So what do they mean when they say they want an ESB?
那么，他们在说需要ESB的时候到底是希望什么呢？
It shows what an ESB does for you.
它展示了ESB可以为您做什么。
All of this is the core of ESB design, and none of this can be done without knowing the services the ESB invokes.
所有这些都是ESB设计的核心，而且在不知道ESB调用的服务的情况下根本不能进行其中的任何工作。
The detailed ESB design and configuration trigger another set of issues.
详细的ESB设计和配置又引起另一类问题。
ESB federation allows different ESB products to be used in different domains, enabling an optimal match between domain requirements and product capabilities.
ESB联合允许在不同的域中使用不同的ESB产品，并支持域需求与产品功能之间的最佳匹配。
An ESB is an architectural pattern, not a software product.
ESB是一种体系结构模式，而不是软件产品。
Data transformer: This is a key element of an ESB.
数据转换器：数据转换器是ESB的关键元素。
Often clients like to rename that first word in ESB.
客户经常喜欢将esb中的第一个词替换掉。
In this article, we'll use the terminology relative to ESB.
在本文中，我们将相对于esb使用这些术语。
Different software products can form an ESB.
不同的软件产品可以构成ESB。
So if a message bus is not a full ESB, then what else does an ESB do?
如此说来，如果消息总线不是完整的ESB，那么ESB还可以做什么呢？
We should recognize that this technology itself contains ESB capabilities.
我们应该意识到这种技术本身就包含了ESB功能。
The difference is that ESB-centric design time tools produce artifacts specifically targeted at an ESB.
不同的是，以esb为中心的设计时工具所生成的制品是专门针对ESB的。
Mediation flows - Perform logic on messages flowing through the ESB.
中介流——执行通过ESB的消息流上的逻辑。
Please refer to the ESB Redbook, listed below in Resources, for more information on ESB patterns.
请参考下面的参考资料中列出的ES b红皮书，以获得关于ESB模式更多信息。
The ESB mediates between event producers and event consumers.
ES b介于事件生产者和事件使用者之间。
A requester calls its local ESB, which consults the registry and then passes the request to the identified service provider's ESB.
请求者调用其本地esb，该esb参考注册中心，然后将请求传递到标识的服务提供者的ESB中。
This pattern represents a basic ESB implementation, close to "The minimum capability ESB implementation" described in Part 1.
这种模式代表了一种基本的ESB实现，接近于在 第 1 部分中描述的“最低功能的 ESB 实现”。
Consider using an ESB for transformation and connectivity.
考虑对转换和连接性使用ESB。
This type of ESB provides a more scalable solution than the ESB type based on ORB.
此类型的ESB提供了比基于 ORB的 ESB 类型更具扩展性的解决方案。
Service consumers and providers communicate via the ESB pattern.
服务消费者和提供者通过ESB模式进行交互。
IMS ESB endpoint support will be a very important part of the overall ESB deliverables.
IMSesb端点支持将是整个可交互esb中一个非常重要的部分。
Brokered ESB exhibits the following request flow: a requester requests a service from its local ESB.
代理esb显示以下请求流程：请求者从其本地ESB请求一个服务。
The broader the spectrum of protocols an ESB leverages the broader the spectrum of requesters and providers the ESB can interconnect.
ESB利用的协议范围越广，ESB能够与之互连的请求者和提供者的范围就越广。
With an open source ESB you start with downloading the ESB and after 10 min you have the ESB running with some of the available examples.
至于开源ESB，你一开始得把它先下载下来，10分钟后，你就拥有了一个携带可用范例的ESB环境。
So how are orchestration needs addressed in an ESB?
那么，在ESB中是如何处理编配需求的呢？
Instead of following an ESB-oriented architecture, follow an SOA, and build the ESB as part of the SOA.
不要采用面向esb的体系结构，而要采用SOA，将ESB作为SOA的一部分构建。
Another strength of an ESB is performance.
ESB的另一个优点是性能。
In a brokered ESB, each business unit is responsible for the governance, life cycle, and management of its own ESB.
在代理esb中，各个业务单元负责在其生命周期内控制和管理自己的ESB。
The ESB is one of those alternative implementation patterns.
ESB就是这些可选实现模式之一。
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