本文将元数据技术引入构件的开发中，采用元数据定义业务规则，通过元数据驱动构件的运行。
This paper introduces metadata technology into the development of components. It adopts metadata to define business rules and drives the running of components through metadata.
在实际应用中，针对所用设备的多样性，MCGS提供了一套规范的设备驱动程序接口，允许用户根据自己的需要来开发设备驱动构件。
In practical applications, because of the variety of the equipment, MCGS also offers a set of standard driving interfaces, to allow users to develop drive components based on their own needs.
模型是任何驱动产生过程或行为的构件。
应用程序将自己定义为负责驱动完成协议以完成活动的构件。
The application defines itself as the artifact responsible driving the Completion protocol to complete the activity.
上一个步骤中生成的构件是WBCSCUSD.cbl，它是一包含 COBOL驱动程序、输入转换器以及输出转换器的物理文件。
One of the artifacts generated in the previous task is WBCSCUSD.cbl, a physical file containing the COBOL driver program, input converter, and output converter.
当大多数人想到模型驱动的开发时，首先出现在脑海中的是使用某种uml模型进行编码以及从该模型生成相应的构件。
When most people think of model-driven development, the first thing that comes to mind is coding in some type of UML model and generating artifacts from that model.
所有的消息传递构件都是由EMS工具生成的用于驱动业务逻辑。
All messaging artifacts are generated by EMS tooling to drive the business logic.
对于许多使用数据库驱动的业务流程的组织来说，建立必要的数据库触发器和数据库交互构件是非常直观的。
Setting up the necessary database triggers and database integration artifacts is intuitive for many organization that use database-driven business processes.
为执行而建模：其他公司希望实现业务驱动的开发周期，其中业务分析人员可以构建用于为IT创建有用构件的模型。
Modeling for execution: Other companies want to implement a business-driven development cycle, where a business analyst can build a model that is used to create useful artifacts for IT.
这些是我们发送消息到总线和从那儿到消息驱动bean需要的所有构件。
These are all the artifacts that we need to send a message to the bus and, from there, to the message-driven bean.
在深入分析的基础上将分布式构件技术与面向对象的建模方法相结合，提出业务过程驱动的系统建模方法；
The system modeling and implementation of business process driven are carried through with techniques of the distributed component and Object-Oriented modeling.
一般包括牵引件、承载构件、驱动装置、张紧装置、改向装置和支承件等。
Generally include traction, bearing structure, the driving device, tension device, and supporting device etc redirection.
该旋转式间歇传动机构则响应第一指示构件的运动来间歇驱动第二指示构件。
The rotatory intermittent drive transfer mechanism drives the second indicator member intermittently upon motion of the first indicator member.
最后介绍一个构件化驱动模型的特点。
警务信息的界面显示主要是根据构件配置文件的属性来调用界面构件库中的相关构件，驱动事件处理构件来完成。
According to the attribute of component configuration document, police information is displayed by calling the components from interface component repository and driving component of Event handling.
作为导气式供弹机驱动器，弹簧储能驱动器可将能量形式转化后储能，从而缓冲供弹机中各工作构件的撞击，改善其受力状况。
As a driver of gas operated feeder, spring energy storage driver can transform energy form to store energy so as to buffer strike on working parts of feeder to improve forced state effectively.
通过各子功能的协作，量化特制的组装模型实现以构件特征参数为驱动的组装过程。
By the collaboration of multiple submodules, assemble process driven by component character parameter is implemented.
本文对ZGJ83型刚性剑杆织机引纬机构进行了受力分析，并找出对凸轮驱动力影响较大的构件为剑杆、投剑杆及角形臂。
A dynamic analysis under the applied force is made of the weft-insertion mechanism of the ZGJ83 rigid-rapier loom designed by the college.
阐述了微构件力学性能的研究现状与存在的力学性能参数表征问题，而后重点介绍了微构件力学性能测试中相关的驱动方式、微位移检测和微力检测技术。
Then the techniques about actuators, micro displacement sensors, and micro force sensors were discussed and compared respectively as they were main parts in microscale mechanics testing.
阐述了微构件力学性能的研究现状与存在的力学性能参数表征问题，而后重点介绍了微构件力学性能测试中相关的驱动方式、微位移检测和微力检测技术。
Then the techniques about actuators, micro displacement sensors, and micro force sensors were discussed and compared respectively as they were main parts in microscale mechanics testing.
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