Model-driven design and development includes all RAD features, along with modeling and architecture tooling.
模型驱动的设计与开发包括所有的RAD特性，以及建模与架构工具。
Aspect - and Model-Driven development.
面向方面技术和模型驱动开发。
Part 1 relates SOA with model-driven development.
第 1部分 将SOA与模型驱动开发联系起来。
Model-driven testing support for systems engineering.
对系统工程师的模型驱动的测试支持。
In general, model-driven development (MDD) follows these steps.
通常，模型驱动的开发(MDD)需要依循以下几步。
Metamodels fit well with the Model-Driven Architecture approach.
元模型非常适应模型驱动的体系结构方法。
Model-driven development: Generating source code from UML models.
模型驱动的开发：从uml模型中产生源代码。
Part II is on SBS Tooling for Model-Driven Mapping and Transformation.
第ii部分将讨论用于模型驱动的映射和转换的SBS工具。
UML 2.0 was designed to give you a gradual introduction to model-driven methods.
UML 2.0对驱动模型方法做了初步的介绍。
These capabilities are most pertinent when implementing model-driven architectures.
当实现模型驱动的架构时，这些功能是最密切相关的。
The workflow, which follows a model-driven development process, is listed below.
这种工作流程列在下面，它遵循基于模型驱动开发过程(MDD)。
Metamodels are easy to use and reuse for further processing (model-driven development).
元模型易于使用和重用于进一步的处理(模型驱动的开发)。
The most flexible domain is called MRM which has a general purpose model-driven parser.
最灵活的域称为MRM，它具有模型驱动的通用解析器。
Tools that support Model-Driven Architecture (MDA) are the next generation of modeling tools.
支持模型驱动体系架构(MDA)的工具是下一代建模工具。
Modeling with Aspects takes a model-driven development (MDD) approach to solving this problem.
面向方面建模使用模型驱动开发（MDD）的方法用来解决这个问题。
The core theme of a JEST representation is that it is model-driven, as opposed to domain-driven.
JEST表现的核心主题是，它是由模型驱动的，而不是域驱动的。
As I see it, there are two ways that model-driven development will affect the individual programmer.
就像我所看到的，模型驱动的开发将在两个方面影响个体开发人员。
The XMLNSC domain has become model-driven as it can now parse and validate against a real XML Schema.
XMLNSC域已变为模型驱动的域，因为它现在可以根据实际XML模式进行解析和验证。
One approach to addressing these two issues is to use Architected Model-Driven Development techniques.
处理这两个问题的一个方法是使用构架模型驱动开发技术。
Part 1 of this series lays out the picture of the model-driven and pattern-based development paradigm.
本系列第1部分描绘出模型驱动和基于模式的开发范例的全景。
In this article, you learned about business architecture, model-driven development, and reusable assets.
在本文中，我们了解了业务体系结构、模型驱动开发和可重用资产。
Model-driven design and development; includes all RAD features, along with modeling and architecture tooling.
模型驱动的设计与开发；包括所有的RAD特性，以及建模与架构工具。
For the creation of the data related artifacts, we will borrow some aspects of model-driven development (MDD).
为了创建与数据相关的工件，我们要借用模型驱动的开发(MDD)的一些概念。
It has a general-purpose, model-driven parser that can parse binary messages, text messages, and XML documents.
它具有模型驱动的通用解析器，可解析二进制消息、文本消息和XML文档。
Supporting these technologies is a set of best practices that assist organizations to adopt model-driven approaches.
对这些技术的支持是一组帮助组织采用模型驱动方法的最佳实践。
A model-driven representation has a domain-invariant schema: it is generic enough to express any persistent type.
模型驱动表现具有一个域不变模式：它足够普通，可表示任何持久化类型。
You must make sure that there is a straightforward way to bring your code into a model-driven development environment.
你必须确信把代码转化为模型驱动的开发环境是一种更为直观的方法。
Thus, it is becoming very important to utilize Model-Driven development (MDD) to speed up software development in SOA.
因此，利用模型驱动开发方法(MDD)加速soa中的软件开发变得至关重要。
We have taken quite the tour of RSA to work on our application, and introduce the model-driven development paradigm.
我们已经介绍了很多有关如何将RSA应用到应用程序上的内容，并且引入了模型驱动开发的范例。
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