The provider gateway will take this DN and propagate it to the Web service provider in an LTPA token inside a WS-Security header.
提供者网关将采用此DN，并将其传播给WS安全标头中ltpa令牌中的Web服务提供者。
Figure 5 shows an architecture using transport security with Web Services Gateway acting as SSL endpoint.
图5显示了通过将Web服务网关作为ssl端点实现传输安全的体系结构。
The client domain gateway expects a request message with an LTPA token in a Web services security (WS-Security) header as generated by the configuration described in Part 4 of this series.
客户端域网关期望Web服务安全（WS 安全）标头中具有LTPA令牌的请求消息（该标头由本系列文章的 第 4部分描述的配置生成）。
The gateway can even use WS-Security to pass the context back to the service implementation, if the transport between the gateway and service provider supports SOAP and Web services security.
如果网关和服务提供者之间的传输支持SOAP和Web服务安全，网关甚至可以使用WS - Security将上下文传回到服务实现。
The security architecture is made of a security gateway and an operating system library which tags data as it is being used by the web application.
整个安全架构由一个安全网关和一个操作系统库组成，Web应用可使用该操作系统库标记数据。
By adding the mod_security module to the Apache Web server, you can change the reverse proxy server to an application gateway and provide even more security to the Web application.
通过在ApacheWeb服务器中添加mod_security模块，即可将反向代理服务器改为应用网关，并为Web应用程序提供更高的安全性。
This is the same as the gateway on server side acting in role assigned to the WS-Security header architecture but with the XS40 substituted for the Web Services Gateway.
这与服务器端网关具有指定给WS-SecurityHeader 的角色体系结构相同，但其中使用XS40代替Web服务网关。
Overall, the Web services Gateway solution provides a framework for invoking Web services between both Internet and Intranet environments with the additional benefit of WS-Security protection.
总的来说，Web服务网关解决方案用Web服务安全性保护的额外好处为调用互联网和内联网环境间的Web服务提供了一个架构。
Overall, the Web services Gateway solution provides a framework for invoking Web services between both Internet and Intranet environments with the additional benefit of WS-Security protection.
总的来说，Web服务网关解决方案用Web服务安全性保护的额外好处为调用互联网和内联网环境间的Web服务提供了一个架构。
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