Reliable messaging is a prime example.
可靠消息是一个主要的例子。
Proposed layering of reliable messaging function.
可靠的消息传递功能的建议分层。
What is Reliable Messaging and why is it needed?
什么是可靠的消息传递以及需要它的原因
Why use HTTP as the basis for a reliable messaging protocol?
为什么将HTTP用作可靠消息传递协议的基础？
Conditional messaging is reliable messaging based on rules.
有条件的消息传递是基于规则的可靠的消息传递。
HTTPR provides the features of reliable messaging that are lacking on the Web.
HTTPR提供了网上所缺乏的可靠通信的功能。
However, reliable messaging is currently supported via product specific protocols.
但是，可靠的消息传递目前仍然通过特定于产品的协议来被支持。
Endpoints (in the case of reliable messaging, an endpoint like create sequence).
端点(对于可靠消息传递的情况，就是类似于createsequence的端点)。
A key issue that must be addressed is how to layer the support for reliable messaging.
一个需要解决的关键问题是，如何对可靠的消息传递的支持进行分层。
The Reliability table supports parameters, required for specifying of support for reliable messaging.
可靠(Reliability)表为可靠消息传输提供所需的参数。
The interop scenarios are very useful, but certainly not complete (particularly in reliable messaging).
互操作性场景是很有用的，但是显然不完备(尤其在可靠消息传递方面)。
This would have the advantage of supporting reliable messaging over a whole range of transport protocols.
它具有一个优势，即能够在所有的传输协议上支持可靠的消息传递。
Many existing products from many technology providers implement reliable messaging in one form or another.
源自众多技术供应商的许多现有产品以一种或另一种形式实现可靠的消息传递。
Reliable messaging is a problem that has plagued Internet application development since its inception.
从一开始，可靠的消息传递所存在的问题一直是困扰因特网应用程序开发的问题。
Chapter 7 covers advanced concepts related to addressing, reliable messaging, metadata exchange, security, and more.
第7章介绍寻址、可靠通讯、元数据交换、安全等其它相关高级概念。
Our example shows how reliable messaging can be leveraged to reduce the complexity of program-to-program interactions.
我们的例子说明了可靠的消息传递是怎样用来降低程序之间交互的复杂程度的。
The recently updated Web Services Reliable Messaging specification is much improved since its previous publication.
相对与以前的版本，新近修正的Web服务可靠消息传递规范有了很大提高。
It lists the standard SCA policy elements and attributes for three domains: security, transaction and reliable messaging.
它列出了三个域的标准sca策略元素和属性：安全、事务和可靠消息传递。
The WS-Reliable Messaging specification adds the reliable delivery semantics required for many B2B integration scenarios.
WS -Reliable消息规范增加了可靠的实施语义，它们是许多B2B集成场景所必需的。
Reliable messaging refers to the ability of a sender to deliver a message once and only once to its intended receiver.
可靠的消息传递是指发送方向它所期望的接受方传递一次并且只传递一次消息的能力。
If you are a JMS or messaging developer, you will be used to learning a programming model (PM) for reliable messaging, such as JMS.
如果你从事消息处理工作，那么通常会学习一些为实现可靠传输的编程模型(PM)，如JMS。
In addition, it provides a reliable messaging transport of the sensor data back to the Premises Server in a common format and protocol.
此外，还提供了传感器数据的可靠消息传递，用于使用通用格式和协议将数据传输回PremisesServer。
The proposed model USES two EPMs, namely reliable Messaging (RM) Source and RM Destination, to handle the reliable delivery of messages.
所建议的模型使用了两个EPM，即可靠消息传递(RM)Source和RMDestination，用于处理消息的可靠传递。
Now, to be clear, reliable messaging is not a new problem; nor is it something that developers are just now getting around to implementing.
现在，很明显，可靠的消息传递不是新的问题；也不是开发者现在才努力去解决的问题。
Beyond that, it provides a reliable messaging transport of the sensor data back to WebSphere sensor Events in a common format and protocol.
除此以外，它还以通用格式和协议向WebSphereSensorEvents返回一个可靠的传感器数据消息传输。
RMSender: This is the transport sender that the user should use in order to enable reliable messaging on the client side of the Axis engine.
RMSender：此组件为传输发送方，用户应当使用此发送方以启用Aix引擎的客户端上的可靠消息传递。
Hence the consumer can access the service on demand via a user interface or via an asynchronous process requiring a reliable messaging transport.
因而，消费者可以根据自己的需要来访问这些服务，如通过用户界面或需要可靠消息传输的异步流程。
Apache Sandesha provides the capability of utilizing all these invocation patterns that Axis provides for web service clients with reliable messaging.
ApacheSandesha提供了使用Axis为具有可靠消息传递的Web服务客户机提供的所有调用模式的功能。
On the other hand, as a much more mature technology, MOMs have a leg up on Web services when it comes to other requirements, such as reliable messaging.
另一方面，作为一种成熟得多的技术，在遇到其他需求(比如可靠的消息传递)时，mom比web服务有优势。
Such a requirement helps designers put in appropriate asynchronous messaging design patterns or use reliable messaging if implemented as web services.
该需求帮助设计者们设计合适的异步消息处理设计模式，或者如果采用Web服务来实现的话使用可靠的消息处理机制。
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