How PHP implements DES encryption algorithms that can interact with online encryption and decryption tools

Using PHP for DES encryption, encrypted ciphertext, can be decrypted on the DES Online encryption and decryption tool

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Using PHP for DES encryption, encrypted ciphertext, can be decrypted on the DES Online encryption and decryption tool

• Different encryption methods can be used to produce different results that can result in the final data being not universal although the same algorithm

PHP comes with Des and 3DES encryption and decryption

PHP Self-supported encryption method list (dependent mcrypt): Http://cn2.php.net/manual/zh/mcrypt.ciph ...

echo mcrypt_get_key_size(MCRYPT_DES,MCRYPT_MODE_CFB);// des cfb 秘钥长度为8位// 秘钥$key = 11111111;// 创建IV$iv = mcrypt_create_iv(mcrypt_get_iv_size(MCRYPT_DES, MCRYPT_MODE_CFB),MCRYPT_RAND);// 加密 使用CFB模式$data = mcrypt_encrypt(MCRYPT_DES, $key, '加密的数据', MCRYPT_MODE_CFB, $iv);var_dump($data);

In addition, the OpenSSL extension of PHP can also be used to encrypt related functions directly:openssl_encrypt

Gets the list of cryptographic parameters supported by OpenSSL Print_r (Openssl_get_cipher_methods ()); Array ([0] = AES-128-CBC [1] = AES-128-CFB [2] = AES-128-CFB1 [3] = = AES-128-CFB8 [4] = = aes-128-ctr [5] = AES-128-ECB [6] = AES-128-OFB [7] = = aes-128-xts [8] = = AES-192-CBC [9] =&G T AES-192-CFB [Ten] = AES-192-CFB1 [one] = aes-192-cfb8 [] = aes-192-ctr [] = AES-192-ECB [ [] = AES-192-OFB [[]] = AES-256-CBC [+] = AES-256-CFB [+] = AES-256-CFB1 [+] = AES-256 -cfb8 [] = aes-256-ctr [+] = AES-256-ECB [+] = AES-256-OFB [] = aes-256-xts [] =&gt ; BF-CBC [[] = BF-CFB [+] = BF-ECB [+] = BF-OFB [+] = CAMELLIA-128-CBC [] = Camelli A-128-CFB [+] = CAMELLIA-128-CFB1 [+] = camellia-128-cfb8 [+] = CAMELLIA-128-ECB [+] = + CAM ELLIA-128-OFB [[+] = CAMELLIA-192-CBC [+] = CAMELLIA-192-CFB [35] = [CAMELLIA-192-CFB1] = camellia-192-cfb8 [PNS] = CAMELLIA-192-ECB [] = CAMELLIA-192-OFB [MAX] = CAMELLIA-256-CBC [+] = CAMELLIA-256-CFB [in] = CAMELLIA-256-CFB1 [] = CAMELLIA-256-CFB 8 [[+] = CAMELLIA-256-ECB [] = CAMELLIA-256-OFB [[]] = CAST5-CBC [[47]] [+] [+]]/=& Gt CAST5-ECB [[] = CAST5-OFB [$] = DES-CBC [[] = DES-CFB [Wuyi] = des-cfb1 [*] = DES-CFB 8 [[+] = DES-ECB [si] = des-ede [+] = DES-EDE-CBC [[+] = DES-EDE-CFB [] = des-ede-of B [[+] = [DES-EDE3] = DES-EDE3-CBC [[]] [[+]] = DES-EDE3-CFB [+] = DES-EDE3-CFB1 [+] = D ES-EDE3-CFB8 [+] = DES-EDE3-OFB [+] = DES-OFB [67] = DESX-CBC [28147-89] = GOST > IDEA-CBC [[] [] = IDEA-CFB [] = IDEA-ECB [] = IDEA-OFB [[+] = RC2-40-CBC [] = RC2-64-CBC [73] => RC2-CBC [[] = RC2-CFB [] [] = RC2-ECB [[]] = RC2-OFB [All] = RC4 [+] = rc4-40 [  [+] = rc4-hmac-md5 [] = SEED-CBC [Bayi] = SEED-CFB [[+] = SEED-ECB [the] [] = SEED-OFB [84] = AES-128-CBC [] = AES-128-CCM [[+] = AES-128-CFB [All] [] = AES-128-CFB1 [+] = AES-128-CF B8 [[[]] = aes-128-ctr [All] = AES-128-ECB [the] [] = AES-128-GCM [the] [] = AES-128-OFB [] es-128-xts [94] = AES-192-CBC [up] = aes-192-ccm [] = AES-192-CFB [$] = AES-192-CFB1 [98 ] = [AES-192-CFB8] = aes-192-ctr [+] = AES-192-ECB [101] = AES-192-GCM [102] = aes-19 2-OFB [103] = AES-256-CBC [104] = AES-256-CCM [[+] = AES-256-CFB [106] = AES-256-CFB1 [107 ] [AES-256-CFB8] = [108] = aes-256-ctr [109] = AES-256-ECB [in] = AES-256-GCM [111] = Aes-2 56-OFB [+] = AEs-256-xts [113] = BF-CBC [[+] = BF-CFB [[+] = BF-ECB [] = BF-OFB [117] = camellia- 128-CBC [118] = CAMELLIA-128-CFB [119] = CAMELLIA-128-CFB1 [+] = camellia-128-cfb8 [121] = C AMELLIA-128-ECB [122] = CAMELLIA-128-OFB [123] = CAMELLIA-192-CBC [124] = CAMELLIA-192-CFB [125] =    > camellia-192-cfb1 [126] = CAMELLIA-192-CFB8 [127] = CAMELLIA-192-ECB [+] = CAMELLIA-192-OFB [129] = CAMELLIA-256-CBC [[]] = CAMELLIA-256-CFB [131] = CAMELLIA-256-CFB1 [PPI] = camellia-256    -CFB8 [133] = CAMELLIA-256-ECB [134] = CAMELLIA-256-OFB [135] = CAST5-CBC [136] = CAST5-CFB [137] = CAST5-ECB [138] = CAST5-OFB [139] = DES-CBC [+] = DES-CFB [141] = DES-CFB1 [    142] = Des-cfb8 [143] = DES-ECB [144] = Des-ede [145] + DES-EDE-CBC [146] = DES-EDE-CFB [147] = DES-EDE-OFB    [148] = des-ede3 [149] = DES-EDE3-CBC [] = DES-EDE3-CFB [151] = DES-EDE3-CFB1 [] =&G T DES-EDE3-CFB8 [153] = DES-EDE3-OFB [154] = DES-OFB [155] = DESX-CBC [156] = gost89 [157] =& Gt gost89-cnt [158] = ID-AES128-CCM [159] = ID-AES128-GCM [] = id-aes128-wrap [161] = Id-aes19     2-CCM [162] = ID-AES192-GCM [163] = Id-aes192-wrap [164] = id-aes256-ccm [165] = ID-AES256-GCM    [166] = id-aes256-wrap [167] = Id-smime-alg-cms3deswrap [168] = IDEA-CBC [169] = IDEA-CFB    [IDEA-ECB] = [171] = IDEA-OFB [172] = RC2-40-CBC [173] + RC2-64-CBC [174] = RC2-CBC  [175] = RC2-CFB [176] = RC2-ECB [177] = RC2-OFB [178] = RC4 [179] + rc4-40 [[+]] = RC4-HMAC-MD5 [181] = SEED-CBC [182] = SEED-CFB [183] = SEED-ECB [184] = SEED-OFB)

// 使用openssl加密数据$string = openssl_encrypt('要加密的数据','des-cfb','秘钥des为8位',0,'IV des为8位');var_dump($string);

The main is the DES algorithm, then sends a request, returns the result only.
There should be similar algorithms on the Web, recommending one:
Http://www.cnblogs.com/wangchuang/archiv ...
(Baidu Search, found)

When interacting with other languages, the language is Base64 decrypted and then des decrypted to obtain the original data. Python,ios Yes, other languages not tested, i.e. Des_decrypt (Base64_decrypt ($pass _string)) It will be.

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