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Description: MD5加密器，可自行对任何数据进行加密，加密后的数字以16位和32位分别显示-MD5 encryption device, on its own any data encryption, encrypted the figure to 16 and 32, respectively
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Size: 7484 |
Author: 0559bbs |
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Description: The UCL common multimedia library implements a number of algorithms and protocols needed by a number of our applications. It compiles standalone on a range of Unix systems (Solaris, Linux, Irix, FreeBSD, MacOSX) and on Windows 95/98/NT/XP.
The following protocols/algorithms are included in the library:
Base64 encoding/decoding
Binary tree
Random number
HMAC authentication
MD5
DES
RTP
MBus
SAP
SDP
-common multimedia library impleme nts a number of algorithms and protocols needed by a number of our applications. It compiles sta ndalone on a range of Unix systems (Solaris, Linux, Irix, FreeBSD, MacOSX) and on Windows 95/98/NT/XP. The follow ing protocols / algorithms are included in the l ibrary : Base64 encoding / decoding n Random Binary tree umber HMAC MD5 authentication DES RTP MBus SAP S DP
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Size: 247163 |
Author: 宫圣喜 |
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Description: MD5算法,输入需MD5的String,输出为128位,16字节16进制String
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Size: 4650 |
Author: 张杰 |
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Description: 在一些初始化处理后，MD5以512位分组来处理输入文本，每一分组又划分为16个32位子分组。算法的输出由四个32位分组组成，将它们级联形成一个128位散列值。
首先填充消息使其长度恰好为一个比512位的倍数仅小64位的数。填充方法是附一个1在消息后面，后接所要求的多个0，然后在其后附上64位的消息长度（填充前）。这两步的作用是使消息长度恰好是512位的整数倍（算法的其余部分要求如此），同时确保不同的消息在填充后不相同。
四个32位变量初始化为：
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Size: 2447 |
Author: 修凤志 |
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Description: 此为国外转载函数，可将任意字符转换为md5 16为字符加密形式，而且为不可逆转换。-reproduced here for foreign functions, arbitrary characters can be converted to 16 md5 encrypted form of characters, but also to irreversible change.
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Size: 10013 |
Author: 许俊 |
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Description: MD5加密算法(16位，32位)的C#实现 -MD5 encryption algorithm (16, 32) C#
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Size: 3255 |
Author: 李宾 |
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Description: 新QQ密码加密函数模块，这个模块除了MD5加密部分是网上找来的，其余部分都是本人独立完成的。其实也很简单，就是MD5+BASE64，要问16还是32的MD5，其实是32的，只不过加密后的32位长的字符串要把他看成另一个字符串的HEX，然后将那个字符串用BASE64编码下，关键是VB里那个字符串会显示为"???"，就是乱码，请不要到处嚷嚷什么MD5和BASE64都是公开的算法，假如您随便从网上找一个MD5的模块和BASE64的模块拼凑起来能完成本模块的功能，那就请你继续装……
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Size: 6532 |
Author: 286998253@QQ.COM |
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Description: MD5加密算法(16位，32位)的C#实现 -MD5 encryption algorithm (16, 32) C#
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Size: 3072 |
Author: 李宾 |
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Description: MD消息摘要程序，MD5以512位分组来处理输入的信息，且每一分组又被划分为16个32位子分组，经过了一系列的处理后，算法的输出由四个32位分组组成，将这四个32位分组级联后将生成一个128位散列值。-MD news summary procedures, MD5 to 512 groups to deal with the importation of information and each group was divided into 16 groups of 32 seats, after a series of processing, the output from the algorithm four groups composed of 32, these four sub-32 will generate a cascade 128 the hash value.
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Size: 3072 |
Author: 邱孝杰 |
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Description: MD5算法,输入需MD5的String,输出为128位,16字节16进制String-MD5 algorithm, MD5 takes the input String, output of 128, 16 bytes of 16 hexadecimal String
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Size: 4096 |
Author: 张杰 |
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Description: 在一些初始化处理后，MD5以512位分组来处理输入文本，每一分组又划分为16个32位子分组。算法的输出由四个32位分组组成，将它们级联形成一个128位散列值。
首先填充消息使其长度恰好为一个比512位的倍数仅小64位的数。填充方法是附一个1在消息后面，后接所要求的多个0，然后在其后附上64位的消息长度（填充前）。这两步的作用是使消息长度恰好是512位的整数倍（算法的其余部分要求如此），同时确保不同的消息在填充后不相同。
四个32位变量初始化为：-After treatment in a number of initialization, MD5 to 512 division to deal with input text, each sub-divided into 16 sub-32 seat. Algorithm output consists of four sub-groups, 32, cascade them to form a 128-bit hash value. First of all, it filled the news for a length of just over 512 in multiples of 64 only a few small. Filling method is attached to the back of a 1 in the message, followed by the required number of 0, and then subsequently attached to the message length of 64 (before filling). The role of these two steps so that messages are exactly the length of integer multiple of 512 (the rest of the algorithm requested the case), while ensuring that the different sources in the same after filling. Four 32-bit variable is initialized as follows:
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Size: 2048 |
Author: 修凤志 |
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Description: MD5加密的C#实现.可加密16位和32位MD5值.-MD5 encryption of C# to achieve. Can be encrypted 16 and 32-bit MD5 value.
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Size: 6144 |
Author: taobao2 |
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Description: md5哈希算法源码，摘要信息、摘要消息的长度256，摘要为16-md5 hash algorithm source code
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Size: 2470912 |
Author: huhanzhong |
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Description: 1 - base64 decode
2 - url encode
3 - url decode
4 - md5 hash
5 - random str
6 - sha1 hash
7 - DES hash
8 - CRC32
9 - rot13 encode
10 - ASCII -> bin
11 - ASCII -> dec
12 - ASCII -> hex
13 - ASCII -> char()
14 - ASCII -> chr()..
15 - ASCII -> String.fromCharCode()
16 - bin -> ASCII
17 - dec -> ASCII
18 - hex -> ASCII
19 - char() -> ASCII
20 - chr() -> ASCII
21 - String.fromCharCode() -> ASCII
22 - bin -> dec
23 - bin -> hex
24 - dec -> bin
25 - dec -> hex
26 - hex -> bin
27 - hex -> dec
28 - cp1251(&cp1259) -> utf8
29 - /etc/passwd -> login login
30 - PHP crupt
31 - URL -> IFrame
32 - String lower
33 - String UPPER
34 - ASCII -> 0xHEX
35 - Simple html encrypt
36 - htmlspecialchars
37 - Full urlencode
38 - base64 decode && gzinflate
39 - gzdeflate && base64 encode-1- base64 decode
2- url encode
3- url decode
4- md5 hash
5- random str
6- sha1 hash
7- DES hash
8- CRC32
9- rot13 encode
10- ASCII-> bin
11- ASCII-> dec
12- ASCII-> hex
13- ASCII-> char()
14- ASCII-> chr()..
15- ASCII-> String.fromCharCode()
16- bin-> ASCII
17- dec-> ASCII
18- hex-> ASCII
19- char()-> ASCII
20- chr()-> ASCII
21- String.fromCharCode()-> ASCII
22- bin-> dec
23- bin-> hex
24- dec-> bin
25- dec-> hex
26- hex-> bin
27- hex-> dec
28- cp1251(&cp1259)-> utf8
29- /etc/passwd-> login login
30- PHP crupt
31- URL-> IFrame
32- String lower
33- String UPPER
34- ASCII-> 0xHEX
35- Simple html encrypt
36- htmlspecialchars
37- Full urlencode
38- base64 decode && gzinflate
39- gzdeflate && base64 encode
Platform: |
Size: 4096 |
Author: Ihar |
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Description: MD5算法是一种消息摘要算法(Message Digest Algorithm)，此算法以任意长度的信息(message) 作为输入进行计算，产生一个128-bit(16-byte)的指纹或报文摘要(fingerprint or message digest)。两个不同的message产生相同message digest的几率相当小，从一个给定的message digest逆向产生原始message更是困难(不过也有可能从message digest构造（message)，因此MD5算法适合用在数字签名应用中。MD5实现简单，在32位的机器上运行速度也相当快，实际应用也不仅仅局限于数字签名。-MD5 algorithm is a message digest algorithm (Message Digest Algorithm), this algorithm is an arbitrary length message (message) is calculated as input to produce a 128-bit (16-byte) of the fingerprint or message digest (fingerprint or message digest .) Two different message likely to produce the same message digest is quite small, from a given message digest produced reverse the original message is even more difficult (but may also be constructed from the message digest (message), so use the MD5 algorithm is suitable for applications in digital signature . MD5 simple, in the 32-bit machine running fairly fast, practical applications are not limited to digital signatures.
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Size: 3072 |
Author: nannan |
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Description: DES MD5 (16bit)加密算法-DES MD5 (16bit)加
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Size: 10240 |
Author: 张兮 |
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Description: 本源码介绍了在VB6中如何实现MD5的16位和32位加密方法。-This source describes how in VB6 MD5 16-bit and 32-bit encryption.
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Size: 14336 |
Author: tcinf |
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Description: MD5算法，内含字符串与文件转MD5，有16位与32位算，在很多产品上应用过，久经考验，绝无错误。-MD5 algorithm, containing the string and file transfer MD5, 16 and 32, and used in many products tested, without error.
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Size: 3072 |
Author: 安民 |
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Description: MD5 压缩算法，将任意字符串经过MD5计算，转换成128bit的16进制字符串。(MD5 compression algorithm converts any string to a 128-bit hexadecimal string after MD5 calculation.)
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Size: 811008 |
Author: hydq |
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Description: public static String MD5(String inStr) {
MessageDigest md5 = null;
try {
md5 = MessageDigest.getInstance("MD5");
} catch (Exception e) {
System.out.println(e.toString());
e.printStackTrace();
return "";
}
char[] charArray = inStr.toCharArray();
byte[] byteArray = new byte[charArray.length];
for (int i = 0; i < charArray.length; i++)
byteArray[i] = (byte) charArray[i];
byte[] md5Bytes = md5.digest(byteArray);
StringBuffer hexValue = new StringBuffer();
for (int i = 0; i < md5Bytes.length; i++) {
int val = ((int) md5Bytes[i]) & 0xff;
if (val < 16)
hexValue.append("0");
hexValue.append(Integer.toHexString(val));
}
return hexValue.toString();
}
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Size: 1024 |
Author: 少郎 |
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