The initial implementation of the broker pattern provided intra - and interprocess communication.
中介模式的初期实现提供了进程内部和进程之间的通信。
The router variation of the Exposed Broker pattern (see Resources) is most appropriate for these requirements.
ExposedBroker模式(详见参考资料)的路由器变量是最能符合这些需求的。
It also represents variants of the "server-side proxies" - the participating components of the Exposed Broker pattern.
它还代表“服务器端代理”(即exposedBroker模式的参与组件)的变体。
The client-dispatcher-server pattern describes a direct variant of the Broker pattern, indicating that servers and clients use and understand the same protocol.
客户机-分配器-服务器模式描述了Broker 模式的一种直接变体，表示服务器和客户机使用并理解同一种协议。
Using the template method for implementing the bridge role of the broker pattern provided a mechanism for adding alternative types of external communication in the future.
使用模板方法实现中介模式的桥接角色，这种做法提供了一种可以在将来添加外部通信备用类型的机制。
The "bridge" role from the broker pattern was then implemented using the template method pattern to support remote service invocation using several different underlying communication technologies.
中介模式的“桥接”角色是使用模板方法模式实现的，它通过几种不同的基础通信技术，为远程服务调用提供支持。
In the next section you will create an instance of a pattern and deploy it to the local broker.
在下一个小节中，您将创建一个模式实例并将其部署到该本地代理中。
The implementation was an instance of the message passing broker system variant of the pattern, as in the POSA pattern documentation.
该实现是模式中的消息传递中介系统的一个变体实例，如 POSA 模式文档中所述。
The broker is optional in the base pattern but is often a critical piece in enterprise systems.
在基本模式中代理是可选的但是在企业系统中经常是关键性部件。
In this pattern a broker is employed to mediate between connected ESBs.
在此模式中，使用代理作为连接的esb之间的中介。
These artifacts implement the pattern, and they are ready to be deployed to a broker.
这些工件实现该模式，并且可以部署到代理中。
Generation also creates one or more additional message Broker projects that typically contain message flows and other message Broker artifacts that implement the pattern.
这个生成过程还创建一个或多个额外的MessageBroker项目，它们通常包含实现模式的消息流和其他Message Broker工件。
In other words, you require the workflow capabilities, along with the flexibility provided by the Broker or Router pattern.
换句话说，您对工作流程的性能，以及Broker或Router模式的灵活性提出要求。
In addition, you can use the Broker architectural pattern to design the architecture for such a composition.
此外，可以使用Broker体系结构模式来设计此类组合的体系结构。
The pattern that describes the layout of the date and time value is then used to convert that information into a WebSphere Message Broker timestamp value.
将随后使用描述日期和时间值的布局的模式来将该信息转换为WebSphereMessageBroker时间戳值。
Several properties in Message Broker V6.1 follow this pattern — for more information, see the WebSphere Message Broker information center.
MessageBrokerV6.1中的若干属性遵循此模式——有关更多信息，请参见WebSphere Message Broker信息中心。
Web services-compliant Broker solution pattern.
Web服务兼容代理解决方案模式。
By applying a set of pattern parameters to a pattern instance, you can quickly generate a set of Message Broker artifacts, with common algorithms for aspects such as logging and error handling.
通过将一组模式参数应用到一个模式实例中，您可以快速生成一组MessageBroker工件，它们包含针对日志和错误处理等方面的通用算法。
After you have configured the pattern parameters, you generate a pattern instance project, which is a Message Broker project that contains a pattern instance configuration file.
在配置好模式参数之后，就生成了一个模式实例项目，它是一个包含模式实例配置文件的MessageBroker项目。
The middle section displays pattern instance projects, which are Message Broker projects that contain the configuration information after a pattern is generated.
中间部分显示模式实例项目，它们是在模式生成之后包含配置信息的MessageBroker项目。
You will deploy an instance of this pattern to the broker and exercise the pattern instance using the Message broker Test Client.
您还将把该模式的一个实例部署到代理中，并使用MessageBrokerTest Client测试该模式实例。
Once a pattern configuration file has been reopened, you can regenerate the Message Broker projects.
如果重新打开了配置文件，还可以重新生成MessageBroker项目。
Once a pattern configuration file has been reopened, you can regenerate the Message Broker projects.
如果重新打开了配置文件，还可以重新生成MessageBroker项目。
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