Introduces a dynamic programming model for both server and client.
为客户机和服务器引入了一个动态编程模型。
In contrast to the server-side programming model, there is no client-side mechanism for composing atomic transactions over the repository.
与服务器端编程模型相反，不存在用于构成针对存储库的原子事务的客户端机制。
The client programming model works in a fashion similar to the server programming model.
客户机编程模型的风格和服务器编程模型很相像。
To reduce this type of server traffic, WebSphere Portal now supports a client-side programming model in which portlet state changes can be performed more efficiently on the client side.
为了减少这种类型的服务器信息过载，WebSpherePortal现在支持一种客户端的编程模型，这种模型允许portlet状态在客户端更有效率地执行。
In this article, you've learned how the flexibility of the SCA runtime and client programming model allows Web service clients to invoke Process Server services.
在本文中，您已了解SCA运行时和客户端编程模型的灵活性如何允许Web服务客户端调用ProcessServer服务。
However, the access-detach-modify-merge programming model must satisfy certain prerequisites for client-server interaction.
然而，采用这种“访问-分离-修改-合并”编程模式的客户端-服务器交互必须满足一定的要求。
The Client /Server model using OPC technique and the MFC(Microsoft Fundation Class)and ATL(Active Template Library)programming technique for its implementation is emphasized.
简要介绍了基于OPC规范的数据实时通信，着重分析了采用OPC技术的客户/服务器模型和实现该模型的MFC和ATL编程技术。
The Client /Server model using OPC technique and the MFC(Microsoft Fundation Class)and ATL(Active Template Library)programming technique for its implementation is emphasized.
简要介绍了基于OPC规范的数据实时通信，着重分析了采用OPC技术的客户/服务器模型和实现该模型的MFC和ATL编程技术。
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