Passwords are stored using the SHA1 hash digest.
密码是使用sha1杂凑摘要式来储存。
The two hash types currently in use are MD5 and SHA1.
当前使用的两种哈希类型是MD5和SHA1。
Type members are now listed on the SHA1 type page itself.
型别成员现在列在sha1型别页面上。
If your server does not support SHA1 you can use the provided function.
如果你的服务器不支持SHA1，你可以使用别人提供的函数。
If the server still remembers a script with a matching SHA1 digest, the script is executed.
如果服务器记得这个脚本的SHA1摘要，脚本就会被执行。
The changesets are compressed and hashed with SHA1 to verify their integrity (see Listing 4).
使用 SHA1压缩并混编变更集以验证其完整性（参见清单 4）。
The change sets are compressed and hashed with SHA1 to verify their integrity (see Listing 4).
使用SHA1压缩并混编变更集以验证其完整性(参见清单4)。
It USES a default signature algorithm, SHA1 with DSA, to create a self-signed certificate valid for 180 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。
We also added a — sha1 flag, which produces.class files named based on the sha1 hash of the actual Ruby source.
我们还添加了一个——sha1标志，它能根据实际Ruby源代码的SHA1散列值命名生成的。class文件。
To validate credentials, the user password is hashed using the SHA1 algorithm and compared to the stored value.
为了验证认证，会使用SHA1演算法杂凑使用者密码，并与储存值做比较。
Test results showed that the speed of HTBC algorithm is slightly faster (about 5%) than that of hash functions in common use (for instance, SHA1 algorithm).
测试表明，HTBC算法的速度比常用单向散列函数(例如SHA1算法)稍快(5%左右)。
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。
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、MD 5、SHA1和Blowfish)的意识。
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、MD 5、SHA1和Blowfish)的意识。
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