SOAP header binding types in WSDL.
WSDL中SOAP消息头的绑定类型。
What binding types will you be working with?
您将要采取哪些绑定类型？
Apply to specific binding types or implementation types.
应用于特殊的绑定类型或实现类型。
These types are the Data Binding types that you created in the Task 1.
这些类型是您在任务1中创建的Databinding类型。
The styles that may result from various binding types are listed in Table 1.
表 1列出了各种绑定类型可能产生的样式。
Let's descend from the architectural clouds and look at each of these binding types in concrete detail.
让我们从结构性云层中走出来，看看每种绑定类型的具体情况。
You will get a non-compliant warning during Web services code generation if you use EJB or JMS binding types.
如果您使用EJB或者JMS绑定类型，您将在Web服务代码产生的过程中获得一个非顺应性的警告。
Binding types are associated with imports and exports using the Assembly Editor. Today, there are five primary binding types.
绑定类型使用AssemblyEditor与导出和导入关联。
Because details are different, depending on the binding type, we have implemented different forms for different binding types.
因为不同的绑定类型有不同的详细信息，我们为各种绑定类型实现了不同的窗体。
The XAML application is generated using the selected object, which includes a combination of all binding types, as mentioned above.
这时会使用所选的对象生成 XAML应用程序，其中包含上面提到的所有绑定类型的组合。
Web service bindings are the simplest binding types, and are also the most compatible with clients that wish to invoke Web services.
Web服务绑定是最简单的绑定类型，而且还是与想要调用Web服务的客户端最兼容的绑定类型。
However, because of their simplicity and compatibility, they also lack some of the advanced features found in SCA and JMS binding types.
然而，正因为其简单易用而且具有高的兼容性，SCA和JMS绑定类型中的高级功能正是它们所欠缺的。
During deployment code generation time (Step 7), you selected one or more inbound binding types for enabling clients to access the process.
在部署代码生成过程中(步骤7)为启用访问流程的客户端，选择一个或多个内置绑定类型。
Yes, we can have multiple endpoints for different binding types. For example, an endpoint with wsHttpBinding and another one with netTcpBinging.
是的，对于不用的绑定类型，我们可以有多个节点。例如一个节点上带有。
It abstracts some of the details away and works more like the JMS binding types in Process Server, including their data handler styles, function selectors, and so on.
它提取了一些细节，工作方式更像ProcessServer中的JMS绑定类型，包括它的数据处理程序风格、功能选择器等等。
This allows not only to change endpoint addresses and binding types (features found in many registry implementations), but also to tweak binding parameters using a centralized registry.
这不仅可以让我们改变端点地址和绑定类型(很多注册中心的实现都有这些功能)外，也可以通过统一集中的注册中心对绑定参数进行细微调整。
This table represents a superset of all parameters for all types of supported binding.
这个表是一个关于所有支持的绑定类型的所有参数的超集。
In the case of the five different JMS message types, we need to provide custom binding implementations so that any message format can be supported.
在采用五种不同的JMS消息类型的情况下，我们需要提供自定义绑定实现，以便支持任何消息格式。
We can use argument binding to bind method parameters, return types and exceptions as well as targets if we wish.
我们可以使用参数绑定来绑定方法参数，返回类型和异常，以及我们希望的目标。
One typical case is that a binding provider is created for a specific application that has a few XML schema types that are not supported by the JAX-RPC specification.
一个典型的例子就是为一个特定的应用程序创建绑定提供者，这个应用程序有几个xml脚本类型是不被JAX - RPC规范支持的。
There are still unresolved issues for such things as overloaded methods, although for some small subset of calls the argument types can resolve the binding.
还有一些事情，如重载方法，依然有很多未决的问题，尽管对一些小子集的调用，声明类型能处理绑定。
The generated data binding script is composed of targets, tasks, types and properties.
所生成的数据绑定脚本由目标、任务、类型及属性组成。
Conservative binding semantics exist for global variables as they do for functions and data types whenever necessary.
在对函数和数据类型使用全局变量时，必要时可以使用保守的绑定语义。
This would be a more pleasant syntax than passing ugly strings and types and binding flags to various Reflection APIs to get that information.
这与把丑陋的字符串、类型和绑定的标志符传递给五花八门的反射API比较起来，要感觉舒服得多。
The scenario we illustrate in this article USES very simple data types, but you can use the same scenario for complex data types, providing good data binding techniques.
虽然我们在本文中举的场景中使用了简单的数据类型，但是您可以用相同的场景使用更复杂的数据类型，提供良好的数据绑定技术。
The data binding classes for the other JMS message types are similar.
其他JMS消息类型的数据绑定类也是类似的。
New JMS import and export bindings now support additional JMS message types via supplied data binding classes.
现在通过所提供的数据绑定类，新的JMS导入和导出绑定支持附加的 JMS消息类型。
But for MIME types you must inspect the binding to determine the real parameter types.
但是对于MIME类型，您必须检查绑定来决定实参的类型。
The SCA HTTP export binding is configurable and can handle different types of requests with different payload formats.
SCAHTTP导出绑定是可配置的，并且能够处理使用不同负载格式的各种请求。
Most services are defined by a WSDL description, as shown in Figure 3, which includes a description of the supported message types and service binding information.
大多数服务由WSDL描述定义，如图3所示，其中包含支持的消息类型和服务绑定信息的描述。
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