如果您希望使用新的面向消息的API。
什么是面向消息的中间件？
面向消息流开发人员和管理员的增强功能包括
Enhancements focused on message flow developers and administrators include
表4包括了用于面向消息中间件类别的一些库。
Table 4 includes a few libraries for use in the message-oriented middleware category.
这是面向消息的RIA应用概念的一个有趣的演示。
It's an interesting demo of messaging oriented RIA application concept.
这种消息传递有时称作面向消息的中间件。
Such messaging is sometimes called message-oriented middleware.
UDP也是这样进行操作，这对于面向消息的协议非常有益。
UDP also operates in this way, which makes it advantageous for message-oriented protocols.
事实证明，GAE是面向消息中间件系统的一个很好的例子。
As it turns out, GAE is an excellent example of a message-oriented middleware system.
传统上，架构师决定了面向消息的系统中哪些组件将互相通信。
Traditionally, architects have decided which components will communicate with one another in a message-oriented system.
这是一个面向消息的协议，而不是一个字节为导向的。
最常见的两种类型是应用服务器和面向消息的中间件 (MOM)。
The two most common types are application servers and message-oriented middleware (MOM).
在大多数情况下，这种应用程序模式使用异步的面向消息的中间件进行实现。
In the majority of cases this Application pattern is implemented using asynchronous Message Oriented Middleware.
根据业界的需要进行了许多更改，其中包括面向消息的功能和动态异步功能。
Many of the changes acknowledge industry needs, including message-oriented and dynamic asynchronous functionality.
后者似乎将让位给SOAP，SOAP支持面向消息的方法和过程方法。
The latter seems to be giving way to SOAP, which has support for message-oriented as well as procedural approaches.
如果您熟悉面向消息的中间件，此列表将对核心概念进行简单回顾。
This list is a brief review of the core concepts if you're already familiar with message-oriented middleware.
面向消息的中间件或MOM是一个描述通过消息队列通信的松耦合系统的术语。
Message-oriented middleware, or MOM, is a term that describes loosely coupled systems that communicate via message queues.
这种连接性将面向消息和服务的经典连接性扩展到打包应用程序和基于文件的处理。
This connectivity extends beyond classic message and service oriented connectivity to packaged applications and file-based processing.
异构性——提供面向消息的多平台、多协议和多api支持层，能够整合异构系统。
Heterogeneity — Provides multiplatform, multiprotocol, and multi-API message-oriented support layer capable of tying together heterogeneous systems.
并了解如何通过目标业务服务的面向消息的服务总线在服务器端跟踪这些请求。
And see how these requests are traced on the server side through a message-oriented service bus to targeted business services.
这些应用会经常与关系数据库或者其他信息系统——比如面向消息的中间件——进行交互。
These applications frequently interact with relational databases and other information systems such as message-oriented middleware.
而面向消息的中间件在支持通信规程、可靠性、易用性等方面有其自身的优势。
The message oriented middleware has many advantages in good support in communication specification, reliability and good handle.
UDP是一种面向消息的协议，它不能确保有序地发送数据，也无法管理网络拥塞的问题。
UDP is a message-oriented protocol that neither guarantees ordering of delivery nor manages congestion.
和数据库相似，MQ产品有时被称为面向消息的中间件(MOM)，已经出现相当一段时间了。
Like databases, MQ products, sometimes referred to as message-oriented middleware (MOM), have been around for quite some time.
ESB体系结构模式的另一个重要方面就是其强调组件间面向消息和面向事件的通信。
Another significant aspect of the ESB architectural pattern is its emphasis on message - and event-oriented communication between components.
SCA还支持各种编程样式，除了同步调用-返回样式外，还包括异步样式和面向消息的样式。
SCA also supports a range of programming styles, including asynchronous and message-oriented styles, in addition to the synchronous call-and-return style.
网络交换机 –一个使用NIC 的面向消息通信的新私有网络，用于公共网络的用户访问。
Network switch – A new private network for message traffic using NIC that would be used for public network user access.
这种形式的面向消息的异步编程模型很早就提出了，当然在企业应用程序开发中广泛实现。
This form of asynchronous, message-oriented programming model has been around for quite some time and is, of course, broadly implemented in enterprise application development.
顾名思义，面向消息的中间件就是通过使用消息(而不是直接命令)将企业内的组件连接起来的系统。
As the name implies, message-oriented middleware is a system that connects components within an enterprise through the use of messages rather than direct commands.
IBMMQ是面向消息的中间件(MOM)，它在各应用软件间提供基于队列的通信信道。
IBM MQ is Message Oriented Middleware (MOM) and provides queue-based communication channels among applications.
本文提出面向消息中间件的分布式认证协议，给出协议内容、形式化描述以及安全性分析。
This chapter proposes a distributed authentication protocol for MOM , describes the content, the formalized description as well as the security analysis.
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