The Web services security model and approaches based on the Web services security specifications help meet the challenges of securing service-oriented applications.
基于Web服务安全规范的Web服务安全模型和方法有助于解决保护面向服务的应用程序的难题。
Security header tokens and trusted context are important features to consider when choosing and implementing the security model for your Web services environment.
当为Web服务环境选择和实现安全模型时，安全报头标记和受信任上下文都是要重点考虑的特性。
The book discusses the Model-View-Controller pattern, unit testing, Web services, security, and many other topics that are critical to building effective Web applications.
该书讨论了Model -View - Controller模式、单元测试、Web服务，安全性和对有效的Web应用程序的构建起关键作用的许多其他主题。
Although the demand for secure web services is as important as having interoperable web services, the challenge to standardize a security model across heterogeneous platform remains.
虽然对安全的Web服务的需求和拥有可互操作的Web服务一样重要，在标准化跨平台的安全模型上仍存在挑战。
The WebSphere Appplication Server's WS-Security function allows the enablement of capabilities during deployment of the web services implementations through a declarative model.
WebSphereAppplicationServer的Web服务安全性（WS-Security）功能通过声明性的模型使得可以在部署 Web 服务的实现时启用这些功能。
This article focuses on the example of WS-Security Policy to demonstrate how to model nonfunctional metadata for Web services.
本文用WS - SecurityPolicy的实例来示范如何为Web服务的非功能元数据建模。
This article focuses on the example of WS-Security Policy to demonstrate how to model nonfunctional metadata for Web services.
本文用WS - SecurityPolicy的实例来示范如何为Web服务的非功能元数据建模。
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