to store XML data as CLOBs or "shred" the data into relational tables.
许多数据库系统允许将XML数据存储为clob格式，或将数据“分解”到关系表中。
The flat and regular structure of the atom information makes a perfect fit for traditional relational tables.
原子信息的这种平面的规则结构非常适合传统的关系型表。
You generate them from pre-existing relational tables (sometimes referred to as a "bottom-up" approach).
从已存在的关系表格（有时引用为“自底向上”的方法）中生成它们。
It does not store documents as plain text and does not map XML to relational or object-relational tables.
它不将文档存储为纯文本，也不将XML映射到关系或对象关系表。
This mode is used by default at CREATE NICKNAME time, and is appropriate for nicknames over relational tables.
这种方式适用于关系表上的昵称，在CREATE NICKNAME时默认使用这种方式。
Second, you could shred the data to map to relational tables that roughly represent the structure of the XML data.
第二种方法是 分割数据以映射到一些关系表，这些表粗略地表示XML 数据的结构。
It USES annotations in XML Schema as the mapping language to map information in an XML document to relational tables.
它在XML模式中使用注释作为映射语言把XML文档中的信息映射为关系表。
It USES annotations in XML schema as the mapping language to map information in an XML document to relational tables.
它使用XML模式中的注释作为映射语言，将XML文档中的信息映射为关系表。
There are various ways in which you can define a set of relational tables to represent the MIML data in relational format.
可以以多种不同的方式定义一组关系表，以便用关系格式表示MIML数据。
The annotated XML schema decomposition feature in DB2 9 can be used to decompose XML documents into relational tables.
可以使用DB 29中的带注释的XML模式分解特性将XML文档分解到关系表。
XML Output converts tabular data, such as relational tables, to XML hierarchical structures. With XML Output, you can.
XMLOut put将表数据(比如关系表)转换成xml结构化数据。
This requires a fixed mapping from the expected XML structure to a collection of relational tables in your database schema.
这需要从预期的XML结构到数据库模式中的关系表集合的固定映射。
Hold mapping information in the form of annotation that is to be used for decomposing XML documents into relational tables.
存放以注释的形式存在的映射信息，这些注释将用于将X ML文档分解到关系表中。
These annotations contain the necessary information needed to map the data that needs to be shredded to the relational tables.
这些注释包含对需要分解到关系表的数据进行映射所需的信息。
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