public class BlowfishECB {
  /** maximum possible key length */
  public final static int MAXKEYLENGTH = 56;
  /** block size of this cipher (in bytes) */
  public final static int BLOCKSIZE = 8;
  // size of the single boxes
  final static int PBOX_ENTRIES = 18;
  final static int SBOX_ENTRIES = 256;
  // the boxes
  int[] m_pbox;
  int[] m_sbox1;
  int[] m_sbox2;
  int[] m_sbox3;
  int[] m_sbox4;
  /**
    * default constructor
    * @param bfkey key material, up to MAXKEYLENGTH bytes
    */
  public BlowfishECB(byte[] bfkey) {
    // create the boxes
    int nI;
    m_pbox = new int[PBOX_ENTRIES];
    for (nI = 0; nI < PBOX_ENTRIES; nI++)
      m_pbox[nI] = pbox_init[nI];
    m_sbox1 = new int[SBOX_ENTRIES];
    m_sbox2 = new int[SBOX_ENTRIES];
    m_sbox3 = new int[SBOX_ENTRIES];
    m_sbox4 = new int[SBOX_ENTRIES];
    for (nI = 0; nI < SBOX_ENTRIES; nI++) {
      m_sbox1[nI] = sbox_init_1[nI];
      m_sbox2[nI] = sbox_init_2[nI];
      m_sbox3[nI] = sbox_init_3[nI];
      m_sbox4[nI] = sbox_init_4[nI];
    };
    // xor the key over the p-boxes
    int nLen = bfkey.length;
    if (nLen == 0) return; // such a setup is also valid (zero key "encryption" is possible)
    int nKeyPos = 0;
    int nBuild = 0;
    int nJ;
    for (nI = 0; nI < PBOX_ENTRIES; nI++) {
      for (nJ = 0; nJ < 4; nJ++) {
        nBuild = (nBuild << 8) | (( bfkey[nKeyPos]) & 0x0ff);
        if (++nKeyPos == nLen) nKeyPos = 0;
      };
      m_pbox[nI] ^= nBuild;
    };
    // encrypt all boxes with the all zero string
    long lZero = 0;
    // (same as above)
    for (nI = 0; nI < PBOX_ENTRIES; nI += 2) {
      lZero = encryptBlock(lZero);
      m_pbox[nI] = (int) (lZero >>> 32);
      m_pbox[nI+1] = (int) (lZero & 0x0ffffffffL);
    };
    for (nI = 0; nI < SBOX_ENTRIES; nI += 2) {
      lZero = encryptBlock(lZero);
      m_sbox1[nI] = (int) (lZero >>> 32);
      m_sbox1[nI+1] = (int) (lZero & 0x0ffffffffL);
    };
    for (nI = 0; nI < SBOX_ENTRIES; nI += 2) {
      lZero = encryptBlock(lZero);
      m_sbox2[nI] = (int) (lZero >>> 32);
      m_sbox2[nI+1] = (int) (lZero & 0x0ffffffffL);
    };
    for (nI = 0; nI < SBOX_ENTRIES; nI += 2) {
      lZero = encryptBlock(lZero);
      m_sbox3[nI] = (int) (lZero >>> 32);
      m_sbox3[nI+1] = (int) (lZero & 0x0ffffffffL);
    };
    for (nI = 0; nI < SBOX_ENTRIES; nI += 2) {
      lZero = encryptBlock(lZero);
      m_sbox4[nI] = (int) (lZero >>> 32);
      m_sbox4[nI+1] = (int) (lZero & 0x0ffffffffL);
    };
  };
  /**
    * to clear data in the boxes before an instance is freed
    */
  public void cleanUp() {
    int nI;
    for (nI = 0; nI < PBOX_ENTRIES; nI++)
      m_pbox[nI] = 0;
    for (nI = 0; nI < SBOX_ENTRIES; nI++)
      m_sbox1[nI] = m_sbox2[nI] = m_sbox3[nI] = m_sbox4[nI] = 0;
  };
  /**
    * selftest routine, to check e.g. for a valid class file transmission
    * @return true: selftest passed / false: selftest failed
    */
  public static boolean selfTest() {
    // test vector #1 (checking for the "signed bug")

    byte[] testKey1 = { (byte) 0x1c, (byte) 0x58, (byte) 0x7f, (byte) 0x1c,

                        (byte) 0x13, (byte) 0x92, (byte) 0x4f, (byte) 0xef };

    int[] tv_p1 = { 0x30553228, 0x6d6f295a };

    int[] tv_c1 = { 0x55cb3774, 0xd13ef201 };

    int[] tv_t1 = new int[2];



    // test vector #2 (offical vector by Bruce Schneier)

    String sTestKey2 = "Who is John Galt?";

    byte[] testKey2 = sTestKey2.getBytes();



    int[] tv_p2 = { 0xfedcba98, 0x76543210 };

    int[] tv_c2 = { 0xcc91732b, 0x8022f684 };

    int[] tv_t2 = new int[2];





    // start the tests, check for a proper decryption, too



    BlowfishECB testbf1 = new BlowfishECB(testKey1);

    testbf1.encrypt(tv_p1, tv_t1);

    if ((tv_t1[0] != tv_c1[0]) || (tv_t1[1] != tv_c1[1]))

      return false;

    testbf1.decrypt(tv_t1);

    if ((tv_t1[0] != tv_p1[0]) || (tv_t1[1] != tv_p1[1]))

      return false;



    BlowfishECB testbf2 = new BlowfishECB(testKey2);

    testbf2.encrypt(tv_p2, tv_t2);

    if ((tv_t2[0] != tv_c2[0]) || (tv_t2[1] != tv_c2[1]))

      return false;

    testbf2.decrypt(tv_t2);

    if ((tv_t2[0] != tv_p2[0]) || (tv_t2[1] != tv_p2[1]))

      return false;



    // all tests passed

    return true;

  };









  // internal routine to encrypt a 64bit block

  protected long encryptBlock(long lPlainBlock) {



    // split the block in two 32 bit halves

    int nLeft = BinConverter.longHi32(lPlainBlock);

    int nRight = BinConverter.longLo32(lPlainBlock);



    // encrypt the block, gain more speed by unrooling the loop

    // (we avoid swapping by using nLeft and nRight alternating

    //  at odd an even loop nubers)



    // unrolled loop #1 (odd)

    nLeft ^= m_pbox[0];

    nRight ^= ((m_sbox1[nLeft >>> 24] + m_sbox2[(nLeft >>> 16) & 0x0ff]) ^ m_sbox3[(nLeft >>> 8) & 0x0ff]) + m_sbox4[nLeft & 0x0ff];

    // unrolled loop #2 (even)

    nRight ^= m_pbox[1];

    nLeft ^= ((m_sbox1[nRight >>> 24] + m_sbox2[(nRight >>> 16) & 0x0ff]) ^ m_sbox3[(nRight >>> 8) & 0x0ff]) + m_sbox4[nRight & 0x0ff];

    // unrolled loop #3 (odd)

    nLeft ^= m_pbox[2];

    nRight ^= ((m_sbox1[nLeft >>> 24] + m_sbox2[(nLeft >>> 16) & 0x0ff]) ^ m_sbox3[(nLeft >>> 8) & 0x0ff]) + m_sbox4[nLeft & 0x0ff];

    // unrolled loop #4 (even)

    nRight ^= m_pbox[3];

    nLeft ^= ((m_sbox1[nRight >>> 24] + m_sbox2[(nRight >>> 16) & 0x0ff]) ^ m_sbox3[(nRight >>> 8) & 0x0ff]) + m_sbox4[nRight & 0x0ff];

    // unrolled loop #5 (odd)

    nLeft ^= m_pbox[4];

    nRight ^= ((m_sbox1[nLeft >>> 24] + m_sbox2[(nLeft >>> 16) & 0x0ff]) ^ m_sbox3[(nLeft >>> 8) & 0x0ff]) + m_sbox4[nLeft & 0x0ff];

    // unrolled loop #6 (even)

    nRight ^= m_pbox[5];

    nLeft ^= ((m_sbox1[nRight >>> 24] + m_sbox2[(nRight >>> 16) & 0x0ff]) ^ m_sbox3[(nRight >>> 8) & 0x0ff]) + m_sbox4[nRight & 0x0ff];

    // unrolled loop #7 (odd)

    nLeft ^= m_pbox[6];

    nRight ^= ((m_sbox1[nLeft >>> 24] + m_sbox2[(nLeft >>> 16) & 0x0ff]) ^ m_sbox3[(nLeft >>> 8) & 0x0ff]) + m_sbox4[nLeft & 0x0ff];

    // unrolled loop #8 (even)

    nRight ^= m_pbox[7];

    nLeft ^= ((m_sbox1[nRight >>> 24] + m_sbox2[(nRight >>> 16) & 0x0ff]) ^ m_sbox3[(nRight >>> 8) & 0x0ff]) + m_sbox4[nRight & 0x0ff];

    // unrolled loop #9 (odd)

    nLeft ^= m_pbox[8];

    nRight ^= ((m_sbox1[nLeft >>> 24] + m_sbox2[(nLeft >>> 16) & 0x0ff]) ^ m_sbox3[(nLeft >>> 8) & 0x0ff]) + m_sbox4[nLeft & 0x0ff];

    // unrolled loop #10 (even)

    nRight ^= m_pbox[9];

    nLeft ^= ((m_sbox1[nRight >>> 24] + m_sbox2[(nRight >>> 16) & 0x0ff]) ^ m_sbox3[(nRight >>> 8) & 0x0ff]) + m_sbox4[nRight & 0x0ff];

    // unrolled loop #11 (odd)

    nLeft ^= m_pbox[10];

    nRight ^= ((m_sbox1[nLeft >>> 24] + m_sbox2[(nLeft >>> 16) & 0x0ff]) ^ m_sbox3[(nLeft >>> 8) & 0x0ff]) + m_sbox4[nLeft & 0x0ff];

    // unrolled loop #12 (even)

    nRight ^= m_pbox[11];

    nLeft ^= ((m_sbox1[nRight >>> 24] + m_sbox2[(nRight >>> 16) & 0x0ff]) ^ m_sbox3[(nRight >>> 8) & 0x0ff]) + m_sbox4[nRight & 0x0ff];

    // unrolled loop #13 (odd)

    nLeft ^= m_pbox[12];

    nRight ^= ((m_sbox1[nLeft >>> 24] + m_sbox2[(nLeft >>> 16) & 0x0ff]) ^ m_sbox3[(nLeft >>> 8) & 0x0ff]) + m_sbox4[nLeft & 0x0ff];

    // unrolled loop #14 (even)

    nRight ^= m_pbox[13];

    nLeft ^= ((m_sbox1[nRight >>> 24] + m_sbox2[(nRight >>> 16) & 0x0ff]) ^ m_sbox3[(nRight >>> 8) & 0x0ff]) + m_sbox4[nRight & 0x0ff];

    // unrolled loop #15 (odd)

    nLeft ^= m_pbox[14];

    nRight ^= ((m_sbox1[nLeft >>> 24] + m_sbox2[(nLeft >>> 16) & 0x0ff]) ^ m_sbox3[(nLeft >>> 8) & 0x0ff]) + m_sbox4[nLeft & 0x0ff];

    // unrolled loop #16 (even)

    nRight ^= m_pbox[15];

    nLeft ^= ((m_sbox1[nRight >>> 24] + m_sbox2[(nRight >>> 16) & 0x0ff]) ^ m_sbox3[(nRight >>> 8) & 0x0ff]) + m_sbox4[nRight & 0x0ff];



    // swap and finalize

    int nSwap = nRight;

    nRight = nLeft ^ m_pbox[16];

    nLeft = nSwap ^ m_pbox[17];



    // reassemble and return the block

    return BinConverter.makeLong(nRight, nLeft);



  }







  // internal routine to decrypt a 64bit block

  protected long decryptBlock(long lCipherBlock) {



    // split the block in two 32 bit halves

    int nLeft = BinConverter.longHi32(lCipherBlock);

    int nRight = BinConverter.longLo32(lCipherBlock);



    // decrypt the block, gain more speed by unrooling the loop

    // (we avoid swaping by using nLeft and nRight alternating

    //  at odd an even loop nubers)



    // unrolled loop #1 (odd)

    nLeft ^= m_pbox[17];

    nRight ^= ((m_sbox1[nLeft >>> 24] + m_sbox2[(nLeft >>> 16) & 0x0ff]) ^ m_sbox3[(nLeft >>> 8) & 0x0ff]) + m_sbox4[nLeft & 0x0ff];

    // unrolled loop #2 (even)

    nRight ^= m_pbox[16];

    nLeft ^= ((m_sbox1[nRight >>> 24] + m_sbox2[(nRight >>> 16) & 0x0ff]) ^ m_sbox3[(nRight >>> 8) & 0x0ff]) + m_sbox4[nRight & 0x0ff];

    // unrolled loop #3 (odd)

    nLeft ^= m_pbox[15];

    nRight ^= ((m_sbox1[nLeft >>> 24] + m_sbox2[(nLeft >>> 16) & 0x0ff]) ^ m_sbox3[(nLeft >>> 8) & 0x0ff]) + m_sbox4[nLeft & 0x0ff];

    // unrolled loop #4 (even)

    nRight ^= m_pbox[14];

    nLeft ^= ((m_sbox1[nRight >>> 24] + m_sbox2[(nRight >>> 16) & 0x0ff]) ^ m_sbox3[(nRight >>> 8) & 0x0ff]) + m_sbox4[nRight & 0x0ff];

    // unrolled loop #5 (odd)

    nLeft ^= m_pbox[13];

    nRight ^= ((m_sbox1[nLeft >>> 24] + m_sbox2[(nLeft >>> 16) & 0x0ff]) ^ m_sbox3[(nLeft >>> 8) & 0x0ff]) + m_sbox4[nLeft & 0x0ff];

    // unrolled loop #6 (even)

    nRight ^= m_pbox[12];

    nLeft ^= ((m_sbox1[nRight >>> 24] + m_sbox2[(nRight >>> 16) & 0x0ff]) ^ m_sbox3[(nRight >>> 8) & 0x0ff]) + m_sbox4[nRight & 0x0ff];

    // unrolled loop #7 (odd)

    nLeft ^= m_pbox[11];

    nRight ^= ((m_sbox1[nLeft >>> 24] + m_sbox2[(nLeft >>> 16) & 0x0ff]) ^ m_sbox3[(nLeft >>> 8) & 0x0ff]) + m_sbox4[nLeft & 0x0ff];

    // unrolled loop #8 (even)

    nRight ^= m_pbox[10];

    nLeft ^= ((m_sbox1[nRight >>> 24] + m_sbox2[(nRight >>> 16) & 0x0ff]) ^ m_sbox3[(nRight >>> 8) & 0x0ff]) + m_sbox4[nRight & 0x0ff];

    // unrolled loop #9 (odd)

    nLeft ^= m_pbox[9];

    nRight ^= ((m_sbox1[nLeft >>> 24] + m_sbox2[(nLeft >>> 16) & 0x0ff]) ^ m_sbox3[(nLeft >>> 8) & 0x0ff]) + m_sbox4[nLeft & 0x0ff];

    // unrolled loop #10 (even)

    nRight ^= m_pbox[8];

    nLeft ^= ((m_sbox1[nRight >>> 24] + m_sbox2[(nRight >>> 16) & 0x0ff]) ^ m_sbox3[(nRight >>> 8) & 0x0ff]) + m_sbox4[nRight & 0x0ff];

    // unrolled loop #11 (odd)

    nLeft ^= m_pbox[7];

    nRight ^= ((m_sbox1[nLeft >>> 24] + m_sbox2[(nLeft >>> 16) & 0x0ff]) ^ m_sbox3[(nLeft >>> 8) & 0x0ff]) + m_sbox4[nLeft & 0x0ff];

    // unrolled loop #12 (even)

    nRight ^= m_pbox[6];

    nLeft ^= ((m_sbox1[nRight >>> 24] + m_sbox2[(nRight >>> 16) & 0x0ff]) ^ m_sbox3[(nRight >>> 8) & 0x0ff]) + m_sbox4[nRight & 0x0ff];

    // unrolled loop #13 (odd)

    nLeft ^= m_pbox[5];

    nRight ^= ((m_sbox1[nLeft >>> 24] + m_sbox2[(nLeft >>> 16) & 0x0ff]) ^ m_sbox3[(nLeft >>> 8) & 0x0ff]) + m_sbox4[nLeft & 0x0ff];

    // unrolled loop #14 (even)

    nRight ^= m_pbox[4];

    nLeft ^= ((m_sbox1[nRight >>> 24] + m_sbox2[(nRight >>> 16) & 0x0ff]) ^ m_sbox3[(nRight >>> 8) & 0x0ff]) + m_sbox4[nRight & 0x0ff];

    // unrolled loop #15 (odd)

    nLeft ^= m_pbox[3];

    nRight ^= ((m_sbox1[nLeft >>> 24] + m_sbox2[(nLeft >>> 16) & 0x0ff]) ^ m_sbox3[(nLeft >>> 8) & 0x0ff]) + m_sbox4[nLeft & 0x0ff];

    // unrolled loop #16 (even)

    nRight ^= m_pbox[2];

    nLeft ^= ((m_sbox1[nRight >>> 24] + m_sbox2[(nRight >>> 16) & 0x0ff]) ^ m_sbox3[(nRight >>> 8) & 0x0ff]) + m_sbox4[nRight & 0x0ff];



    // swap and finalize

    int nSwap = nRight;

    nRight = nLeft ^ m_pbox[1];

    nLeft  = nSwap ^ m_pbox[0];



    // reassemble and return the block

    return BinConverter.makeLong(nRight, nLeft);

  }













  /**

    * encrypts a byte buffer (should be aligned to an 8 byte border)

    * to another buffer (of the same size or bigger)

    * @param inbuffer buffer with plaintext data

    * @param outbuffer buffer to get the ciphertext data

    */

  public void encrypt(byte[] inbuffer,

                      byte[] outbuffer) {



    int nLen = inbuffer.length;

    long lTemp;

    for (int nI = 0; nI < nLen; nI +=8) {



      // encrypt a temporary 64bit block

      lTemp = BinConverter.byteArrayToLong(inbuffer, nI);

      lTemp = encryptBlock(lTemp);

      BinConverter.longToByteArray(lTemp, outbuffer, nI);

    };

  };







  /**

    * encrypts a byte buffer (should be aligned to an 8 byte border) to itself

    * @param buffer buffer to encrypt

    */

  public void encrypt(byte[] buffer) {



    int nLen = buffer.length;

    long lTemp;

    for (int nI = 0; nI < nLen; nI +=8) {



      // encrypt a temporary 64bit block

      lTemp = BinConverter.byteArrayToLong(buffer, nI);

      lTemp = encryptBlock(lTemp);

      BinConverter.longToByteArray(lTemp, buffer, nI);

    };

  };









  /**

    * encrypts an integer buffer (should be aligned to an

    * two integer border) to another int buffer (of the

    * same size or bigger)

    * @param inbuffer buffer with plaintext data

    * @param outBuffer buffer to get the ciphertext data

    */

  public void encrypt(int[] inbuffer,

                      int[] outbuffer) {



    int nLen = inbuffer.length;

    long lTemp;

    for (int nI = 0; nI < nLen; nI +=2) {



      // encrypt a temporary 64bit block

      lTemp = BinConverter.intArrayToLong(inbuffer, nI);

      lTemp = encryptBlock(lTemp);

      BinConverter.longToIntArray(lTemp, outbuffer, nI);

    };

  };





  /**

    * encrypts an int buffer (should be aligned to a

    * two integer border)

    * @param buffer buffer to encrypt

    */

  public void encrypt(int[] buffer) {



    int nLen = buffer.length;

    long lTemp;

    for (int nI = 0; nI < nLen; nI +=2) {



      // encrypt a temporary 64bit block

      lTemp = BinConverter.intArrayToLong(buffer, nI);

      lTemp = encryptBlock(lTemp);

      BinConverter.longToIntArray(lTemp, buffer, nI);

    };

  };







  /**

    * encrypts a long buffer to another long buffer (of the same size or bigger)

    * @param inbuffer buffer with plaintext data

    * @param outbuffer buffer to get the ciphertext data

    */

  public void encrypt(long[] inbuffer,

                      long[] outbuffer) {



    int nLen = inbuffer.length;

    for (int nI = 0; nI < nLen; nI++)

      outbuffer[nI] = encryptBlock(inbuffer[nI]);

  };







  /**

    * encrypts a long buffer to itself

    * @param buffer buffer to encrypt

    */

  public void encrypt(long[] buffer) {



    int nLen = buffer.length;

    for (int nI = 0; nI < nLen; nI++) {

      buffer[nI] = encryptBlock(buffer[nI]);

    };

  };







  /**

    * decrypts a byte buffer (should be aligned to an 8 byte border)

    * to another byte buffer (of the same size or bigger)

    * @param inbuffer buffer with ciphertext data

    * @param outBuffer buffer to get the plaintext data

    */

  public void decrypt(byte[] inbuffer,

                      byte[] outbuffer) {



    int nLen = inbuffer.length;

    long lTemp;

    for (int nI = 0; nI < nLen; nI +=8) {



      // decrypt a temporary 64bit block

      lTemp = BinConverter.byteArrayToLong(inbuffer, nI);

      lTemp = decryptBlock(lTemp);

      BinConverter.longToByteArray(lTemp, outbuffer, nI);

    };

  };







  /**

    * decrypts a byte buffer (should be aligned to an 8 byte border) to itself

    * @param buffer buffer to decrypt

    */

  public void decrypt(byte[] buffer) {



    int nLen = buffer.length;

    long lTemp;

    for (int nI = 0; nI < nLen; nI +=8) {



      // decrypt over a temporary 64bit block

      lTemp = BinConverter.byteArrayToLong(buffer, nI);

      lTemp = decryptBlock(lTemp);

      BinConverter.longToByteArray(lTemp, buffer, nI);

    };

  };









  /**

    * decrypts an integer buffer (should be aligned to an

    * two integer border) to another int buffer (of the same size or bigger)

    * @param inbuffer buffer with ciphertext data

    * @param outbuffer buffer to get the plaintext data

    */

  public void decrypt(int[] inbuffer,

                      int[] outbuffer) {



    int nLen = inbuffer.length;

    long lTemp;

    for (int nI = 0; nI < nLen; nI +=2) {



      // decrypt a temporary 64bit block

      lTemp = BinConverter.intArrayToLong(inbuffer, nI);

      lTemp = decryptBlock(lTemp);

      BinConverter.longToIntArray(lTemp, outbuffer, nI);

    };

  };





  /**

    * decrypts an int buffer (should be aligned to an

    * two integer border)

    * @param buffer buffer to decrypt

    */

  public void decrypt(int[] buffer) {



    int nLen = buffer.length;

    long lTemp;

    for (int nI = 0; nI < nLen; nI +=2) {



      // decrypt a temporary 64bit block

      lTemp = BinConverter.intArrayToLong(buffer, nI);

      lTemp = decryptBlock(lTemp);

      BinConverter.longToIntArray(lTemp, buffer, nI);

    };

  };







  /**

    * decrypts a long buffer to another long buffer (of the same size or bigger)

    * @param inbuffer buffer with ciphertext data

    * @param outbuffer buffer to get the plaintext data

    */

  public void decrypt(long[] inbuffer,

                      long[] outbuffer) {



    int nLen = inbuffer.length;

    for (int nI = 0; nI < nLen; nI++)

      outbuffer[nI] = decryptBlock(inbuffer[nI]);

  };







  /**

    * decrypts a long buffer to itself

    * @param buffer buffer to decrypt

    */

  public void decrypt(long[] buffer) {



    int nLen = buffer.length;

    for (int nI = 0; nI < nLen; nI++)

      buffer[nI] = decryptBlock(buffer[nI]);

  };









  // the boxes init. data,

  //  it might be better to create them at runtime to make the class

  //        file smaller, e.g. by calculating the hexdigits of pi (default)

  //        or just a fixed random sequence (out of the standard)



  final static int pbox_init[] = {



  0x243f6a88, 0x85a308d3, 0x13198a2e, 0x03707344, 0xa4093822, 0x299f31d0,

  0x082efa98, 0xec4e6c89, 0x452821e6, 0x38d01377, 0xbe5466cf, 0x34e90c6c,

  0xc0ac29b7, 0xc97c50dd, 0x3f84d5b5, 0xb5470917, 0x9216d5d9, 0x8979fb1b  };



  final static int sbox_init_1[] = {



  0xd1310ba6,   0x98dfb5ac,   0x2ffd72db,   0xd01adfb7,   0xb8e1afed,   0x6a267e96,

  0xba7c9045,   0xf12c7f99,   0x24a19947,   0xb3916cf7,   0x0801f2e2,   0x858efc16,

  0x636920d8,   0x71574e69,   0xa458fea3,   0xf4933d7e,   0x0d95748f,   0x728eb658,

  0x718bcd58,   0x82154aee,   0x7b54a41d,   0xc25a59b5,   0x9c30d539,   0x2af26013,

  0xc5d1b023,   0x286085f0,   0xca417918,   0xb8db38ef,   0x8e79dcb0,   0x603a180e,

  0x6c9e0e8b,   0xb01e8a3e,   0xd71577c1,   0xbd314b27,   0x78af2fda,   0x55605c60,

  0xe65525f3,   0xaa55ab94,   0x57489862,   0x63e81440,   0x55ca396a,   0x2aab10b6,

  0xb4cc5c34,   0x1141e8ce,   0xa15486af,   0x7c72e993,   0xb3ee1411,   0x636fbc2a,

  0x2ba9c55d,   0x741831f6,   0xce5c3e16,   0x9b87931e,   0xafd6ba33,   0x6c24cf5c,

  0x7a325381,   0x28958677,   0x3b8f4898,   0x6b4bb9af,   0xc4bfe81b,   0x66282193,

  0x61d809cc,   0xfb21a991,   0x487cac60,   0x5dec8032,   0xef845d5d,   0xe98575b1,

  0xdc262302,   0xeb651b88,   0x23893e81,   0xd396acc5,   0x0f6d6ff3,   0x83f44239,

  0x2e0b4482,   0xa4842004,   0x69c8f04a,   0x9e1f9b5e,   0x21c66842,   0xf6e96c9a,

  0x670c9c61,   0xabd388f0,   0x6a51a0d2,   0xd8542f68,   0x960fa728,   0xab5133a3,

  0x6eef0b6c,   0x137a3be4,   0xba3bf050,   0x7efb2a98,   0xa1f1651d,   0x39af0176,

  0x66ca593e,   0x82430e88,   0x8cee8619,   0x456f9fb4,   0x7d84a5c3,   0x3b8b5ebe,

  0xe06f75d8,   0x85c12073,   0x401a449f,   0x56c16aa6,   0x4ed3aa62,   0x363f7706,

  0x1bfedf72,   0x429b023d,   0x37d0d724,   0xd00a1248,   0xdb0fead3,   0x49f1c09b,

  0x075372c9,   0x80991b7b,   0x25d479d8,   0xf6e8def7,   0xe3fe501a,   0xb6794c3b,

  0x976ce0bd,   0x04c006ba,   0xc1a94fb6,   0x409f60c4,   0x5e5c9ec2,   0x196a2463,

  0x68fb6faf,   0x3e6c53b5,   0x1339b2eb,   0x3b52ec6f,   0x6dfc511f,   0x9b30952c,

  0xcc814544,   0xaf5ebd09,   0xbee3d004,   0xde334afd,   0x660f2807,   0x192e4bb3,

  0xc0cba857,   0x45c8740f,   0xd20b5f39,   0xb9d3fbdb,   0x5579c0bd,   0x1a60320a,

  0xd6a100c6,   0x402c7279,   0x679f25fe,   0xfb1fa3cc,   0x8ea5e9f8,   0xdb3222f8,

  0x3c7516df,   0xfd616b15,   0x2f501ec8,   0xad0552ab,   0x323db5fa,   0xfd238760,

  0x53317b48,   0x3e00df82,   0x9e5c57bb,   0xca6f8ca0,   0x1a87562e,   0xdf1769db,

  0xd542a8f6,   0x287effc3,   0xac6732c6,   0x8c4f5573,   0x695b27b0,   0xbbca58c8,

  0xe1ffa35d,   0xb8f011a0,   0x10fa3d98,   0xfd2183b8,   0x4afcb56c,   0x2dd1d35b,

  0x9a53e479,   0xb6f84565,   0xd28e49bc,   0x4bfb9790,   0xe1ddf2da,   0xa4cb7e33,

  0x62fb1341,   0xcee4c6e8,   0xef20cada,   0x36774c01,   0xd07e9efe,   0x2bf11fb4,

  0x95dbda4d,   0xae909198,   0xeaad8e71,   0x6b93d5a0,   0xd08ed1d0,   0xafc725e0,

  0x8e3c5b2f,   0x8e7594b7,   0x8ff6e2fb,   0xf2122b64,   0x8888b812,   0x900df01c,

  0x4fad5ea0,   0x688fc31c,   0xd1cff191,   0xb3a8c1ad,   0x2f2f2218,   0xbe0e1777,

  0xea752dfe,   0x8b021fa1,   0xe5a0cc0f,   0xb56f74e8,   0x18acf3d6,   0xce89e299,

  0xb4a84fe0,   0xfd13e0b7,   0x7cc43b81,   0xd2ada8d9,   0x165fa266,   0x80957705,

  0x93cc7314,   0x211a1477,   0xe6ad2065,   0x77b5fa86,   0xc75442f5,   0xfb9d35cf,

  0xebcdaf0c,   0x7b3e89a0,   0xd6411bd3,   0xae1e7e49,   0x00250e2d,   0x2071b35e,

  0x226800bb,   0x57b8e0af,   0x2464369b,   0xf009b91e,   0x5563911d,   0x59dfa6aa,

  0x78c14389,   0xd95a537f,   0x207d5ba2,   0x02e5b9c5,   0x83260376,   0x6295cfa9,

  0x11c81968,   0x4e734a41,   0xb3472dca,   0x7b14a94a,   0x1b510052,   0x9a532915,

  0xd60f573f,   0xbc9bc6e4,   0x2b60a476,   0x81e67400,   0x08ba6fb5,   0x571be91f,

  0xf296ec6b,   0x2a0dd915,   0xb6636521,   0xe7b9f9b6,   0xff34052e,   0xc5855664,

  0x53b02d5d,   0xa99f8fa1,   0x08ba4799,   0x6e85076a };





  final static int sbox_init_2[] = {



  0x4b7a70e9,   0xb5b32944,

  0xdb75092e,   0xc4192623,   0xad6ea6b0,   0x49a7df7d,   0x9cee60b8,   0x8fedb266,

  0xecaa8c71,   0x699a17ff,   0x5664526c,   0xc2b19ee1,   0x193602a5,   0x75094c29,

  0xa0591340,   0xe4183a3e,   0x3f54989a,   0x5b429d65,   0x6b8fe4d6,   0x99f73fd6,

  0xa1d29c07,   0xefe830f5,   0x4d2d38e6,   0xf0255dc1,   0x4cdd2086,   0x8470eb26,

  0x6382e9c6,   0x021ecc5e,   0x09686b3f,   0x3ebaefc9,   0x3c971814,   0x6b6a70a1,

  0x687f3584,   0x52a0e286,   0xb79c5305,   0xaa500737,   0x3e07841c,   0x7fdeae5c,

  0x8e7d44ec,   0x5716f2b8,   0xb03ada37,   0xf0500c0d,   0xf01c1f04,   0x0200b3ff,

  0xae0cf51a,   0x3cb574b2,   0x25837a58,   0xdc0921bd,   0xd19113f9,   0x7ca92ff6,

  0x94324773,   0x22f54701,   0x3ae5e581,   0x37c2dadc,   0xc8b57634,   0x9af3dda7,

  0xa9446146,   0x0fd0030e,   0xecc8c73e,   0xa4751e41,   0xe238cd99,   0x3bea0e2f,

  0x3280bba1,   0x183eb331,   0x4e548b38,   0x4f6db908,   0x6f420d03,   0xf60a04bf,

  0x2cb81290,   0x24977c79,   0x5679b072,   0xbcaf89af,   0xde9a771f,   0xd9930810,

  0xb38bae12,   0xdccf3f2e,   0x5512721f,   0x2e6b7124,   0x501adde6,   0x9f84cd87,

  0x7a584718,   0x7408da17,   0xbc9f9abc,   0xe94b7d8c,   0xec7aec3a,   0xdb851dfa,

  0x63094366,   0xc464c3d2,   0xef1c1847,   0x3215d908,   0xdd433b37,   0x24c2ba16,

  0x12a14d43,   0x2a65c451,   0x50940002,   0x133ae4dd,   0x71dff89e,   0x10314e55,

  0x81ac77d6,   0x5f11199b,   0x043556f1,   0xd7a3c76b,   0x3c11183b,   0x5924a509,

  0xf28fe6ed,   0x97f1fbfa,   0x9ebabf2c,   0x1e153c6e,   0x86e34570,   0xeae96fb1,

  0x860e5e0a,   0x5a3e2ab3,   0x771fe71c,   0x4e3d06fa,   0x2965dcb9,   0x99e71d0f,

  0x803e89d6,   0x5266c825,   0x2e4cc978,   0x9c10b36a,   0xc6150eba,   0x94e2ea78,

  0xa5fc3c53,   0x1e0a2df4,   0xf2f74ea7,   0x361d2b3d,   0x1939260f,   0x19c27960,

  0x5223a708,   0xf71312b6,   0xebadfe6e,   0xeac31f66,   0xe3bc4595,   0xa67bc883,

  0xb17f37d1,   0x018cff28,   0xc332ddef,   0xbe6c5aa5,   0x65582185,   0x68ab9802,

  0xeecea50f,   0xdb2f953b,   0x2aef7dad,   0x5b6e2f84,   0x1521b628,   0x29076170,

  0xecdd4775,   0x619f1510,   0x13cca830,   0xeb61bd96,   0x0334fe1e,   0xaa0363cf,

  0xb5735c90,   0x4c70a239,   0xd59e9e0b,   0xcbaade14,   0xeecc86bc,   0x60622ca7,

  0x9cab5cab,   0xb2f3846e,   0x648b1eaf,   0x19bdf0ca,   0xa02369b9,   0x655abb50,

  0x40685a32,   0x3c2ab4b3,   0x319ee9d5,   0xc021b8f7,   0x9b540b19,   0x875fa099,

  0x95f7997e,   0x623d7da8,   0xf837889a,   0x97e32d77,   0x11ed935f,   0x16681281,

  0x0e358829,   0xc7e61fd6,   0x96dedfa1,   0x7858ba99,   0x57f584a5,   0x1b227263,

  0x9b83c3ff,   0x1ac24696,   0xcdb30aeb,   0x532e3054,   0x8fd948e4,   0x6dbc3128,

  0x58ebf2ef,   0x34c6ffea,   0xfe28ed61,   0xee7c3c73,   0x5d4a14d9,   0xe864b7e3,

  0x42105d14,   0x203e13e0,   0x45eee2b6,   0xa3aaabea,   0xdb6c4f15,   0xfacb4fd0,

  0xc742f442,   0xef6abbb5,   0x654f3b1d,   0x41cd2105,   0xd81e799e,   0x86854dc7,

  0xe44b476a,   0x3d816250,   0xcf62a1f2,   0x5b8d2646,   0xfc8883a0,   0xc1c7b6a3,

  0x7f1524c3,   0x69cb7492,   0x47848a0b,   0x5692b285,   0x095bbf00,   0xad19489d,

  0x1462b174,   0x23820e00,   0x58428d2a,   0x0c55f5ea,   0x1dadf43e,   0x233f7061,

  0x3372f092,   0x8d937e41,   0xd65fecf1,   0x6c223bdb,   0x7cde3759,   0xcbee7460,

  0x4085f2a7,   0xce77326e,   0xa6078084,   0x19f8509e,   0xe8efd855,   0x61d99735,

  0xa969a7aa,   0xc50c06c2,   0x5a04abfc,   0x800bcadc,   0x9e447a2e,   0xc3453484,

  0xfdd56705,   0x0e1e9ec9,   0xdb73dbd3,   0x105588cd,   0x675fda79,   0xe3674340,

  0xc5c43465,   0x713e38d8,   0x3d28f89e,   0xf16dff20,   0x153e21e7,   0x8fb03d4a,

  0xe6e39f2b,   0xdb83adf7 };



  final static int sbox_init_3[] = {



  0xe93d5a68,   0x948140f7,   0xf64c261c,   0x94692934,

  0x411520f7,   0x7602d4f7,   0xbcf46b2e,   0xd4a20068,   0xd4082471,   0x3320f46a,

  0x43b7d4b7,   0x500061af,   0x1e39f62e,   0x97244546,   0x14214f74,   0xbf8b8840,

  0x4d95fc1d,   0x96b591af,   0x70f4ddd3,   0x66a02f45,   0xbfbc09ec,   0x03bd9785,

  0x7fac6dd0,   0x31cb8504,   0x96eb27b3,   0x55fd3941,   0xda2547e6,   0xabca0a9a,

  0x28507825,   0x530429f4,   0x0a2c86da,   0xe9b66dfb,   0x68dc1462,   0xd7486900,

  0x680ec0a4,   0x27a18dee,   0x4f3ffea2,   0xe887ad8c,   0xb58ce006,   0x7af4d6b6,

  0xaace1e7c,   0xd3375fec,   0xce78a399,   0x406b2a42,   0x20fe9e35,   0xd9f385b9,

  0xee39d7ab,   0x3b124e8b,   0x1dc9faf7,   0x4b6d1856,   0x26a36631,   0xeae397b2,

  0x3a6efa74,   0xdd5b4332,   0x6841e7f7,   0xca7820fb,   0xfb0af54e,   0xd8feb397,

  0x454056ac,   0xba489527,   0x55533a3a,   0x20838d87,   0xfe6ba9b7,   0xd096954b,

  0x55a867bc,   0xa1159a58,   0xcca92963,   0x99e1db33,   0xa62a4a56,   0x3f3125f9,

  0x5ef47e1c,   0x9029317c,   0xfdf8e802,   0x04272f70,   0x80bb155c,   0x05282ce3,

  0x95c11548,   0xe4c66d22,   0x48c1133f,   0xc70f86dc,   0x07f9c9ee,   0x41041f0f,

  0x404779a4,   0x5d886e17,   0x325f51eb,   0xd59bc0d1,   0xf2bcc18f,   0x41113564,

  0x257b7834,   0x602a9c60,   0xdff8e8a3,   0x1f636c1b,   0x0e12b4c2,   0x02e1329e,

  0xaf664fd1,   0xcad18115,   0x6b2395e0,   0x333e92e1,   0x3b240b62,   0xeebeb922,

  0x85b2a20e,   0xe6ba0d99,   0xde720c8c,   0x2da2f728,   0xd0127845,   0x95b794fd,

  0x647d0862,   0xe7ccf5f0,   0x5449a36f,   0x877d48fa,   0xc39dfd27,   0xf33e8d1e,

  0x0a476341,   0x992eff74,   0x3a6f6eab,   0xf4f8fd37,   0xa812dc60,   0xa1ebddf8,

  0x991be14c,   0xdb6e6b0d,   0xc67b5510,   0x6d672c37,   0x2765d43b,   0xdcd0e804,

  0xf1290dc7,   0xcc00ffa3,   0xb5390f92,   0x690fed0b,   0x667b9ffb,   0xcedb7d9c,

  0xa091cf0b,   0xd9155ea3,   0xbb132f88,   0x515bad24,   0x7b9479bf,   0x763bd6eb,

  0x37392eb3,   0xcc115979,   0x8026e297,   0xf42e312d,   0x6842ada7,   0xc66a2b3b,

  0x12754ccc,   0x782ef11c,   0x6a124237,   0xb79251e7,   0x06a1bbe6,   0x4bfb6350,

  0x1a6b1018,   0x11caedfa,   0x3d25bdd8,   0xe2e1c3c9,   0x44421659,   0x0a121386,

  0xd90cec6e,   0xd5abea2a,   0x64af674e,   0xda86a85f,   0xbebfe988,   0x64e4c3fe,

  0x9dbc8057,   0xf0f7c086,   0x60787bf8,   0x6003604d,   0xd1fd8346,   0xf6381fb0,

  0x7745ae04,   0xd736fccc,   0x83426b33,   0xf01eab71,   0xb0804187,   0x3c005e5f,

  0x77a057be,   0xbde8ae24,   0x55464299,   0xbf582e61,   0x4e58f48f,   0xf2ddfda2,

  0xf474ef38,   0x8789bdc2,   0x5366f9c3,   0xc8b38e74,   0xb475f255,   0x46fcd9b9,

  0x7aeb2661,   0x8b1ddf84,   0x846a0e79,   0x915f95e2,   0x466e598e,   0x20b45770,

  0x8cd55591,   0xc902de4c,   0xb90bace1,   0xbb8205d0,   0x11a86248,   0x7574a99e,

  0xb77f19b6,   0xe0a9dc09,   0x662d09a1,   0xc4324633,   0xe85a1f02,   0x09f0be8c,

  0x4a99a025,   0x1d6efe10,   0x1ab93d1d,   0x0ba5a4df,   0xa186f20f,   0x2868f169,

  0xdcb7da83,   0x573906fe,   0xa1e2ce9b,   0x4fcd7f52,   0x50115e01,   0xa70683fa,

  0xa002b5c4,   0x0de6d027,   0x9af88c27,   0x773f8641,   0xc3604c06,   0x61a806b5,

  0xf0177a28,   0xc0f586e0,   0x006058aa,   0x30dc7d62,   0x11e69ed7,   0x2338ea63,

  0x53c2dd94,   0xc2c21634,   0xbbcbee56,   0x90bcb6de,   0xebfc7da1,   0xce591d76,

  0x6f05e409,   0x4b7c0188,   0x39720a3d,   0x7c927c24,   0x86e3725f,   0x724d9db9,

  0x1ac15bb4,   0xd39eb8fc,   0xed545578,   0x08fca5b5,   0xd83d7cd3,   0x4dad0fc4,

  0x1e50ef5e,   0xb161e6f8,   0xa28514d9,   0x6c51133c,   0x6fd5c7e7,   0x56e14ec4,

  0x362abfce,   0xddc6c837,   0xd79a3234,   0x92638212,   0x670efa8e,   0x406000e0 };





  final static int sbox_init_4[] = {



  0x3a39ce37,   0xd3faf5cf,   0xabc27737,   0x5ac52d1b,   0x5cb0679e,   0x4fa33742,

  0xd3822740,   0x99bc9bbe,   0xd5118e9d,   0xbf0f7315,   0xd62d1c7e,   0xc700c47b,

  0xb78c1b6b,   0x21a19045,   0xb26eb1be,   0x6a366eb4,   0x5748ab2f,   0xbc946e79,

  0xc6a376d2,   0x6549c2c8,   0x530ff8ee,   0x468dde7d,   0xd5730a1d,   0x4cd04dc6,

  0x2939bbdb,   0xa9ba4650,   0xac9526e8,   0xbe5ee304,   0xa1fad5f0,   0x6a2d519a,

  0x63ef8ce2,   0x9a86ee22,   0xc089c2b8,   0x43242ef6,   0xa51e03aa,   0x9cf2d0a4,

  0x83c061ba,   0x9be96a4d,   0x8fe51550,   0xba645bd6,   0x2826a2f9,   0xa73a3ae1,

  0x4ba99586,   0xef5562e9,   0xc72fefd3,   0xf752f7da,   0x3f046f69,   0x77fa0a59,

  0x80e4a915,   0x87b08601,   0x9b09e6ad,   0x3b3ee593,   0xe990fd5a,   0x9e34d797,

  0x2cf0b7d9,   0x022b8b51,   0x96d5ac3a,   0x017da67d,   0xd1cf3ed6,   0x7c7d2d28,

  0x1f9f25cf,   0xadf2b89b,   0x5ad6b472,   0x5a88f54c,   0xe029ac71,   0xe019a5e6,

  0x47b0acfd,   0xed93fa9b,   0xe8d3c48d,   0x283b57cc,   0xf8d56629,   0x79132e28,

  0x785f0191,   0xed756055,   0xf7960e44,   0xe3d35e8c,   0x15056dd4,   0x88f46dba,

  0x03a16125,   0x0564f0bd,   0xc3eb9e15,   0x3c9057a2,   0x97271aec,   0xa93a072a,

  0x1b3f6d9b,   0x1e6321f5,   0xf59c66fb,   0x26dcf319,   0x7533d928,   0xb155fdf5,

  0x03563482,   0x8aba3cbb,   0x28517711,   0xc20ad9f8,   0xabcc5167,   0xccad925f,

  0x4de81751,   0x3830dc8e,   0x379d5862,   0x9320f991,   0xea7a90c2,   0xfb3e7bce,

  0x5121ce64,   0x774fbe32,   0xa8b6e37e,   0xc3293d46,   0x48de5369,   0x6413e680,

  0xa2ae0810,   0xdd6db224,   0x69852dfd,   0x09072166,   0xb39a460a,   0x6445c0dd,

  0x586cdecf,   0x1c20c8ae,   0x5bbef7dd,   0x1b588d40,   0xccd2017f,   0x6bb4e3bb,

  0xdda26a7e,   0x3a59ff45,   0x3e350a44,   0xbcb4cdd5,   0x72eacea8,   0xfa6484bb,

  0x8d6612ae,   0xbf3c6f47,   0xd29be463,   0x542f5d9e,   0xaec2771b,   0xf64e6370,

  0x740e0d8d,   0xe75b1357,   0xf8721671,   0xaf537d5d,   0x4040cb08,   0x4eb4e2cc,

  0x34d2466a,   0x0115af84,   0xe1b00428,   0x95983a1d,   0x06b89fb4,   0xce6ea048,

  0x6f3f3b82,   0x3520ab82,   0x011a1d4b,   0x277227f8,   0x611560b1,   0xe7933fdc,

  0xbb3a792b,   0x344525bd,   0xa08839e1,   0x51ce794b,   0x2f32c9b7,   0xa01fbac9,

  0xe01cc87e,   0xbcc7d1f6,   0xcf0111c3,   0xa1e8aac7,   0x1a908749,   0xd44fbd9a,

  0xd0dadecb,   0xd50ada38,   0x0339c32a,   0xc6913667,   0x8df9317c,   0xe0b12b4f,

  0xf79e59b7,   0x43f5bb3a,   0xf2d519ff,   0x27d9459c,   0xbf97222c,   0x15e6fc2a,

  0x0f91fc71,   0x9b941525,   0xfae59361,   0xceb69ceb,   0xc2a86459,   0x12baa8d1,

  0xb6c1075e,   0xe3056a0c,   0x10d25065,   0xcb03a442,   0xe0ec6e0e,   0x1698db3b,

  0x4c98a0be,   0x3278e964,   0x9f1f9532,   0xe0d392df,   0xd3a0342b,   0x8971f21e,

  0x1b0a7441,   0x4ba3348c,   0xc5be7120,   0xc37632d8,   0xdf359f8d,   0x9b992f2e,

  0xe60b6f47,   0x0fe3f11d,   0xe54cda54,   0x1edad891,   0xce6279cf,   0xcd3e7e6f,

  0x1618b166,   0xfd2c1d05,   0x848fd2c5,   0xf6fb2299,   0xf523f357,   0xa6327623,

  0x93a83531,   0x56cccd02,   0xacf08162,   0x5a75ebb5,   0x6e163697,   0x88d273cc,

  0xde966292,   0x81b949d0,   0x4c50901b,   0x71c65614,   0xe6c6c7bd,   0x327a140a,

  0x45e1d006,   0xc3f27b9a,   0xc9aa53fd,   0x62a80f00,   0xbb25bfe2,   0x35bdd2f6,

  0x71126905,   0xb2040222,   0xb6cbcf7c,   0xcd769c2b,   0x53113ec0,   0x1640e3d3,

  0x38abbd60,   0x2547adf0,   0xba38209c,   0xf746ce76,   0x77afa1c5,   0x20756060,

  0x85cbfe4e,   0x8ae88dd8,   0x7aaaf9b0,   0x4cf9aa7e,   0x1948c25c,   0x02fb8a8c,

  0x01c36ae4,   0xd6ebe1f9,   0x90d4f869,   0xa65cdea0,   0x3f09252d,   0xc208e69f,

  0xb74e6132,   0xce77e25b,   0x578fdfe3,   0x3ac372e6 };







};
