Both clients support the publish-and-subscribe messaging paradigm.
这两个客户机都支持发布-订阅消息传递范例。
Messaging-config.xml: Defines publish-subscribe messaging information.
messaging - config . xml：定义发布-订阅消息传送信息。
The MQ JMS implementation supports both point-to-point and publish/subscribe messaging models.
MQJMS实现同时支持点对点和发布/订阅消息模型。
The build process creates some artifacts that need to be modified to use the publish/subscribe messaging model.
构建过程将创建一些构件，需要修改这些构件才能使用发布/订阅消息模型。
We then look at publish/subscribe messaging and how it may be used to connect any number of applications together.
接下来介绍发布/订阅消息传递以及如何利用它将任意数量的应用程序连接在一起。
MQTT is a TCP/IP-based publish/subscribe messaging protocol, designed for communication over low-overhead networks.
MQTT是基于 TCP/IP 的发布/订阅消息传递协议，针对低负荷网络的通信而设计。
This application used publish-and-subscribe messaging internally to communicate events and status updates to other agents within the server.
该应用在内部使用了发布-订阅式消息传递方式，以将事件和状态更新传达到服务器内的其他代理。
Publish-and-subscribe messaging is a way to achieve one-to-many delivery semantics between applications for a given message as shown in figure 2.
发布-订阅消息传递是针对一条特定消息在应用程序间实现一对多传递语义的消息传递方式，如图2所示。
The Service Integration Bus enables us to integrate applications in a variety of ways, including the ability to build publish/subscribe messaging applications.
服务集成总线允许采用各种方式集成应用程序，包含了构建发布/订阅消息传递应用程序的功能。
The publish/subscribe messaging paradigm is EXTREMELY powerful and enables clean decoupling of user-interface elements from each other, and from the serverside.
发布/订阅消息模型极其强大，可以将UI元素本身及UI元素与服务器端进行解耦。
Using the WS-Notification broker in WebSphere Application Server 6.1 allows for a very flexible and extensible standard-based implementation of publish and subscribe messaging into SOA.
通过使用WebSphereApplicationServer 6.1 中的WS-Notification代理，可以在 SOA 中创建用于发布和订阅消息传递的基于标准的灵活可扩展实现。
In asynchronous messaging there's an option called publish and subscribe in which multiple applications can receive the same message.
在异步消息传递中，存在一个名为发布和订阅的选项，多个应用程序可以从中接收同一消息。
Support a variety of interaction styles, such as synchronous request/response, messaging, publish/subscribe, and events
支持多种交互方式，例如同步请求/响应、消息传递、发布/订阅以及事件
It had to handle all the major use cases, including queue-style store-and-forward messaging, Tibco-style publish and subscribe, and reliable file transfer.
它之前必须处理所有主要的用例，包括队列式存储转发消息，Tibco风格的发布和订阅，还有可靠的文件传输。
The Web messaging service library is used to incorporate the publish/subscribe feature in the application.
Web消息传递服务库用于合并应用程序中的发布/订阅特性。
This article describes the basic technique for creating publish/subscribe interaction patterns using JMS bindings with the WebSphere Application Server default messaging provider as the JMS provider.
本文描述使用JMS绑定并将WebSphereApplicationServer缺省消息传递提供程序用作 JMS 提供程序来创建发布/订阅交互模式的基本技术。
From the JMS perspective, as mentioned earlier, one of the most prominent changes has been to combine point-to-point messaging and publish-subscribe into a single domain.
如前所述，从JMS角度看，最显著的更改之一是将点到点的消息和发布-订阅合并到单个域。
The former are used for point-to-point messaging and the latter in publish-subscribe scenarios.
前者用于点对点消息，后者用于发布-订阅场景。
JMS defines two modes of messaging: point-to-point (P2P) and publish-subscribe (pub-sub).
JMS定义了两种信息传递模式：点对点(p 2 p)和发布—订阅(pub - sub)。
Messaging middleware supports multiple messaging paradigms: request-response, publish-subscribe, and one-way.
消息中间件支持多种消息传递范例：请求-响应、发布-订阅和单向方式。
Use publish-and-subscribe (PubSub) messaging.
使用发布订阅(PubSub)消息。
A traditional enterprise messaging system allows processing future messages that will arrive after you subscribe. Applications built in this way process future data as it arrives.
像传统的消息系统，允许处理在你订阅之前的信息，像这样的应用可以处理之前到达的数据。
A traditional enterprise messaging system allows processing future messages that will arrive after you subscribe. Applications built in this way process future data as it arrives.
像传统的消息系统，允许处理在你订阅之前的信息，像这样的应用可以处理之前到达的数据。
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