它们只是通过SOAP或结构良好的集成体系结构的远程过程调用或点到点消息传递而已。
They're simple remote procedure calls or point-to-point messaging through SOAP or well structured integration architectures.
start_kernel调用setup_arch作为执行的第一步，在其中完成特定于体系结构的设置。
Start_kernel calls setup_arch as the first step where the architecture-specific setup is done.
使用这个体系架构，业务服务发起的每个数据访问操作或事务都将调用DSL。
With this architecture, DSL gets invoked for every data access operation or transaction initiated by a business service.
面向服务的体系结构的一个关键在于能够公开采用大量绑定选项的服务，以及能够使用行业规范调用服务。
A key to service-oriented architecture is the ability to expose services with a number of binding options and the ability to call services using industry norms.
调用方的标识的传播方式同前面的体系结构相同，且适用于相同的注意事项。
The identity of the caller is propagated as in the previous architecture and the same considerations apply.
在面向服务的体系结构(SOA)中，服务调用是主要通信机制。
In a service Oriented Architecture (SOA), service calls are the primary communication mechanism.
要了解如何从此新功能中获益，您需要探索基础服务组件体系结构 (SCA)编程模型提供的调用样式。
To understand how to benefit from this new functionality, you need to explore the invocation styles provided by the underlying Service Component Architecture (SCA) programming model.
面向服务的体系结构(SOA)允许服务客户端以一致、灵活的方式调用服务提供程序。
A service oriented architecture (SOA) enables service clients to invoke service providers in a consistent and flexible manner.
另一个选项是对异步调用使用服务组件体系结构(SCA)支持。
The other option is to leverage the Service Component Architecture (SCA) support for asynchronous invocations.
BPEL流程使用服务组件体系结构(SCA)绑定调用中介流。
A BPEL process invokes a mediation flow using a Service Component Architecture (SCA) binding.
该体系结构是用静态服务映射导航文件来动态调用的。
This architecture is dynamically invoked using a static services mapping navigator file.
在传播标识时，ltpa令牌也非常有用，这意味着您可以在体系结构的不同层之间传递ltpa令牌，并且仍然保持调用者的标识。
LTPA token is also very useful when propagating an identity, which means that you can pass along the LTPA token in the different tiers of the architecture, and still keep the identity of the caller.
面向服务的架构（SOA）引入了一个高度分布的体系结构，在这个体系结构中，多个不同的客户在调用同样的服务。
Service-Oriented Architecture (SOA) introduces a highly distributed architecture which assumes multiple consumers executing the same service.
Axis2体系结构能够支持在客户端和服务器端同时支持异步调用。
The Axis2 architecture is capable of supporting asynchronous invocation both in the client side and in the server side.
在J2EEModel2体系结构中，Servlet是UI控制器，负责获取输入数据，调用某些后端的业务逻辑，然后决定转发到哪一个JSP。
In the J2EE Model 2 architecture, a servlet is the UI controller, responsible for getting input data, calling some back-end business logic, and then deciding what JSP to forward to.
在解决方案的体系结构中，MicrosoftWord模板使用帐号来调用查询应用程序(该应用程序托管于后端的WebSphereApplicationServer)的宏。
In the solution architecture, a Microsoft Word template USES an account number to invoke a macro that queries an application hosted on a back-end WebSphere application Server.
如果这三个附加的参数没有注释掉，在与此体系结构有关的逻辑将通过该Servlet的init方法进行调用。
When those three additional parameters are uncommented, the logic related to this architecture will be invoked in the servlet's init method.
当前，只有在Intel体系结构上支持pstack等调用；在其他体系结构上的支持还在开发的过程中。
Currently, support for calls like pstack is available only on the Intel architecture; it is in the process of being developed on other architectures.
在这一由两部分组成的系列的第1部分中，您了解了Axis2体系结构以及如何使用不同的调用模式来部署和使用一个简单的Web服务。
In part 1 of this two-part series, you learned about the Axis2 architecture and saw how to deploy and consume a simple Web service using different invocation patterns.
由于我们的调用机制基于服务组件体系结构(SCA)，因此使用WebSphereProcessServer，如图13中所示。
Since our invocation mechanism is based on Service Component Architecture (SCA) we use WebSphere Process Server as can be seen in Figure 13.
业务流程的关键元素是Invoke活动，正如面向服务的体系结构（Services Oriented Architecture）所描述，它代表了一般服务的调用。
The key element of a business process is the Invoke activity, which represents the invocation of a generic service, as described by the Services Oriented Architecture.
SCA：ProcessServer中的服务调用是使用服务组件体系结构 (SCA)规范完成的。
SCA: Service invocations in Process Server are done using the Service Component Architecture (SCA) specification.
由于其相对集中的经济体系，中国可以高速地大规模调用资源。
With its command economy, China is able to mobilise resources on a massive scale at speed.
这一部分，我们分析了驱动程序的体系结构，讲述了它和应用程序的相互关系，以及在应用程序中如何实现驱动程序的调用。
In this part, we analyzed the basic system structure of a device driver and the relationship with an application program, and depicted that how to invoke a device driver in the application program.
针对信息推送技术是分布式系统的一个研究方向，分析了基于RMI的分布式多层体系结构，并探讨了利用rmi的调用机制来实现信息的推送。
This paper analyses the distributed multi-layer system architecture based on RMI and discusses how to use the call mechanism to realize the pushing information.
接着文章介绍了J2EE体系架构以及其企业应用模型，并对J2EE架构中的核心组件EJB的结构、类型以及调用方式进行深入探讨。
And then introduces J2EE architecture and its enterprise application, moreover discusses the structure, type and invoking method of EJB which is the core component of J2EE.
本文给出了CIMS集成平台应用编程接口（API）的体系结构，详细描述了CIMS集成平台API在CIMS应用各个层次上的需求、调用和分类。
The architecture of API for CIMS Integrated Platform is proposed and the classifications, requirements and low level service support are presented in this paper.
第三部分详细分析了EJB组件体系的内部结构、编写规则、调用流程和实现方法，以及EJB容器工具与服务。
Section 3 analyzes the internal structure of EJB component architecture and its calling process, the EJB container tools and services are also introduced.
分析了ogsi.net的体系结构和主要组件，讨论了ogsi.net的服务调用过程、安全性和基于属性的网格计算编程。
It analyses the architecture and major components of OGSI. NET, discusses service function invocation and security of OGSI. NET and attribute - based programming for grid computing.
分析了ogsi.net的体系结构和主要组件，讨论了ogsi.net的服务调用过程、安全性和基于属性的网格计算编程。
It analyses the architecture and major components of OGSI. NET, discusses service function invocation and security of OGSI. NET and attribute - based programming for grid computing.
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