Speeds transformation development — for example, graphical mapping from a source message to a target message is not possible without a model.
加速转换开发——例如，从源消息到目标消息的图形映射在无模型的情况下是不可能实现的。
The protocol type that you select in the transformation configuration determines the synchronization level between the source model and the target code.
您在转换配置中选择的协议种类，决定了源模型与目标代码之间的同步化水平。
The MTF transformation engine then executes those rules to synchronize the target model files with the source model files.
MTF转换引擎将随后执行这些规则来将目标模型文件与源模型文件同步。
The first thing that you need to specify in a transformation configuration is the source model and the target project.
在一个转换配置中，您需要指定的第一件事，是资源模型以及目标项目。
Any changes made to the source model will be propagated to the target project when someone runs the transformation.
对源模型的任何更改，都将会在有人运行转换时，推广到目标项目中。
The XSLT transformation model usually involves a source XML file, an XSLT file containing one or more processing templates, and an XSLT processor.
XSLT转换模型通常涉及到一个xml源文件、包含一个或多个处理模板的XSLT文件以及一个XSLT处理程序。
Now create a UML-to-C++ transformation configuration with this model as the source and the C++ project as the target.
现在创建一个从 UML 到 C++ 的转换，并将该模型配置成源，C++项目配置成目标。
The first things that you need to specify in a transformation configuration are the source model and the target project.
在转换配置中您需要首先指定的是源模型和目标工程。
The structure of the output that the UML-to-WSDL transformation generates depends on the structure of the UML source model.
UML 到WSDL转换产生的产品的结构，取决于UML源模型的结构。
Source: You can specify a UML model, component, package, or a combination of these elements as the source for transformation.
Source：您可以指定一个UML模型、组件、包，或者这些元素的结合来作为转换的源文件。
In the transformation configuration for this model as a source, enable the Constructor option in the Properties TAB.
在这个模型中转换配置就像一个源，可以激活properties页签中的Constructor选项。
In this case, the source for the transformation is a Rational.emx file (UML model).
在本文中，转换的源是Rational . emx文件(uml模型)。
The source of the transformation is the UML model, while the target is the Dynamic Web project ApplicationManagement-Web.
转换的源是UML模型，而目标则是一个动态Web项目ApplicationManagement-Web。
Figure 11 shows the transformation configuration, where a UML model is set as the source, and an AUTOSAR model has been set as target. This methodology is expected to bring about several advantages.
图11显示了转换配置，其中U ML模型设置为源，AUTOSAR模型设置为目标。
You can choose which transformation to apply to your source model.
您可以选择任一转换来应用于您的源模型。
You can use a transformation to generate source code from a UML model.
您可以使用一个转换从一个uml模型中产生源代码。
After you mark the changes again, the transformation merges the source code changes into the target UML model.
在您再次标记更改之后，转换就会将源代码更改合并到目标uml模型中。
After you run the transformation, it will be also possible to update the target project without changing the source model.
在您运行转换以后，在不更改源模型的前提下，更新目标项目也是可能的。
A model transformation is focused on creating source code based on application metadata elements that extend classes in either the framework or a plug-in.
模型转换着重于根据在框架或插件中扩展类的应用程序元数据元素创建源代码。
The TPM file allows you to customize the transformation of a UML model to source code.
TPM文件使您能够定制从一个UML模型到源代码的转换。
Create a transformation parameters model (TPM) file, which is a file tied to the UML model that describes how to translate the UML elements into elements in the source language.
创建一个转换参数模型(TPM)文件，这个文件与描述如何把UML元素翻译成源语言的uml模型联系在一起。
Typically, the source model is UML-based with transformation-specific profiles applied.
一般，源模型是基于UML的，并且应用了具体转换的概要文件。
The Atlas model transformation engine was developed using popular open source technologies.
Atlas模型转换引擎是用流行的开源技术开发的。
Here's how to start the transformation to an "open source" management model.
以下步骤将开启公司向“开源”管理模式的转型。
Each model in the transformation configuration's selected source is translated to a WebSphere Integration Developer library with the same name as the model.
转变配置中每一个模型的源，是用与模型相同的名字转换为一个WebSphereIntegrationdeveloper库。
Then introduced the transformation process that from the source code to the abstract data model. Focus on the code extraction patterns and the analysis of the system source code process.
之后介绍了源代码向抽象数据模型的转化过程，重点阐述了代码抽取模式和系统源代码分析过程；
Then introduced the transformation process that from the source code to the abstract data model. Focus on the code extraction patterns and the analysis of the system source code process.
之后介绍了源代码向抽象数据模型的转化过程，重点阐述了代码抽取模式和系统源代码分析过程；
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