JSF provides a component model and a richer MVC environment than most model 2 implementations.
JSF提供一个组件模型和一个比大多数Model2实现更丰富的MVC环境。
The component model allocates requirements and responsibilities to a hierarchy of subsystems, modules, and components.
组件模型为子系统、模块和组件的层次结构分配需求和职责。
The two technologies that have a process component model are Microsoft's Workflow Foundation (WF) and JBoss jBPM.
微软的工作流基础（WF）和JBossjBPM是两种具有过程组件模型的技术。
A component model must be abstract and language neutral, because its role is to hide technology details and differences.
组件模型必须是抽象的，并且与语言无关，因为它的作用在于隐藏技术细节和差异。
These technologies create a component model so that activity types can be build on top of that common foundation.
这些技术创造了一个组件模型，这样就可以在这个共同基础上构建活动类型。
In a table model (Figure 2), a graphical component that enables you to list row and column data, along with scroll bars to provide paging.
在表格模型中(图2)，图形化组件使您可以列出行和列的数据，同时有滚动条来提供分页功能。
Each instance of the component view has its own instance of a data model.
组件视图的每个实例都有它自己的数据模型实例。
There are numerous ways in which we can formulate a component model.
有多种方式我们可以用来标准化一个组件模式。
To have good encapsulation and proper decoupling, your component should fit a true component model.
若要获得良好的封装和合理的解耦，您的组件应当符合正确的组件模型。
That aspect of a component model is covered in the Nonfunctional characteristics of components section.
组件模型的这个方面在组件的非功能特征部分进行了讨论。
Each Model service component will offer a set of services, and the components collectively offer a set of common services as well.
每个模型服务组件都会提供一套服务，而这些组件结合起来同样也提供一套普通服务。
As an example, you can associate a J2EE application component defined in a topology model with an enterprise archive resource (EAR), as shown in the topology in Listing 23.
例如，您可以将一个定义在拓扑模型中的J2EE应用软件组件与一个企业档案资源(EAR)联系起来，如清单23所示。
As the name implies, Service component Architecture is a component model.
顾名思义，服务组件体系结构是一个组件模型。
For example, client object maps are not a key component of the performance testing model.
例如，客户对象映射并不是性能测试模型的关键构件。
A component model simplifies the process of building and assembling services.
组件模型简化了构建和组装服务的过程。
So, they moved to a component model to reduce the complexity of the application and reduce the amount of code needed to create modules and modify the application.
因此，他们转向组件模型来减少应用的复杂性并减少创建模块和修改应用所需的代码数量。
This specification defines a simple, extensible browser-based component model. These components are called iWidgets.
该规范定义了一个简单的、可扩展的、基于浏览器的组件模型。
This isn't something expected in a fine-grained component model.
这并不是细粒度组件模型中会出现的情况。
The first article introduces general product traceability by providing a complete component model view.
第一篇文章提供完整的组件模型视图，介绍产品可跟踪性的基本知识。
The Component model introduces the "Component Lifecycle" to the framework and brings a set of well-defined and dependable behaviors to the widgets.
组件模型为框架引入了“组件生命周期”，为组件带来了一套定义良好和可靠的行为。
Selection of a component model requires an understanding of the dimensions of the business problem in the context of SOA best practices and current IT technologies.
选择组件模型需要在SOA最佳实践和当前的IT技术上下文中了解业务问题的各个方面。
In Figure 1, step 5 creates a component model. This allows a pairing of the XML node (now an in-memory object) with a GUI component.
在图1中，步骤5创建了一个组件模型，支持将这个XML节点(现在是内存对象)和一个GUI组件组成一对。
In many cases, a single component model may be defined from which canonical message models (in XML form) and component specifications are derived.
在很多情况下，可以定义一个单独的组件模型，以便以此为基础派生出规范化消息模型(xml格式)和组件规范。
A pattern may be implemented as a UML model, as a component, or as a service.
模式可以实现为uml模型、组件或服务。
The iWidget component model provides a set of event operations.
iWidget组件模型提供了一个事件操作集合。
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。
At its core, OSGi is a component and service model, as illustrated in Figure 1.
在核心，OSGi是一个组件和服务模型，如图1所示。
Web Beans is a component model that is compatible with technologies in both tiers.
WebBeans是与两个层中的技术都兼容的组件模型。
OSGi provides among other things the component model, a deployment mechanism for modules and a clean class loading system.
OSGi提供了组件模型，一个模块部署系统，以及一个cleanclass加载系统。
These later frameworks are classified as action-based, whereas JSF is a member of a new family of frameworks based on a component model.
前面那些框架被归类为基于动作的(action - based)，而JSF则属于基于组件模型的新的框架家族中的一员。
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