The data from your tests of all four messaging technologies are summarized in Table 1.
表1汇总了您测试所有四项消息传递技术所得到的数据。
There are a number of messaging technologies available to Web services developers; some offer high performance, others ease of use and human readability.
Web服务开发者可以使用的消息传递技术有很多；一些技术提供高性能，其他技术则提供易用性和人类可读性。
In this installment of The Python Web Services Developer, you will look at four different messaging technologies and write a simple benchmark application for each.
在PythonWeb服务开发者的这篇文章中，您将考察四项不同的消息传递技术并为每项技术编写一个简单的基准测试程序。
Next, we'll take an architectural view, with a quick look at how J2EE messaging technologies work together with message-oriented middleware in a typical enterprise network.
接着，我们将从体系结构的角度来快速了解一下，在一个典型的企业网络环境中，J2EE消息传递技术如何与面向消息的中间件协同工作。
This article assumes familiarity with messaging technologies (such as JMS or Web services), Eclipse-based tooling, and the ability to develop and deploy J2EE applications using these tools.
本文假设您熟悉消息技术(例如jms或Webservices)和基于Eclipse的开发工具，并具备使用这些工具开发部署J2EE应用的能力。
This article assumes familiarity with messaging technologies (such as JMS or Web services), Eclipse-based tooling, and the ability to develop and deploy J2EE applications using these tools.
本文假设您熟悉消息技术(例如jms或Webservices)和基于Eclipse的开发工具，并具备使用这些工具开发部署J2EE应用的能力。
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