| 1. | Hash values satisfy this requirement easily
散列值可以容易地满足这个需求。 |
| 2. | The output from the previous step is a second hash
上面这个步骤的输出是第二个散列值（ h2 ） 。 |
| 3. | The algorithm works by performing a series of transformations on the password and
这个算法使用两个md5散列值对密码和 |
| 4. | The situation where two different texts return the same hash value from the same algorithm
两个不同文本从同一算法中返回相同散列值的情况。 |
| 5. | The script then runs the md5crypt program to obtain h2 and compares both hashes
这个脚本然后会运行md5crypt程序来获得h2 ，并对这两个散列值进行比较。 |
| 6. | Second , how to create a series of one - way hash as block key from the chaotic sequences
二是如何利用混沌序列生成一系列具有良好安全性的单向散列值作为分组密钥。 |
| 7. | For example , an implementation might define a data source identifier as the computed md5 hash value of the data source s bytes
例如，实现可能定义了数据源标识符作为数据源的字节的计算md5散列值。 |
| 8. | Md5 message - digest algorithm 5 ; rfc 1321 is a widely used cryptographic hash function with a 128 - bit hash value
Md5 （消息摘要算法5 ； rfc 1321 ）是一种广泛应用的加密散列函数，使用了128位的散列值。 |
| 9. | If there is no matching hash value , then the sql statement does not currently exist in the shared pool , and a hard parse is performed
如果没有匹配的散列值，那么sql语句没有当前存在于共享池，一个硬解析被执行。 |
| 10. | The user s password is read from the console and sent to the md5crypt subroutine along with the hash on file from etc shadow
用户的密码是从终端读取的，并与从/ etc / shadow中读取出来的文件的散列值（ h1 ）一起发送给md5crypt子例程。 |
