它的设计呈现出下面一些优点：数据表现为一种公有的和可理解的格式、公有的消息集和简单的标准接口。
Its design offers the following benefits: data is presented in a common and understandable format, common set of messages, and simple standard interface.
起初，系统间数据接口是点对点的，每个系统都有自己的消息格式。
Initially, data interfaces between systems were point-to-point, with each system having its own message format.
SOA在行业中获得了大量支持，因为它将企业解决方案视为服务的联合，这些服务通过定义其服务接口和数据格式的明确指定的契约进行连接。
SOA is gaining much support in the industry because it views enterprise solutions as federations of services connected by well-specified contracts that define their service interfaces and data format.
导出和导入都需要一个接口定义来描述交换数据的确切格式。
Both the export and the import need an interface definition that describes the exact format of the data that is exchanged.
在这种情况下，XML仅仅是用于表示业务数据以支持Web服务接口的一个格式而已。
XML is, in this case, just a format used to represent the business data to support a web service interface.
通过为分布式应用程序提供经过良好定义的接口和数据交换格式，架构的Web服务实现克服了这些挑战。
A Web Service implementation of the architecture overcomes these challenges by providing a well-defined interface and data exchange format for a distributed application.
当现有应用程序包含XML格式的信息，并且要将此数据原封不动地通过Web服务接口发送时，就可能出现这种情况。
This might be the case where an existing application contains information in an XML form, and the goal is to send this data unchanged across the web service interface.
我们建立了一个可以收集事件数据的对象，构建了connectorpacket格式的事件，并使用REST接口将其发送到BusinessEvents。
You built an object which can collect event data, constructed the event in the connector packet form and send it to Business Events using the REST interface.
当数据在服务接口与数据库之间来回流动时，需要用这些操作来完成不同格式之间的映射。
They are required to map between the different formats when the data flows from the service interface down to the database and back.
目前这个数据驻留在两个系统中，每个系统的接口和数据格式都不同。
Currently this data resides in two systems, each with a different interface and data format.
这些文件格式和数据库都非常优秀，对于所有这些存储机制，Python都有健壮的接口。
These file formats and databases are well established, and Python has robust interfaces for all of these storage mechanisms.
随着系统数目增加，更大的医疗组织开始采用类似HealthLevel7 (HL7)的标准接口格式和中央数据接口引擎。
As the number of systems increased, standard interface formats, such as health Level 7 (HL7), and central data interface engines have been adopted by larger healthcare organizations.
接口的其他功能包括：电气绝缘、信号放大、噪声去除、数据暂存或者数据格式转换。
Other functions of interface may be to provide electric isolation, amplification, noise rejection, temporary data storage, or data format conversion.
如果你将测试一个接口而不是一个用户接口，理解这个接口所规定的数据格式是很重要的。
If you are going to test against an interface other than the UI, it is important to understand what formats of data are expected at that interface.
在协议栈各层的功能定义上、在各层数据帧格式、层与层之间的接口、每一层内的规范管理上都考虑较少。
Eeach layer's function define of the protocol stack, data frame form, the uniform interface definition between difference layers and each layer's regular management are considered fewer.
介绍了一种采用DSP的同步串口和并行外设接口，对I2S标准音频数据和ITU - R 656格式数字视频信号进行处理的方法。
This paper presents a method of the I2S standard audio data and ITU-R 656 format digital video signal processing through synchronous serial port and parallel peripheral interface in DSP.
其次，由于模型返回的数据不带任何显示格式，因而这些模型也可直接应用于接口的使用。
Secondly, the data returned as a result of the model without any display format, so these models can also be directly applied to the use of interfaces.
在每一个接口中，数据格式将被改变并且新的bug也许会被引入。
At each one of these interfaces, the format of the data will be changed, and new bugs may be introduced.
本文着重介绍了评定教学信息卡格式的编写方法、光标阅读机与计算机的接口软件设计以及数据库设计等。
It also introduces the design way of format file of information card, the interface software between OMR and computer and the design way of database.
由于无法统一不同GIS提供的数据文件格式，在进行接口设计时对GIS数据的处理工作十分繁杂。
As it is impossible to unify the formats of the files provided by different GISs, the processing of GIS data is onerous when designing the GIS interface.
这种语言与具体的物理模型无关，与不同的参数提取软件的数据输入格式无关，仅与模型在参数提取软件中的外部接口有关。
The language is independent of specific physical models and input formats of different parameter extraction software, and is only relevant to the external interface of the software.
在整个数据转换过程中，XML的提供了通用的数据描述的格式和映射标准，规定了数据类型，并给出数据访问接口。
During the data exchanging, XML support general data describe format, used for data mapping, and give data accessing interface.
此外，这种方式的重大意义还在于为日后建立心电仪数据存储格式和分析软件接口的统一标准提供了可能。
Furthermore, such design has magnitude significance that it provided a possibility for the uniform standard in data storage and analytical software interface for the DCG in the future.
第三章对蓝牙协议，以及蓝牙用户模式、蓝牙的通讯过程、蓝牙主机控制接口(HCI)信息交换命令的数据格式进行了阐述。
In the Chapter 3, it expounds the Bluetooth protocols, the mode Bluetooth users, the process of Bluetooth communication and Bluetooth exchange specific information of Host Control Interface (HCI).
第三章对蓝牙协议，以及蓝牙用户模式、蓝牙的通讯过程、蓝牙主机控制接口(HCI)信息交换命令的数据格式进行了阐述。
In the Chapter 3, it expounds the Bluetooth protocols, the mode Bluetooth users, the process of Bluetooth communication and Bluetooth exchange specific information of Host Control Interface (HCI).
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