应用程序或代码签名是这样一个过程，即生成私有、公共密钥和公共密钥证书，签署和优化应用程序。
Application or code signing is the process of generating private and public keys and public-key certificates, signing and optimizing the application.
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.
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.
确切地说，在上面的示例中，就是用来签名HTTP请求中订单的专用密钥应该与用于SSL客户机身份验证的密钥相同。
Specifically, in the above example, the private key used to sign the order in the HTTP request should be the same as the one for the SSL client authentication.
保证公共密钥签名来自所有者的惟一方法是，密钥的所有者亲自把磁盘上的密钥交给您。
The only way to guarantee that the public key signature is from the owner is for the owner to hand you the key on a disk, in person.
同样地，用来在HTTP响应中签名收据的专用密钥也应与用于SSL服务器身份验证的密钥相同。
Similarly, the private key used to sign the receipt in the HTTP response should be the same as the one for the SSL server authentication.
应用程序签名首先是生成一个私有、公共密钥对和一个相关公共密钥证书，简称为公共密钥证书。
Application signing begins by generating a private and public key pair and a related public-key certificate, also known as a public-key certificate.
此数字签名基于公用IBM主控密钥，此密钥仅在 IBM内可用。
This signature is based on a common IBM master key, which is available only inside IBM.
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.
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.
keystore中的每一个密钥都可以用一个别名标识，它通常是拥有这个密钥的签名者的名字。
Each key in the keystore can be identified by an alias, which is typically the name of the signer who owns the key.
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.
该方案中成员私钥是由密钥管理者所分发的密钥和成员生成的密钥构成的三元组，从而使得签名具有强防陷害性。
In our scheme, the private key to a group member is a triple consisting of the key obtained from the key issuer and that generated by the member, thus realizing strong exculpability.
本文主要分析了椭圆曲线公钥密码体制的安全椭圆曲线的实现、密钥的生成、密钥交换协议和数字签名等内容。
The paper mainly introduces some contents of ECC, such as implement of secure elliptic curve, generation of key, key exchanged protocol and digital signature.
使用该类可方便地在VB应用程序中实现对称密钥、公开密钥和数字签名算法，并且不受中英文编码方式的限制。
This class can be flexibly used in VB to implement such cryptography algorithms as Symmetric Key, Public Key and Digital Signature.
删除密钥容器可能导致拒绝服务攻击，因为它阻止使用通过密钥加密或签名过的文件。
Deleting a key container can constitute a denial of service attack because it prevents the use of files encrypted or signed with the key.
该协议采用的技术包括，对称密钥加密、公共密钥加密、哈希算法、数字签名技术以及公共密钥授权机制等。
The protocol USES such technologies as symmetrical key encryption, public key encryption, Hasche algorithm, digital signature as well as public key authorization mechanism and so on.
但是如何解决公共密钥的确定性以及私人密钥持有者否认签发文件的可能性问题，则是电子签名技术本身无法解决的问题。
But how to solve the possibility of the public key and private key holder denying the certainty of documentation is a problem, and electronic signature technology can not deal with it itself.
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.
该方案利用前向安全数字签名理论和技术，保证了一个PKI系统在CA签名密钥泄露的情况下损失最小；在CA需要更换签名密钥时效率最高；
The scheme utilizes the theory and technology of forward-secure digital signature to guarantee that the loss is the lowest in the case that CA's signing secret key is compromised;
数字签名需要使用两个密钥一个是公钥一个是密钥。
Digital signatures require the use of two distinct but mathematically-related encryption keys known as a public key and a private key.
数字签名需要使用两个密钥一个是公钥一个是密钥。
Digital signatures require the use of two distinct but mathematically-related encryption keys known as a public key and a private key.
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