Cryptojs and C#aes plus decrypt each other

CRYPTOJS:

Https://code.google.com/archive/p/crypto-js/downloads

Page JS Reference:

    <type= "Text/javascript"  src= "/content/plugin/cryptojsv3.1.2/ Components/core-min.js "></script>    <  type = "Text/javascript" src = "/content/plugin/cryptojsv3.1.2/rollups/aes.js" ></ Script >

JS-side AES Encryption and decryption:

1Com.str = {2_key: "12345678900000001234567890000000",//32 Guests3_iv: "1234567890000000",//16 Guests4         /**************************************************************5 * String Encryption6 * Str: A string that needs to be encrypted7         ****************************************************************/8Encrypt:function(str) {9             varKey = CryptoJS.enc.Utf8.parse ( This. _key); Ten             varIV = CryptoJS.enc.Utf8.parse ( This. _iv); One  A             varencrypted = ' '; -  -             varSRCs =CryptoJS.enc.Utf8.parse (str); theencrypted =CryptoJS.AES.encrypt (SRCs, key, { - Iv:iv, - Mode:CryptoJS.mode.CBC, - PADDING:CRYPTOJS.PAD.PKCS7 +             }); -  +             returnencrypted.ciphertext.toString (); A         }, at  -         /************************************************************** - * String Decryption - * Str: A string to decrypt -         ****************************************************************/ -Decrypt:function(str) { in             varKey = CryptoJS.enc.Utf8.parse ( This. _key); -             varIV = CryptoJS.enc.Utf8.parse ( This. _iv); to             varEncryptedhexstr =CryptoJS.enc.Hex.parse (str); +             varSRCs =CryptoJS.enc.Base64.stringify (ENCRYPTEDHEXSTR); -             varDecrypt =CryptoJS.AES.decrypt (SRCs, key, { the Iv:iv, * Mode:CryptoJS.mode.CBC, $ PADDING:CRYPTOJS.PAD.PKCS7Panax Notoginseng             }); -             varDecryptedstr =decrypt.tostring (CRYPTOJS.ENC.UTF8); the             returndecryptedstr.tostring (); +         } A}

C # AES Encryption decryption:

Const string AES_IV = "1234567890000000";//16 bit

    /// <summary>      ///AES Encryption Algorithm/// </summary>      /// <param name= "Input" >PlainText String</param>      /// <param name= "key" >Key (32-bit)</param>      /// <returns>string</returns>       Public Static stringEncryptbyaes (stringInputstringkey) {        byte[] keybytes = Encoding.UTF8.GetBytes (key. Substring (0, +)); using(Aescryptoserviceprovider Aesalg =NewAescryptoserviceprovider ()) {Aesalg.key=keybytes; Aesalg.iv= Encoding.UTF8.GetBytes (Aes_iv. Substring (0, -)); ICryptoTransform encryptor=Aesalg.createencryptor (Aesalg.key, AESALG.IV); using(MemoryStream msencrypt =NewMemoryStream ()) {                using(CryptoStream csencrypt =NewCryptoStream (Msencrypt, Encryptor, CryptoStreamMode.Write)) {                    using(StreamWriter Swencrypt =NewStreamWriter (Csencrypt))                    {swencrypt.write (input); }                    byte[] bytes =Msencrypt.toarray (); returnbytearraytohexstring (bytes); }            }        }    }    /// <summary>      ///AES Decryption/// </summary>      /// <param name= "Input" >cipher text Section array</param>      /// <param name= "key" >Key (32-bit)</param>      /// <returns>returns the decrypted string</returns>       Public Static stringDecryptbyaes (stringInputstringkey) {        byte[] Inputbytes =Hexstringtobytearray (input); byte[] keybytes = Encoding.UTF8.GetBytes (key. Substring (0, +)); using(Aescryptoserviceprovider Aesalg =NewAescryptoserviceprovider ()) {Aesalg.key=keybytes; Aesalg.iv= Encoding.UTF8.GetBytes (Aes_iv. Substring (0, -)); ICryptoTransform decryptor=Aesalg.createdecryptor (Aesalg.key, AESALG.IV); using(MemoryStream msencrypt =NewMemoryStream (inputbytes)) {                using(CryptoStream csencrypt =NewCryptoStream (Msencrypt, Decryptor, CryptoStreamMode.Read)) {                    using(StreamReader Srencrypt =NewStreamReader (Csencrypt)) {                        returnSrencrypt.readtoend (); }                }            }        }    }    /// <summary>    ///converts the specified 16 binary string to a byte array/// </summary>    /// <param name= "S" >16 binary strings (such as: "7F 2C 4 A" or "7f2c4a" can be)</param>    /// <returns>byte array corresponding to the 16 binary string</returns>     Public Static byte[] Hexstringtobytearray (strings) {s= S.replace (" ",""); byte[] buffer =New byte[S.length/2];  for(inti =0; i < s.length; i + =2) Buffer[i/2] = (byte) Convert.tobyte (s.substring (i,2), -); returnbuffer; }    /// <summary>    ///converts a byte array to a formatted 16 binary string/// </summary>    /// <param name= "Data" >byte array</param>    /// <returns>formatted 16 binary string</returns>     Public Static stringBytearraytohexstring (byte[] data) {StringBuilder SB=NewStringBuilder (data. Length *3); foreach(byteBinchdata) {            //16 binary digitsSb. Append (convert.tostring (b, -). PadLeft (2,'0')); //16 binary digits separated by a space//sb. Append (convert.tostring (b, 16). PadLeft (2, ' 0 '). PadRight (3, "));        }        returnsb. ToString ().    ToUpper (); }

Usage:

 com.str.Encrypt ("2017-05") //  Result: 68f4a7903a9fe6085d2301ac68cc039c  com.str.decrypt ( " 68f4a7903a9fe6085d2301ac68cc039c ") //  Result: 2017-05 
  

// Encrypt string str1 = Encrypt.encryptbyaes ("2017-05"" 12345678900000001234567890000000"); // decryption string str2 = Encrypt.decryptbyaes ("68f4a7903a9fe6085d2301ac68cc039c" " 12345678900000001234567890000000 ");

Cryptojs and C#aes plus decrypt each other