您可以将业务对象解析为XML文档，并使用服务数据对象(SDO)API通过XML文档对其进行反序列化。
You can parse business objects into a XML document and deserialize them from the XML document using Service Data object (SDO) APIs.
WebSphereesb基于新的服务组件体系结构，使用服务数据对象作为其内部消息格式模型。
WebSphere ESB is based on the new Service Component Architecture and utilizes Service Data Objects as its internal message format model.
系统集成总线 (SIBus)使用服务数据对象（Service Data Objects，SDO）的动态接口。
The system integration bus (SIBus) uses the dynamic interface for Service Data Objects (SDO).
当WebSphereCommerce充当服务使用者时，任务命令调用客户端API来使用服务数据对象将消息发送到远程系统或从远程系统接收消息。
When WebSphere Commerce acts as a service consumer, the client API is called from the task command to send and receive the message using service data objects to the remote system.
服务实现查询使用密钥查询提供者，并获得与该密钥关联的对应数据对象。
The service implementation queries the provider using the key and gets the corresponding data object associated with that key.
例如，你可能希望使用另外一种通用类型系统如服务数据对象(SDO)(参见参考资料)。
For example, you might want to use another generic type system such as Service Data Object (SDO) (see Resources).
在加密算法列表框中可以选择对称算法，使用该算法可以加密 SOAP消息正文中包含的服务数据对象。
The encryption algorithm list box lets you choose the symmetric algorithm to be used to encrypt the service data object contained within the SOAP message's body.
这个例程使用服务器的多个绑定句柄或对象uuid建立一个名称服务数据库条目。
This routine establishes a name service database entry with multiple binding handles or object UUIDs for a server.
SOAPAPI使用XML文档来以类似的方式表示服务数据对象，从而同时与物理和逻辑模型中的内容结构通信。
The SOAP API USES XML documents to similarly represent Service Data Objects to communicate content structures in both the physical and logical model.
关系型DAS采用此架构并使用它定义可以创建的服务数据对象的模式。
The Relational DAS will take this schema and use it to define the model for the Service Data Objects it can create.
使用封装云服务的高级对象意味着您不用再考虑连接中的数据格式。
Using higher-level objects that encapsulate cloud services means you no longer have to think about the format of the data on the wire.
不过，当直接使用SDO的早期版本及其JDBC数据中介服务时(如此处所做的)，需要您自己定义和填充此对象。
However, when working directly with the early version of SDO and its JDBC data mediator service, as you are doing here, you need to define and populate this object yourself.
服务实现还可能使用数据绑定工具将SOAP消息负荷中的XML文档转化成对象，如POJO。
Yet the service implementation might use a data binding tool to convert the XML document carried in the payload of the SOAP message into objects, such as POJOs.
下列方法通过使用框架API以将数据对象转变为XML字符串的方式向服务发送这些更新，从而更新broker信息。
The following method sends the updates to the service to update the broker information, using a framework API to convert the data object to an XML string.
使用标准xml加密方法来加密sdowrapper服务数据对象将生成如清单3所示的结果。
Using standard XML encryption to encrypt the sdoWrapper service data object produces the result shown in Listing 3.
否则，就可以使用生成的消息接收器类，其在基于Axis2AXIOM的接口和使用数据对象的服务代码之间进行适配。
Otherwise, you use a generated message receiver class that ADAPTS between the Axis2 AXIOM-based interface and service code that USES data objects.
不过，请记住，使用XPath表达式还可以仅加密xml消息的服务数据对象的某一部分。
However, keep in mind that using XPath expressions also makes it possible to just encrypt some part of a service data object of an XML message.
主要用到的技术是Ajax、使用了IBMEnhancedFaces组件的JSF，及服务数据对象(service data objects,SDOs)。
The main technologies used are Ajax, JSF using IBM Enhanced Faces components, and service data objects (SDOs).
对于此应用程序，创建向Web服务提供者发送请求的客户机，该Web服务提供者将随后使用commonj . sdo . dataobject格式的通用数据对象进行响应。
For this application, create a client that sends a request to the Web service provider that then responds with a generic data object in commonj.sdo.DataObject format.
现在的问题是大部分WHAT W规范都是在Gears发布后才写的，导致Gears使用的数据库和本地服务器对象和WHAT W规范不兼容——至少当下是这样的。
The issue is that the majority of the WHATW specification was written after Gears was released, so the Database and LocalServer objects used in Gears are not compatible with WHATW - for now.
一般情况下，服务器会在名称服务数据库中公开地列出它的接口和对象UUID，让任何客户机应用程序都可以使用此信息联系它。
The server generally advertises it's interfaces and object UUIDs publicly in the name service database so that any client application can reach to it using this information.
我们有一个具有基础业务对象映射的简单接口映射，以便对流程中使用的数据模型与我们正在编排的服务的数据模型进行相互转换。
We have a simple interface map with underlying business object maps to translate between the data model used in the process, and the data model of the services we're choreographing.
可以使用数据绑定在入站流中将二进制数据转换为服务数据对象(SDO)数据结构，并在出站流中将sdo转换为二进制数据。
You can use data bindings to transform binary data to an Service data Object (SDO) data structure during inbound flow and transform the SDO to binary data during outbound flow.
当通过导出将一个业务对象入站传递给流程服务器时，使用数据绑定(该导出中的一部分)将其转换为流程服务器可以理解的格式。
When a business object is passed inbound to the process server through the export, it is converted to a format understood by the process server by a data binding that is part of the export.
服务器将XML数据发送到浏览器时，使用文档对象模型(DOM)API来处理这些XML数据。
When the server sends XML data to the browser, that XML data is processed using Document Object Model (DOM) APIs.
无论采用哪种方式，调用服务方法时，存根都将使用所选数据绑定框架处理将请求数据对象转换为XML，以及将返回的xml转换为响应数据对象的工作。
Either way, when you call one of the service methods the stub handles converting request data objects to XML, and returned XML to response data objects, using your selected data-binding framework.
可以使用业务对象（服务数据对象 (SDO)的扩展）为数据访问提供抽象层。
You can use Business Objects, extensions of Service Data Objects (SDO), to provide an abstraction layer for data access.
位置服务从数据层接收d TO对象的集合，然后生成对应的JSON数据，在表示层使用。
The location service receives the collection of DTO objects from the data layer and generates the corresponding JSON data for use in the presentation layer.
如果Domino是J2EE环境的一部分，那么就将Domino服务器视作数据存储的一部分，并通过Domino对象使用它。
If Domino is part of your J2EE environment, then your Domino server is part of the data store and is used through Domino objects.
这个特性经常被某些mashup服务器和应用程序利用，这些服务器和应用程序使用JSON作为针对XMLHttpRequest对象请求从服务器传回浏览器的响应的数据格式。
This feature is often exploited by mashup servers and mashup applications to use JSON as the data format for responses transmitted back from a server to the browser for XMLHttpRequest object requests.
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