sha1

You need to compute the hash of the incoming parameter by using SHA1 .

您需要使用SHA1计算哈希值的传入的参数。

This is the RFC algorithm sha1 official website , the standard generic .

这是RFC官方网站上sha1算法，标准通用的。

You can choose from three authentication schemes : crc , md5 , or sha1 .

有三种认证模式可以选择：crc、md5或sha1。

This is because the SHA1 is designed so that it is infeasible to find different contents that produce the same hash .

这是因为SHA1算法就设计成对于不同的内容不可能产生相同的哈希特征值。

Finally , if you want the best authentication without regard for CPU resources , use sha1 , as it 's the hardest to crack .

最后，如果您想要得到最好的认证，而不考虑CPU资源的使用，那么请使用sha1，因为它最难破解。

It uses a default signature algorithm , SHA1 with DSA , to create a self-signed certificate valid for180 days .

它使用默认的签名算法（SHA1和DSA）创建一个带有自我签名的证书，有效期为180天。

The main section entry , x-Digest-Manifest-Main-Attributes ( where x is a digest algorithm , such as SHA1 ), contains the digest value for the main attributes of the manifest .

主要部分的条目x-Digest-Manifest-Main-Attributes（x是摘要算法，比如SHA1）包含清单文件的主要属性的摘要值。

In addition , it is advised to choose SHA1 for generation of self-signed certificates , certificate signing requests , and as the hashing component of the channel ciphersuite .

此外，建议的做法是选择SHA1来生成自签名证书、证书签名请求，且作为该通道密码套件的哈希组件。

This property contains the ASCII-encoded SHA1 hash of a mailbox URI ; this encoding is a one-way mapping and cannot be trivially reverse-engineered to give the original e-mail address .

该特性包含邮箱URI的ASCII编码的SHA1散列；该编码是单向映射并且不能很一般地进行逆向工程以给出原始的电子邮件地址。

We 're going to be putting together some documentation and howtos for all this , but I already blogged a bit about sha1 and handles used to precompile Ruby applications for Android .

我们正打算整理一些文档和howto，我已经在博客中写了一点用sha1和handles预编译针对Android的Ruby应用程序的文章了。

And if you want to just precompile the lot , you can combine sha1 and handles flags to jrubyc with either jarred up class files or codeCache to precompile the lot .

如果你想仅仅预编译你的应用程序，在使用jrubyc进行jar打包或codeCache时结合sha1和handles标志即可。

This awareness runs from the pedestrian ( such as not showing plaintext in a password field on a login page ) to dizzying heights of cryptographic methods ( such as DES , MD5 , SHA1 , Blowfish ) .

用户要树立从一般加密方法（例如，在登录页上的密码字段中不显示明文）过渡到各种高级加密方法（如DES、MD5、SHA1和Blowfish）的意识。