1.For this reason, all DDL statements (and a few other statements as well) are recorded before they are attempted.
因此，所有DDL语句（以及其它几个语句）都在被尝试之前记录下来。
2.With a few clicks you are able to get the Physical Data Model of a DB2 and the DDL scripts to create the tables.
通过一些简单的点击操作，您就能够得到DB2的物理数据模型以及DDL脚本来创建数据表。
3.A DDL Trigger can fire after execution of any Transact-SQL event that belongs to a predefined grouping of similar events.
可以在执行属于一组预定义的相似事件的任何Transact-SQL事件后触发DDL触发器。
4.This can help isolate the effects of DDL changes to only those applications that use parts of that changed schema.
这有助于将DDL更改的效果局限到那些使用那个已更改的架构的部分的应用程序。
5.A physical data model can be used to generate data definition language (DDL) statements which can then be deployed to a database server.
可以使用物理数据模型来生成数据定义语言（DDL）语句，然后可以将这些语句部署到一个数据库服务器上。
6.If you generate a Java stored procedure, it has a DDL tab and a Java tab, as shown in Figure 8.
如果您生成了一个Java存储程序，将会有一个DDL选项卡和一个Java选项卡，如图8所示。
7.Is the name of a Transact-SQL language event that, after execution, causes a DDL trigger to fire.
执行之后将导致激发DDL触发器的Transact-SQL语言事件的名称。
8.Optionally, data modeler can transform a LDM into a physical database schema and DDL using Rational Data Architect.
数据建模师还可以选择使用RationalDataArchitect将LDM转换为一个物理数据库模式和DDL。
9.The DDL trigger fires after execution of any Transact-SQL language event that belongs to event_group.
执行任何属于event_group的Transact-SQL语言事件之后，都将激发DDL触发器。
10.The next step in creating the stored procedure is to issue the CREATE PROCEDURE DDL to register the procedure in the database.
创建存储过程的下一步是执行CREATEPROCEDUREDDL，在数据库中注册该存储过程。