C # Encryption and decryption and Java encryption decryption, the same result __c#

Java code:

Import Javax.crypto.Cipher;
 
Import Javax.crypto.spec.SecretKeySpec;
Import org.apache.commons.codec.binary.Base64;  /** * * @author Administrator */public class AES {//Encrypt public static string Encrypt (String ssrc, String
            SKey) throws Exception {if (SKey = = null) {System.out.print ("key is null null");
        return null;
            //Determine if key is 16-bit if (Skey.length ()!=) {System.out.print ("key length is not 16 bits");
        return null;
        } byte[] Raw = skey.getbytes ("Utf-8");
        Secretkeyspec Skeyspec = new Secretkeyspec (Raw, "AES"); Cipher Cipher = cipher.getinstance ("aes/ecb/pkcs5padding");//"algorithm/Mode/complement Method" Cipher.init (Cipher.encrypt_mode, Skeyspe
        c);
 
        Byte[] encrypted = cipher.dofinal (Ssrc.getbytes ("Utf-8"));
    return new Base64 (). encodetostring (encrypted);//Here use BASE64 to do the transcoding function, at the same time can play the role of 2 times encryption. }//Decrypt public static string Decrypt (String ssrc, String sKey) throws Exception{try {//judge whether the key is correct if (SKey = = null) {System.out.print ("key is null null");
            return null;
                //Determine if key is 16-bit if (Skey.length ()!=) {System.out.print ("key length is not 16 bits");
            return null;
            } byte[] Raw = skey.getbytes ("Utf-8");
            Secretkeyspec Skeyspec = new Secretkeyspec (Raw, "AES");
            Cipher Cipher = cipher.getinstance ("aes/ecb/pkcs5padding");
            Cipher.init (Cipher.decrypt_mode, Skeyspec); byte[] encrypted1 = new Base64 (). Decode (SSRC);//First Decrypt try {base64] byte[= Original
                NAL (encrypted1);
                String originalstring = new String (Original, "Utf-8");
            return originalstring;
                catch (Exception e) {System.out.println (e.tostring ());
            return null; } catch (Exception ex) {SYstem.out.println (Ex.tostring ());
        return null; } public static void Main (string[] args) throws Exception {/* * use AES-128-ECB encryption mode here, key needs to be 16
         Bit
        */String Ckey = "1234567890123456";
        Strings that need to be encrypted the regulatory commission = "Www.gowhere.so";
        SYSTEM.OUT.PRINTLN (Regulatory Commission); Encrypted String enstring = AES.
        Encrypt (Regulatory Commission, Ckey);
 
        System.out.println ("Encrypted string is:" + enstring); Decrypt String destring = AES.
        Decrypt (enstring, Ckey);
    System.out.println ("Decrypted string is:" + destring); }
}

C # code

<summary>///AES Encryption///</summary>///<param name= "text" > Encrypted character &LT;/PARAM&G
       T <param name= "password" > encrypted password </param>///<param name= "IV" > key </param>///<ret urns></returns> public static string Encrypt (String toencrypt,string key) {byte[] Keyar
           Ray = UTF8Encoding.UTF8.GetBytes (key);
 
           byte[] Toencryptarray = UTF8Encoding.UTF8.GetBytes (Toencrypt);
           RijndaelManaged Rdel = new RijndaelManaged ();
           Rdel.key = Keyarray;
           Rdel.mode = CIPHERMODE.ECB;
 
           rdel.padding = PADDINGMODE.PKCS7;
           ICryptoTransform ctransform = Rdel.createencryptor ();
 
           byte[] Resultarray = Ctransform.transformfinalblock (toencryptarray, 0, toencryptarray.length);
       Return convert.tobase64string (resultarray, 0, resultarray.length);
}///<summary>///AES decryption///</summary>       <param name= "text" ></param>///<param name= "password" ></param>///<p Aram Name= "IV" ></param>///<returns></returns> public static string Decrypt (String ToD
           Ecrypt,string key) {byte[] Keyarray = UTF8Encoding.UTF8.GetBytes (key);
 
           byte[] Toencryptarray = convert.frombase64string (Todecrypt);
           RijndaelManaged Rdel = new RijndaelManaged ();
           Rdel.key = Keyarray;
           Rdel.mode = CIPHERMODE.ECB;
 
           rdel.padding = PADDINGMODE.PKCS7;
           ICryptoTransform ctransform = Rdel.createdecryptor ();
 
           byte[] Resultarray = Ctransform.transformfinalblock (toencryptarray, 0, toencryptarray.length);
       Return UTF8Encoding.UTF8.GetString (resultarray); }

There is another article:

https://blog.csdn.net/softwave/article/details/53939824