RFC 2807列出了xml数位签章(XML Digital Signature)规范的设计原理、作用范围和要求。
RFC 2807 lists the design principles, scope, and requirements for the XML Digital Signature specification.
使用指定的讯息验证码(MAC)演算法，计算xml数位签章。
Computes an XML digital signature using the specified message authentication code (MAC) algorithm.
由于杂凑值将大量资料表示成较小的数值，因此杂凑值可用于数位签章。
Hash values represent large amounts of data as much smaller numeric values, so they are used with digital signatures.
这个选项会使得编译器在输出档案中保留空间，以便稍后可以加入数位签章。
This option causes the compiler to reserve space in the output file so that a digital signature can be added later.
不过，请注意，强式名称本身并未隐含任何如数位签章和支援凭证所提供的信任层级。
Note, however, that strong names in and of themselves do not imply a level of trust like that provided, for example, by a digital signature and supporting certificate.
基本上数位签章是藉著套用数学函式于要被签名的资料的杂凑来计算。
Typically the digital signature is computed by applying a mathematical function to the hash of the data to be signed.
签署可以协助确认资料的特定出处，只要为其建立唯一的数位签章即可。
Signing helps verify that the data originates from a specific party by creating a digital signature that is unique to that party.
主应用程序可以存取有关程序码的资讯(辨识项)，例如程序码来源的区域，或应用程序定义域中组件的数位签章。
The host has access to information about the code (evidence), such as the zone in which the code originates, or the digital signatures of the assemblies in the application domain.
如果传送的应用程序要求验证，讯息伫列会建立数位签章，在传送讯息时用来为讯息签名，并在接收讯息时用来验证讯息。
If the sending application requests authentication, message Queuing creates a digital signature and USES it to sign the message when it is sent and to authenticate the message when it is received.
如果传送的应用程序要求验证，讯息伫列会建立数位签章，在传送讯息时用来为讯息签名，并在接收讯息时用来验证讯息。
If the sending application requests authentication, message Queuing creates a digital signature and USES it to sign the message when it is sent and to authenticate the message when it is received.
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