protected void engineTest() throws Exception {
setExpectedPasses(7);
String[][] data = {
// data, md
// ......................
{"", "8350E5A3E24C153DF2275C9F80692773"}, // A.5 1
{"a", "32EC01EC4A6DAC72C0AB96FB34C0B5D1"}, // A.5 2
{"abc", "DA853B0D3F88D99B30283A69E6DED6BB"}, // A.5 3
{"message digest", "AB4F496BFB2A530B219FF33031FE06B0"}, // A.5 4
{"abcdefghijklmnopqrstuvwxyz", "4E8DDFF3650292AB5A4108C3AA47940B"}, // A.5 5
{
"ABCDEFGHIJKLMNOPQRSTUVWXYZabcdefghijklmnopqrstuvwxyz0123456789",
"DA33DEF2A42DF13975352846C30338CD"
}, // A.5 6
{
"12345678901234567890123456789012345678901234567890123456789012345678901234567890",
"D5976F79D83D3A0DC9806C3C66F3EFD8"
} // A.5 7
};
MessageDigest alg = MessageDigest.getInstance("MD2", "Cryptix");
for (int i = 0; i < data.length; i++) {
String a = Hex.toString(alg.digest(data[i][0].getBytes()));
out.println(" test vector: " + data[i][0]);
out.println(" computed md: " + a);
out.println(" certified md: " + data[i][1]);
passIf(a.equals(data[i][1]), "MD2 #" + (i + 1));
}
}
private void test1() throws Exception {
byte[] ect, dct;
String a, b;
int i;
for (i = 0; i < testData1.length; i++) {
Cipher alg = Cipher.getInstance("SPEED", "Cryptix");
((Parameterized) alg).setParameter("rounds", new Integer(testData1[i][0]));
((Parameterized) alg).setParameter("blockSize", new Integer(testData1[i][2].length() / 2));
RawSecretKey key = new RawSecretKey("SPEED", Hex.fromString(testData1[i][1]));
alg.initEncrypt(key);
ect = alg.crypt(Hex.fromString(testData1[i][2]));
a = Hex.toString(ect);
alg.initDecrypt(key);
dct = alg.crypt(ect);
b = Hex.toString(dct);
out.println(" plain: " + testData1[i][2]);
out.println(" cipher: " + a);
out.println(" cert: " + testData1[i][3]);
passIf(a.equals(testData1[i][3]), " *** SPEED encrypt");
out.println(" cipher: " + Hex.toString(ect));
out.println(" plain: " + b);
out.println(" cert: " + testData1[i][2]);
passIf(b.equals(testData1[i][2]), " *** SPEED decrypt");
// // print reversed data for replacing/comparing in the data above
// out.println("\n \"" +
// Hex.toString(Hex.fromReversedString(testData1[i][1])) + "\"");
// out.println(" \"" +
// Hex.toString(Hex.fromReversedString(testData1[i][2])) + "\"");
// out.println(" \"" +
// Hex.toString(Hex.fromReversedString(testData1[i][3])) + "\"\n");
}
}
private static void test(
PrintWriter out, int rounds, String keyStr, String plainStr, String cipherStr)
throws Exception {
// Note that the paper uses certification data that is indexed
// from RIGHT to LEFT, i.e., 7, 6, 5, 4, 3, 2, 1, 0.
byte keyBytes[] = Hex.fromReversedString(keyStr);
byte plain[] = Hex.fromReversedString(plainStr);
byte cipher[] = Hex.fromReversedString(cipherStr);
SPEED speed = new SPEED();
speed.setBlockSize(plain.length);
speed.setRounds(rounds);
Key key = new RawSecretKey("SPEED", keyBytes);
speed.initEncrypt(key);
byte encP[] = speed.crypt(plain);
String a, b;
out.println(" key:" + Hex.toString(keyBytes));
out.println(" plain:" + Hex.toString(plain));
out.println(" enc:" + (a = Hex.toString(encP)));
b = Hex.toString(cipher);
if (a.equals(b)) out.print("encryption good; ");
else {
out.println(" calc:" + b);
out.println(" ********* SPEED ENCRYPTION FAILED ********* ");
speed.dump();
}
speed.initDecrypt(key);
byte[] decC = speed.crypt(encP);
a = Hex.toString(decC);
b = Hex.toString(plain);
if (a.equals(b)) out.println("decryption good");
else {
out.println();
out.println(" enc:" + Hex.toString(encP));
out.println(" dec:" + a);
out.println(" calc:" + b);
out.println(" ********* SPEED DECRYPTION FAILED ********* ");
speed.dump();
}
}
