We have already demonstrated how to author XML Encryption files and exchange encrypted data.
我们已经演示了如何创建xml加密文件以及交换加密数据。
We'll now demonstrate a simple exchange of data, making it secure through XML Encryption.
现在我们将演示一个简单的数据交换，通过xml加密使它安全。
This means that actual encrypted data or keys will be present somewhere else (perhaps somewhere on the Internet) and not inside our XML Encryption file.
这意味着实际加密数据或密钥将出现在别的地方(可能是因特网上的某个地方)，而不是在xml加密文件内。
Listing 2 contains only XML Encryption's schema, while Listing 3 contains both XML Encryption as well as elements from the original data in Listing 1.
清单2只包含xml加密的模式，而清单3既包含xml加密模式又包含来自清单1中原始数据的元素。
In Part 1, I introduced XML Encryption and discussed its use for achieving secure data exchange.
在第1部分中，我介绍了xml加密，并讨论了它在实现安全的数据交换中的使用。
Here in Part 2, I have examined a typical data interchange scenario where you can employ XML encryption concepts.
在这个第2部分中，我研究了典型的数据交换方案，其中您可以使用xml加密概念。
XML Encryption uses the type definitions by IANA for various popular data formats such as RTF, PDF, and JPG.
XML对各种流行的数据格式（如RTF、PDF和JPG）使用 IANA的类型定义。
All the information necessary for decryption is present within the XML encryption tags: the name of the encryption algorithm, the type of data that was encrypted, and the name of the encryption key.
XML加密标记中存在着解密需要的所有信息：加密算法的名称、加密的数据类型以及加密密钥的名称。
The other attribute, xmlns, specifies the XML Encryption namespace that we used to encrypt the XML data.
另一个属性xmlns指定了用来加密XML数据的 XML加密名称空间。
Using standard XML encryption to encrypt the sdoWrapper service data object produces the result shown in Listing 3.
使用标准xml加密方法来加密sdowrapper服务数据对象将生成如清单3所示的结果。
The encrypted data, instead, are contained within the EncryptedData element belonging to the XML encryption (xenc:) namespace.
而加密的数据则包含在EncryptedData元素中，该元素属于xml加密(xenc：)命名空间。
According to the XML Encryption specification, you can also encrypt arbitrary data (for example, a.jpg image or practically anything on the Web).
依据xml加密规范，还可以对任意数据(例如，.jpg图像或Web上几乎任何内容)加密。
The encryption of data based on the WS-Security specification and the XML encryption specifications that it references involves.
基于Web服务安全性(WS - Security)规范和它引用的xml加密规范的数据加密包括。
Both XML standard encryption and WS-Encryption follow a two-step approach for encrypting data.
XML标准加密和WS - Encryption都遵循两步加密数据的方法。
The architecture of the solution includes the ability for them to leverage both XML Digital Signature and XML Encryption to address authentication, data integrity, and data confidentiality.
解决方案的体系结构包括使用XML数字签名（XML Digital Signature）和 XML加密（XML Encryption）来满足验证、数据完整性和数据机密性的需求。
Secondly we introduce these key technology when develop mobile enterprise application such as J2ME, J2EE, XML and data encryption in details.
然后详细介绍了实现移动企业级应用的关键技术J2ME、J2EE、XML以及数据加密技术。
The security problem of XML data existed in logistic information systems. The application of the XML encryption, XML data signature and XKMS insure the security of logistic information.
当前物流信息系统中存在着XML数据安全的问题，根据XML加密、XML数字签名和XML密钥管理规范服务（XKMS）三种核心标准，在数据交换中确保XML数据的安全。
XML encryption provides end-to-end security for applications that require secure exchange of structured data.
XML加密为结构数据的安全交换提供了端到端的加密。
In this solution, SSL is used to ensure secure transmission. XML data signature and encryption are used to achieve secure dada format and XML access control mechanism is deployed.
在该方案中应用SSL实现安全的数据传输、应用XML数字签名和加密实现安全的数据表示以及应用安全的XML访问控制机制。
In this solution, SSL is used to ensure secure transmission. XML data signature and encryption are used to achieve secure dada format and XML access control mechanism is deployed.
在该方案中应用SSL实现安全的数据传输、应用XML数字签名和加密实现安全的数据表示以及应用安全的XML访问控制机制。
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