Service oriented architecture is hard work.
面向服务架构是块硬骨头。
Requirements for a service-oriented architecture.
面向服务的体系结构的需求。
Benefits of deploying a service-oriented architecture.
部署面向服务的体系结构的好处。
It is based on a flexible, service-oriented architecture.
它基于一个灵活、面向服务的架构。
A service-oriented architecture — not just web services.
面向服务的体系结构——不只是Web服务。
The better alternative to ESB-oriented architecture is SOA.
面向ESB的体系结构的更好的替代品是SOA。
Object-oriented architecture, which makes for faster execution.
面向对象的体系结构有助于更快地执行。
These services can be integrated into a service oriented architecture.
这些服务可以整合到面向服务的架构中。
Enterprise services are based on a service-oriented architecture (SOA).
企业服务基于面向服务的体系结构（SOA）。
A service-oriented architecture (SOA) is never established in a vacuum.
面向服务的体系结构(SOA)永远不能建立在真空中。
Thinking about getting certified in service-oriented architecture (SOA)?
想要获得面向服务的体系架构（Service-Oriented Architecture，SOA）方面的认证吗？
Services are the main building blocks of a service-oriented architecture.
服务是面向服务的体系结构中的主要构造块。
Service-oriented architecture (SOA) can be considered from several perspectives.
面向服务架构（SOA）可以从不同的视角来查看。
But we have heard that service-oriented architecture is all about loose coupling.
但我们曾听说面向服务的体系结构都是与松耦合有关的。
S + s works in conjunction with principles of service-oriented architecture (SOA).
S + S与面向服务的体系架构(SOA)原则协同工作。
Also the object-oriented architecture makes the code structured, reusable, and fast.
而且，面向对象的体系结构使代码结构化、可重用并且运行快速。
The building block metaphor is a useful way to think of a service-oriented architecture.
构造块是一种比喻说法，这对于我们理解面向服务的体系结构非常有帮助。
Service reuse is both a feature and a benefit of service-oriented architecture (SOA).
服务重用即是SOA的特征之一，也是SOA带来的好处之一。
As such, it falls somewhat short of supporting a true service-oriented architecture (SOA).
因此，它缺乏一些对真正的面向服务架构(SOA)的支持。
Developing enterprise applications based on a service-oriented architecture is possible now.
现在，根据面向服务的体系结构开发企业应用程序是可能的了。
This is where a new paradigm such as service-oriented architecture (SOA) would be introduced.
这就是要引入新范型的地方，例如，面向服务的体系结构(SOA)。
Reusability lies at the heart of asset lifecycle management and service-oriented architecture.
可重用性是资产生命周期管理和面向服务架构的核心所在。
A service oriented architecture refers to three participants: the provider, requestor and broker.
面向服务的体系结构的三个组成：供应商、请求者和中介。
One of the major goals of a service oriented architecture, or a service oriented solution, is reusability.
面向服务的体系结构(或者说面向服务的解决方案)的主要目标之一就是可重用性。
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。
Services are obviously at the heart of Service-oriented architecture, and the term service is widely used.
服务显然是面向服务的体系结构的核心，术语服务的使用非常广泛。
ESB-oriented architecture is inherently flawed in that it builds connectivity no one might ever want to use.
面向ESB的体系结构有个固有的缺点，即它所构建的是没有人要使用的连接。
On the other hand, your service-oriented architecture (SOA) projects are likely to be fundamentally different.
在另一方面，您的面向服务的体系架构(SOA)项目很可能是截然不同的。
The scope of work covers service-oriented architecture, configuration data management and information assurance.
工作范围包括面向服务的体系结构、配置数据管理和信息保障。
If you introduce a registry in that scenario you can create a very nice and elegant service oriented architecture.
在这样的场景下，如果你引入一个注册库，就能创建一个非常好的、优雅的面向服务架构。
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