这个安全领域示例使用了十六进制编码的MD5。
您可以看到十六进制编码，从一个引擎控制模块读取模式6数据时的一个示例。
You may have seen an example of this hexadecimal encoding when reading Mode 6 data from an engine control module.
因为你看不见你输入的十六进制编码值，这个方法比起第一个方法就稍有逊色了。
This method is not as useful as the first method because you cannot see what hexadecimal digits you typed.
这样，需要将该空格(一个无效的字符)转换为转义的十六进制编码，并可在以后对该编码进行解码。
Thus, the space, the invalid character, needs to be converted into an escaped hexadecimal encoding and can be decoded later.
如果只知道UCS- 2十六进制编码，还有另一种方法可以在utf - 8列中输入unicode字符。
Given that you know only the UCS-2 hex-code, there is another method for entering Unicode characters in a UTF-8 column.
这里，您已经创建了一个数据库域(其密码使用十六进制编码的MD 5摘要)，以及一个用以连接到该数据库的数据库池。
Here, you have created a database realm that used MD5 digest for passwords with hex encoding and a database pool to connect to the database.
如果需要输出十六进制编码或Base64编码的消息摘要，你只有靠自己-对上述两种编码，没有标准的JD K支持它们。
If you need to hex-encode or Base64-encode message digest output, you're on your own - there's no standard JDK support for either.
您现在已经创建了一个使用MD5摘要密码（使用十六进制编码）的数据库域，使用JDBC连接到数据库，并且支持审核功能。
You have now created a database realm that uses MD5 digest passwords with hex encoding, uses JDBC to connect to the database, and is enabled for auditing.
这个脚本将使用十六进制格式编码的MD 5摘要密码来填充数据库。
This script will populate the database with the MD5 digest passwords encoded in hex format.
这个字符指定为十六进制形式的一个或两个UTF - 16编码单元。
The character is specified as one or two UTF-16 code units in hexadecimal notation.
考虑表1中对此字符的不同编码，您会发现不同代码单元中的不同编码的十六进制表示及其长度都有所不同。
Now consider the different encodings for this character from Table 1, and you can see that the hexadecimal representation of different encodings and their length in different code units are diffrent.
将哈希后的字节数组编码成十六进制字符。
对于nm命令列出的每个符号，它们的值使用十六进制来表示(缺省行为)，并且在该符号前面加上了一个表示符号类型的编码字符。
For each symbol that the nm command lists, the symbol's value in hexadecimal (by default) and the symbol type with a coded character precede the symbol.
下表列出了这条消息中每个字符的ASCI i码、十六进制码和二进制编码。
The following table shows each letter of this message in ASCII, hex, and binary code.
ASCII字符使用与utf - 8编码的Unicode字符前256个字符相同的十六进制8位编码。
ASCII character encodings use the same hexadecimal 8-bit encoding as the first 256 UTF-8-encoded Unicode characters.
但是，可以使用颜色编码指定任何颜色，颜色编码以字母x开头，用十六进制表示。
However, you can change any of the colors using color codes denoted in the hex range, prefixed with the letter x. The format for the hex codes are.
在Google上搜索‘hexcolorcodes’可以找到十六进制的颜色编码表。
A Google search of 'hex color codes' produces the full range of colors in hex.
基2系统有时会使用很长的编码消息或位宽度，于是程序员想出了一个缩短此编码的方法，这种方法称之为基于十六进制系统(图2)。
The base-2 system makes for very long encoded messages or bit width, so programmers came up with a way to shorten this encoding based on the hexadecimal system (Fig. 2).
如果缺失的字符用它们的数字编码来展现，要用字符集标准使用的十六进制而不是十进制来进行展现。
If missing characters are presented using their numeric representation, use the hexadecimal (not decimal) form since this is the form used in character set standards.
当散列表示为字符串时，通常是通过每个字节的十六进制值，或通过字符设置编码器。
When hashes are expressed as strings it's usually via hex values of each byte, or via a character set encoder.
当散列表示为字符串时，通常是通过每个字节的十六进制值，或通过字符设置编码器。
When hashes are expressed as strings it's usually via hex values of each byte, or via a character set encoder.
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