其结果包括服务接口规范，定义的服务提供者和使用者，以及关于提供者和使用者如何交互以实现业务过程和用例的描述。
The results include service interface specifications, defined service providers and consumers, and descriptions of how providers and consumers interact to realize business processes and use cases.
openSCA规范目前支持使用以下接口类型系统来描述SCA接口。
The open SCA specifications currently support the following interface type systems for describing SCA interfaces.
接口规范 (IfS)从操作所使用的抽象数据类型方面严格描述服务的操作的业务语法。
The interface specification (IfS) describes the business syntax of the operations of a service strictly in terms of the abstract data types used by the operations.
在服务模型中，服务规范构件是一个接口，用来描述由某个服务提供的各项操作。
From the service model, a service specification artifact is an interface that describes the operations offered by a service.
规范因此描述了显式的服务上下文如何映射到服务的远程接口中，而隐式的上下文通常却不能这样做。
The specification then describes how explicit service contexts are mapped into the remote interface of a service, whereas implicit contexts are typically not.
消息传递接口(Message Passing Interface,MPI)定义了一个库规范，描述了如何编写发挥并行计算优势的应用程序。
The Message Passing Interface (MPI) defines a library specification that describes how applications should be written to take advantage of parallel computing concepts.
在这种情况下，合作伙伴创建了一个不遵循WS - i且不能用WSDL文档描述的非规范Web服务接口。
In this case, the partner creates a maverick web service interface that is not WS-I compliant and cannot be described using a WSDL document.
正如图1所描述的一样，DB 2CommonStore的用途主要有两个：提供符合规范的解决方案接口，或者用作邮件归档或记录管理仓库。
As depicted in Figure 1, DB2 CommonStore wears two hats: it focuses on compliance solution interfaces as well as mail archive or records management repository.
SDAI是STEP的数据接口规范，它为工程应用与EXPRESS描述的数据模型间定义了一个功能界面。
SDAI is the standard data access interface of STEP. It defines a functional interface between an engineering application and one or more collections of data described using EXPRESS.
元数据是描述产品模型和接口规范最好的工具。
Metadata is the best tool to describe the product model and interface specification.
描述了实现过程采用的重要数据结构、针对区分服务支持设计的流程以及网络调度算法。给出了API接口使用规范。
Key data structure, program flows designed for promotion of differentiated classes of service, scheduling algorithms and specification of API have been narrated in addition.
描述了实现过程采用的重要数据结构、针对区分服务支持设计的流程以及网络调度算法。给出了API接口使用规范。
Key data structure, program flows designed for promotion of differentiated classes of service, scheduling algorithms and specification of API have been narrated in addition.
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