byte[] key , iv;

Zuc zuc;

@Before

public void beforeTest(){

zuc = new Zuc();

key=new byte[]{-58, -106, -55, 98, -75, 49, -74, -101, -50, 1, -79, 43, -33, -86, -57, -106};

iv=new byte[]{-119, 19, 24, 45, 83, 17, -89, 102, -72, -104, 91, -31, -25, -109, -28, 30};

}

/**

@Test

public void encryptTest(){

String plaintextStr = "gmss";

byte[] plaintext = plaintextStr.getBytes();

int ciphertextLen = 2 * Zuc.BLOCK_SIZE * (int)Math.ceil((plaintext.length)/(double)Zuc.BLOCK_SIZE);

byte[] ciphertext = new byte[Math.max(16,ciphertextLen)];

int cipherlen;

zuc.init(key, iv);

cipherlen = zuc.update(plaintext, 0, plaintext.length, ciphertext, 0);

cipherlen += zuc.doFinal(ciphertext, cipherlen);

ciphertext = Arrays.copyOfRange(ciphertext,0,cipherlen);

String ciphertextHex= HexUtil.byteToHex(ciphertext);

//System.out.println(ciphertextHex);

Assert.assertNotNull("data is empty exception!",ciphertextHex);

}

/**

@Test

public void decryptTest(){

String ciphertextHex = "91a99db164";

int plainlen;

byte[] ciphertext=HexUtil.hexToByte(ciphertextHex);

int plaintextLen = 2 * Zuc.BLOCK_SIZE * (int)Math.ceil((ciphertext.length)/(double)Zuc.BLOCK_SIZE);

byte[] plaintext = new byte[Math.max(16,plaintextLen)];

zuc.init(key, iv);

plainlen = zuc.update(ciphertext, 0, ciphertext.length, plaintext, 0);

plainlen += zuc.doFinal(plaintext, plainlen);

plaintext=Arrays.copyOfRange(plaintext,0,plainlen);

String plaintextStr = new String(plaintext);

//System.out.println(plaintextStr);

Assert.assertEquals("original value is not equal to the expected value after decryption!","gmssl",plaintextStr);

}