签名密钥是主体的私钥，检验密钥带有附加的证书。
The signing key is the private key of the subject and the verifying key has the certificates attached to the key.
客户端必须有一个签名密钥才能和Puppetmaster对话。
正如我们前面所说的，密钥文件包含私钥，而信任文件包含签名密钥。
As we said earlier, the key file contains the private keys, while the trust file contains the signing keys.
很可能需要将用于LDAP服务器证书的签名密钥(证书)放在信任存储库中。
You'll most likely need to place the signing key for the LDAP server's certificate into the trust store.
BOINC提供了一个让项目定期改变他们的代码签名密钥的机制。
BOINC provides a mechanism by which projects can periodically change their code-signing key pair.
版本5通过结束所有接收带有无效签名的签名密钥的im会话来阻止入侵。
Version 5 stops the intrusions by ending all IM sessions that receive signed keys with invalid signatures.
您可以从应用服务器信任存储文件中删除任何不需要的签名密钥，以防止出现这种情况。
You can remove any unneeded signing keys from the application server trust store files to prevent this.
即使当前时段的代理签名密钥泄露，攻击者也无法得到以前时段的代理签名。
Even if the current secret key of proxy signer has been leaked, the attacker can't forge the proxy signature of the past period time.
黑莓开发版本7和爱人，签名密钥错误：服务器无法使用。请联系您的系统管理员联系。
Blackberry Development version 7 and lover, signing key error: server unavailable at this time. please contact your system administrator.
该方案将密钥更新算法应用在原始签名者计算过程中，更有效增强了代理签名密钥的安全性。
In this scheme, the key updating algorithm is used by the original signer, so the security of the proxy signature key is promoted to a higher level.
智能卡能够存储和解释私人签名密钥和证书，实现数字签名和认证，有效的保证信息的安全。
Smart Card can effectively protect the information security because it can store and explain the private signature key and certificate, realize digital signature and authentication.
为了抵抗原始签名人的伪造攻击，改进了代理签名密钥的生成过程，并对改进的方案进行了安全性分析。
To eliminate the original signers forgery attacks, a modification of the proxy key generation stage is proposed. Security analysis of the improved scheme is also presented.
方案的前向安全性保证了签名密钥可定期更新，即使当前时间段的签名密钥被泄漏，敌手也不能伪造先前的签名。
Forward security of the scheme means that even if the secret key of current time period is compromised, some security remains. It is impossible to forge the signature relating to the past.
YBX代理多重签名方案是不安全的，攻击者在不知道原始签名者密钥的情况下，能够伪造代理签名密钥，假冒代理签名者对文件进行签名。
The proxy multi-signature scheme called YBX is not safe. An attacker can forge the key pair of proxy signature without the original private key, and disguise himself as proxy to sign document.
最后，使用我们在本文前面创建的密钥对SAML断言签名。
Finally, sign the SAML assertion with the keys we created earlier in this article.
有效载荷的接收者可以使用发送者的公开密钥验证数字签名。
The recipient of the payload can validate the digital signature using the public key of the sender.
然而，用于数字签名和加密的X . 509密钥对的角色是颠倒的。
However, the roles of X.509 key pairs are reversed for digital signature and encryption.
对于密钥交换XML加密完全依赖于 XML数字签名规范。
XML Encryption relies entirely on the XML Digital Signature specification for key exchange.
为客户端创建密钥数据库并生成证书签名请求(CSR)。
Create a key database for the client and generate a certificate signing request (CSR).
私钥(有时简称为密钥)：可用于对消息签名或加密。
Private key (sometimes just referred to as a key) : Can be used to sign or decrypt a message.
如果丢失的私钥只是用于数字签名文档，那么就可以生成一个新的密钥，而不会影响对已经签名的文档的有效性。
If the private key that's lost is only used for digitally signing the documents, a new key may be generated without affecting the validity of the existing signed documents.
密钥用于对消息签名。
数字签名依赖于公共密钥加密学。
对称密钥(公钥)算法用于交换在对称算法中使用的加密密钥，以及用于数字签名。
An asymmetric key (public key) algorithm is used for the exchange of the secret keys to be used in symmetric algorithm and for digital signatures.
只有密钥持有者才能创建签名组件。
Only the holder of the key could have created the signature component.
操作签名更改为接收请求模板（和密钥），然后返回响应模板。
The operation signature is changed to accept, in addition to a key, a request template, and then returns a response template.
由于数字签名是建立在公用密钥密码术基础上的，因此计算一个数字签名所花的时间往往要比计算一个mac长得多。
Because a digital signature is based on public key cryptography, it generally takes much more time to compute a digital signature than a MAC.
密钥用于数字签署文档和验证签名，也用于加密和解密过程。
Keys are used for digitally signing documents and verifying signatures, and they help with the encryption and decryption processes.
出于好奇，我们使用1024位RS a密钥对来进行签名，使用128位机密密钥(AES)来进行加密。
For the curious, a 1024 bit RSA key pair is used for signing and a 128 bit secret key (AES) is used for encryption.
PG P签名的工件，带有公共密钥。
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