依赖项注入——依赖项注入是用于将对象或组件连接在一起的一项技术。
Dependency injection — Dependency injection is a technique for wiring together objects or components.
策略和过程用于支持将治理应用到体系结构的信息与技术组件。
Polices and procedures are used to support the application of governance to architecture for its information and technology components.
本系列教程还将说明用于集成不同技术组件的各种测试和调试参数。
This tutorial series also demonstrates various testing and debugging arrangements that you can use to integrate different technology components.
细粒度组件数量更多，用于组织系统中逻辑的实现，通常实现详细的技术算法。
Fine-grained components are more numerous and are used to organize the implementation of logic in a system, often implementing a detailed technical algorithm.
SR m层下面是TRM, TRM用于对标准、规范和技术进行分类，以构造、交付和交换业务和应用程序组件。
Below the SRM layer is the TRM to categorize the standards, specifications, and technologies to construct, deliver, and exchange business and application components.
XML及其派生技术，特别是 XML模式定义（XSD）语言，常常可用于指定不同应用程序之间和同一个应用程序的不同组件之间所交换的数据。
XML and its derivatives -- especially the XML Schema Definition (XSD) language -- are commonly used to specify the data exchanged between applications and between components within an application.
用于定义消息中介的技术基于服务组件体系结构(Service Component Architecture,SCA)。
The technology used to define the message mediations is based on Service Component Architecture (SCA).
或许专有技术最常见的例子就是所谓的“t3”服务，其中最受欢迎的就是用于rmi与ejb组件通信的t3协议。
Perhaps the most common examples of proprietary technology are the so called "t3" services, the most popular of which is the t3 protocol used in place of RMI to communicate with EJB components.
下面列举一些相关技术，可用于构建、管理并将OS Gi组件分发到应用程序中。
Listed here are some related technologies that you can use to build, manage, and distribute OSGi components into applications.
服务组件体系结构提供了组合、重用和技术方面的灵活性和部署选择，使其成为了用于构建和运行Mashup应用程序的理想环境。
Service Component Architecture provides a flexibility of composition, reuse, and technology and deployment choice that makes it an ideal environment in which to build and run mashup applications.
表2根据其用于细粒度组件模型还是粗粒度组件模型对各个组件技术进行了大体归类。
Table 2 categorizes, in general, the various component technologies in terms of their usage as fine - or coarse-grained component models.
我们用于缩放和平移组件以跨多单元显示的技术，使用了一个父容器，该容器提供一个新的Graphics2D对象，在该对象中绘制子组件。
The technique we used to scale and shift the components to show across multiple cells used a parent container, which provided a new Graphics2D object in which to paint the children.
领域模型组件技术用于设计简单的数据管理和通过提供一个更灵活和抽象的方法复用业务对象设计。
Domain Components technology is designed to simplify data management and reusability by providing a much more flexible and abstracted approach to business object design.
本文介绍了用于高速光电组件的表面安装型焊球阵列（BGA）封装技术。
Surface mount BGA Packaging Technology for high-speed Optoelectronic modules is described in this paper.
最后利用组件技术建立了农村路网信息系统用于路网的基本管理。
A rural road network system for the basic management of road network was produced by using component technology finally.
本文研究了使用中间件技术来实现一个基于B／S模式应用的权限访问控制组件，并将其应用于所开发的项目中。
This paper present a middleware implementation of access control model, and applied it to a B/S mode enterprise application.
CCM和EJB代表了当前业界最主流的两种组件技术，将被越来越广泛地应用于分布式系统的开发和部署中。
The CCM and EJB stand for the two leading component technologies, which will be more and more widely applied to the development and deployment of the distributed systems.
将虚拟设计技术应用于玻璃上片台的翻转组件设计中，分析、改进了它的设计方案，并加以优化。
Virtual design is applied to the design of the overturning assembly in glass loading ma - chine. The sketched scheme of the assembly structure is analyzed, improved and optimized in detail.
通过应用串口通讯和组件技术，结合实际商务展览的需要，设计与实现了应用于商务展览的管理信息系统。
This paper introduced design and application of Business Exhibition Management Information System which is wanted in nowadays business exhibition.
通过应用串口通讯和组件技术，结合实际商务展览的需要，设计与实现了应用于商务展览的管理信息系统。
This paper introduced design and application of Business Exhibition Management Information System which is wanted in nowadays business exhibition.
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