Composite components are a mainstay of JSF component development and will save you lots of time!
复合组件是JSF组件开发的重点，会节约大量时间！
JSF 2.0 simplifies page and component authoring through Facelets, Templating, and Composite Components.
JSF 2.0借助Facelet、模板化和复合组件简化了页面和组件的编写。
The composite components are handled as resources and can therefore exploit the new standard resource mechanism.
复合组件以资源的形式被处理，因此它们可以使用新式的标准资源处理机制。
In the remaining two articles in this series, I will explore Facelets, JSF 2's composite components, and built-in support for Ajax.
在本系列随后的两篇文章中，我将探讨Facelets、JSF2的复合组件以及对Ajax的内置支持。
Moreover, components and composite components are self-described with extensible markup language (XML), and the latter are used as the containe.
构件和组合构件用可扩展标记语言(XML)文件实现自我描述。
Facelets, a JSF-centric alternative to JSP widely used by JSF developers, improves matters somewhat by providing support for templating via composite components.
以jsf为中心的Facelets是JSP的一个替代方案，被J SF开发者广泛使用，它通过复合组件来支持模板，这在一定程度上改进了JSF。
SOA as a programming model is more fundamentally concerned with component interactions and their integration into new composite components, applications, and solutions.
作为一种编程模型，从根本上讲，SOA更多地关系到与组件的交互以及如何将这些交互集成到复合组件、应用程序和解决方案。
Ceramic - metal composite components have a wide application prospect, and the bonding technology of ceramics to metals is a key to the practical application of ceramics to engineering.
陶瓷与金属组成的复合构件具有广阔的应用前景，而陶瓷与金属的连接技术是陶瓷工程应用的关键。
In complex and composite services, multiple components must be brought together in a consistent fashion at the same level and integrated.
在复杂和复合服务中，多个组件必须在相同级别上以一致的方式放在一起并进行集成。
These are useful components that have applications for anyone developing composite applications.
开发复合应用程序的任何人都可能需要这些组件。
Several types of repeated patterns occur when you develop components for use in composite applications.
在为复合应用程序开发组件时，有几种经常出现的模式类型。
Simply placing components on the work surface does not complete a composite application; the components must be wired together.
只将组件放在工作表面不能完成复合应用程序；必须将这些组件连接在一起。
The components in an SCA composite application can run on different nodes in a network.
SCA组合应用程序中的组件可以在网络中的不同节点上运行。
Figure 2 shows the steps for creating composite business services using these components and related IBM products.
图2显示了使用这些组件和相关IBM产品创建组合业务服务的步骤。
It is possible in AUTOSAR to define composite software that composes several software components.
在AUTOSAR中定义包含许多软件组件的复合的软件是可能的。
In some cases, it may be preferable to test multiple components in a unit-test composite application.
在某些情况下，在一个单元测试复合应用程序中测试多个组件更可取。
The following steps describe in detail how to build a sample composite application using container components.
下面的步骤将详细描述如何使用容器组件构建一个样例复合应用程序。
Using the composite application editor (CAE), container components can be added to applications and then be configured entirely using the tooling provided by CAE.
使用复合应用程序编辑器(CAE)，容器组件可以被添加到应用程序，随后使用CAE提供的工具进行全面的配置。
So far, components used in composite applications come with a static WSDL file that defines the component's properties and actions.
目前为止，复合应用程序中的组件附带了一个静态的WSDL文件，定义了组件的属性和操作。
Composite: Describes components that make up the application, services provided by each component, references components have to services provided by other components, and the wires that connect them.
组合应用：描述构成应用程序的组件、每个组件提供的服务、组件对其他组件提供的服务的引用，以及联系它们的连接。
An SCA composite contains a set of components, services, references, and the wires that interconnect them.
一个SCA组合包含一组组件、服务、引用和互联这些要素的连接器。
Components are the reusable building blocks of composite applications.
复合应用程序的组件都是可重用的构件块。
NOTE: You can construct composite applications with components that cooperate through inter-component communication supported by the property broker.
注意：可以用各种组件构造出复合应用程序，这些组件通过属性代理支持的组件间通信进行协作。
In contrast to regular components used in composite applications, a container component doesn't have a static WSDL file that defines its properties and actions.
与复合应用程序中的常规组件相比，容器组件并不包含定义属性和操作的静态WSDL文件。
This loose coupling of coarse-grained components is a cornerstone of the composite application architecture.
粗粒度组件之间的这种松散耦合是复合应用程序体系结构的基础。
Composite applications are aggregations of user interface components that are loosely coupled to support inter-component communication.
复合应用程序由一些用户界面组件集合而成，这些组件通过彼此松散耦合支持组件间通信。
It includes a sophisticated application framework for business users to easily assemble and customize linked applications, and to process components into composite applications.
它包括一个成熟的应用程序框架，可让业务用户方便地将相关应用程序和流程组件组装到组合应用程序中并进行自定义。
It includes a new application framework for business users to easily assemble and customize linked applications and process components into composite applications.
它包括一个新的应用程序框架，可让业务用户方便地将链接的应用程序和流程组件组装和自定义到组合应用程序中。
Add NSF components to the composite application editor component palette.
将NSF组件添加到复合应用程序编辑器组件栏中。
Add NSF components to the composite application editor component palette.
将NSF组件添加到复合应用程序编辑器组件栏中。
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