该安全框架采用了分层的结构：安全服务接口层、安全服务层、安全提供者接口层和安全提供者层。
The security framework is made up of four layers: security service interface, security service, security service provider interface and security provider.
元数据的示例包括接口描述、端点地址和涵盖服务级别协议、安全关系等的策略。
Examples of metadata include interface descriptions, endpoint address, and policies covering service level agreements, security relationships, and so on.
该框架是在DB2UDBV8.2 中引入的，也支持基于通用安全服务应用程序编程接口（Generic Security Service Application Programming Interface，GSS-API）的插件身份验证。
This framework, introduced with DB2 UDB V8.2, also supports plug-in authentication based on Generic Security Service Application Programming Interface (GSS-API).
WS - Trust还允许在SOAP消息头内直接传输安全令牌，而不是通过STSWeb服务接口。
WS-Trust also allows for directly transporting security tokens in SOAP message headers, rather than via the STS web service interface.
在受管模式下，应用程序服务器与资源适配器建立接口，从而管理诸如连接池、事务管理、跟踪和安全性之类的服务质量特性。
Under managed mode, the application server interfaces with resource adapters to manage quality of service features such as connection pooling, transaction management, tracing, and security.
这个网络接口非常迅速，并且为了改善性能，服务器会故意不支持身份验证或安全性通信。
The network interface is quick, and to improve performance, the server deliberately does not support authentication or secure communication.
要理解这个安全模型，您应该熟悉所谓的通用安全服务应用程序编程接口(GenericSecurity Services application programming interface, GSS - API)版本2的更新1。
To understand the security model, you should familiarize yourself with something called the Generic security Services application programming interface (GSS-API) version 2, update 1.
这意味着对Web服务接口的所有请求必须包含一个安全令牌，安全令牌代表有效的用户凭证。
This means that all requests against the Web service interface must contain a security token, which represents a valid user authentication.
类似的大多数站点同时也提供应用程序接口(APIs)，支持第三方编写能与站点服务器进行直接、安全及高效对话的软件。
Most sites like these also offer application programmer interfaces (APIs) which let third parties write software that communicates directly, securely and efficiently with the site's servers.
J2ME中的安全联网涉及到一些为了与基于Web的网络服务进行安全通信而提供的额外接口。
Secure Networking in J2ME involves additional interfaces available for secure communication with Web-based network services.
本文介绍了用活动目录设计安全个性化登陆WEB页面原理，及其相关的活动目录服务接口（ADSI）、IIS和ASP。
The paper introduces the principle of design safe and individualized WEB page with active directory, and relevant Active Directory Services Interfaces(ADSI), IIS and ASP.
通过调用该网络服务的相关接口，用户就能够通过安全的一次认证而无缝地访问各个应用系统。
Calling relative interface of the universal authentication web service, user can visit different system seamlessly with one login.
在实现时可以对某一服务(或接口方法)进行角色(不同权限组)级的安全设置，从而保证数据共享时数据的安全性。
Some safety setting depended on different roles can be done to some kind of service (or interface method) to ensure the security when the data are Shared.
并提供灵活的安全映射接口，使其易于和其他安全系统相结合，为企业及企业间的应用提供访问控制服务。
It also offers some flexible security mapping interface to combine with other security systems easily and confess access control service for the applications of enterprises.
讨论了构件对象模型(COM)的基本结构、接口规范、COM库的调用机制、安全性机制以及基本的OLE服务等问题。
The basic structure of COM, interface standard, calling mechanism of COM database, security mechanism and basic OLE service are described.
在这个服务平台上能够有效的支持不同的应用服务、提供数据广播和视频流的广播、提供方便的应用接口、有效的管理带宽资源，提供安全访问功能。
This platform can provide data broadcast and media stream broadcast service, provide flexible application interface, have effective management of resource, and provide the security access service.
新颖、安全的动态身份认证系统主要由电子令牌、安全认证服务器、管理工作站、认证服务接口函数等组成。
Novel and secure dynamic identification system comprises electrical tokens, a secure identification server, a management workstation and application Programming Interface.
新颖、安全的动态身份认证系统主要由电子令牌、安全认证服务器、管理工作站、认证服务接口函数等组成。
Novel and secure dynamic identification system comprises electrical tokens, a secure identification server, a management workstation and application Programming Interface.
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