public void testRun()
{
int rounds = 50;
Console.WriteLine("Test Performance Cryptoby FileManager");
Console.WriteLine("Rounds: " + rounds);
Console.WriteLine("Cycles per Round: " + cycles);
Console.WriteLine("\nWrite 1MB to File");
file1 = new byte[mb1];
PerfMeter.run(new Action(testWrite1ToFile), rounds);
Console.WriteLine("\nRead 1MB from File");
PerfMeter.run(new Action(testRead1FromFile), rounds);
file1 = null;
Console.WriteLine("\nWrite 10MB to File");
file10 = new byte[mb10];
PerfMeter.run(new Action(testWrite10ToFile), rounds);
Console.WriteLine("\nRead 10MB from File");
PerfMeter.run(new Action(testRead10FromFile), rounds);
file10 = null;
Console.WriteLine("\nWrite 100MB to File");
file100 = new byte[mb100];
PerfMeter.run(new Action(testWrite100ToFile), rounds);
Console.WriteLine("\nRead 100MB from File");
PerfMeter.run(new Action(testRead100FromFile), rounds);
file100 = null;
CryptobyFileManager.putBytesToFile(filePath, new byte[0]);
}
public void testRun()
{
const int rounds = 50;
Console.WriteLine("Test Performance RSA Key Generation");
Console.WriteLine("Rounds: " + rounds);
Console.WriteLine("Cycles per Round: " + cycles);
keySize = 1024;
Console.WriteLine("\nGenerate RSA Key 1024 Bit");
PerfMeter.run(new Action(testGenRSAKey), rounds);
privKey = keyGen.getPrivateKeyByte();
pubKey = keyGen.getPublicKeyByte();
Assert.AreEqual(privKey.Length * 4, keySize);
Assert.AreEqual(pubKey.Length * 8, keySize);
keySize = 2048;
Console.WriteLine("\nGenerate RSA Key 2048 Bit");
PerfMeter.run(new Action(testGenRSAKey), rounds);
privKey = keyGen.getPrivateKeyByte();
pubKey = keyGen.getPublicKeyByte();
Assert.AreEqual(privKey.Length * 4, keySize);
Assert.AreEqual(pubKey.Length * 8, keySize);
keySize = 4096;
Console.WriteLine("\nGenerate RSA Key 4096 Bit");
PerfMeter.run(new Action(testGenRSAKey), rounds);
privKey = keyGen.getPrivateKeyByte();
pubKey = keyGen.getPublicKeyByte();
Assert.AreEqual(privKey.Length * 4, keySize);
Assert.AreEqual(pubKey.Length * 8, keySize);
}
public void testRun()
{
const int rounds = 50;
Console.WriteLine("Test Performance SHA3 Key Generation");
Console.WriteLine("Rounds: " + rounds);
Console.WriteLine("Cycles per Round: " + cycles);
keySize = 224;
Console.WriteLine("\nGenerate SHA3 Key 224 Bit");
PerfMeter.run(new Action(testGenSHA3Key), rounds);
Assert.AreEqual(privKey.Length * 8, keySize);
keySize = 256;
Console.WriteLine("\nGenerate SHA3 Key 256 Bit");
PerfMeter.run(new Action(testGenSHA3Key), rounds);
Assert.AreEqual(privKey.Length * 8, keySize);
keySize = 384;
Console.WriteLine("\nGenerate SHA3 Key 384 Bit");
PerfMeter.run(new Action(testGenSHA3Key), rounds);
Assert.AreEqual(privKey.Length * 8, keySize);
keySize = 512;
Console.WriteLine("\nGenerate SHA3 Key 512 Bit");
PerfMeter.run(new Action(testGenSHA3Key), rounds);
Assert.AreEqual(privKey.Length * 8, keySize);
}
public void testRun(){
const int rounds = 3;
Console.WriteLine ("Test Performance AES Data Enc/Dec");
Console.WriteLine ("Rounds: " + rounds);
Console.WriteLine ("Cycles per Round: " + cycles);
KeyGenSHA3 keyGen = new KeyGenSHA3();
privKey = keyGen.generateKeyByte(keySize, "password");
preData = new byte[mb1];
Console.WriteLine ("\nEncrypt AES 256 Bit 1MB");
PerfMeter.run(new Action(testAESEnc),rounds);
Console.WriteLine ("\nDecrypt AES 256 Bit 1MB");
PerfMeter.run(new Action(testAESDec),rounds);
Assert.AreEqual (preData,resData);
preData = new byte[mb5];
Console.WriteLine ("\nEncrypt AES 256 Bit 5MB");
PerfMeter.run(new Action(testAESEnc),rounds);
Console.WriteLine ("\nDecrypt AES 256 Bit 5MB");
PerfMeter.run(new Action(testAESDec),rounds);
Assert.AreEqual (preData,resData);
preData = new byte[mb10];
Console.WriteLine ("\nEncrypt AES 256 Bit 10MB");
PerfMeter.run(new Action(testAESEnc),rounds);
Console.WriteLine ("\nDecrypt AES 256 Bit 10MB");
PerfMeter.run(new Action(testAESDec),rounds);
Assert.AreEqual (preData,resData);
}
public void testRun()
{
const int rounds = 1;
Random rand = new Random();
Console.WriteLine("Test Performance Blockwise RSA Enc/Dec");
Console.WriteLine("Rounds: " + rounds);
Console.WriteLine("Cycles per Round: " + cycles);
keyGen.initGenerator(keySize1024);
privKey = keyGen.getPrivateKeyByte();
testGetDfromKey();
testGetNfromKey();
data = new byte[nVal.Length - 1];
rand.NextBytes(data);
Console.WriteLine("\nBlockwise 1024 Bit Key");
Console.WriteLine("Encrypt One Block with N");
PerfMeter.run(new Action(testEncryptBlock), rounds);
Console.WriteLine("\nDecrypt One Block with N and D");
PerfMeter.run(new Action(testDecryptBlock), rounds);
Assert.AreEqual(data, decBlock);
keyGen.initGenerator(keySize2048);
privKey = keyGen.getPrivateKeyByte();
testGetDfromKey();
testGetNfromKey();
data = new byte[nVal.Length - 1];
rand.NextBytes(data);
Console.WriteLine("\nBlockwise 2048 Bit Key");
Console.WriteLine("Encrypt One Block with N");
PerfMeter.run(new Action(testEncryptBlock), rounds);
Console.WriteLine("\nDecrypt One Block with N and D");
PerfMeter.run(new Action(testDecryptBlock), rounds);
Assert.AreEqual(data, decBlock);
keyGen.initGenerator(keySize4096);
privKey = keyGen.getPrivateKeyByte();
testGetDfromKey();
testGetNfromKey();
data = new byte[nVal.Length - 1];
rand.NextBytes(data);
Console.WriteLine("\nBlockwise 4096 Bit Key");
Console.WriteLine("Encrypt One Block with N");
PerfMeter.run(new Action(testEncryptBlock), rounds);
Console.WriteLine("\nDecrypt One Block with N and D");
PerfMeter.run(new Action(testDecryptBlock), rounds);
Assert.AreEqual(data, decBlock);
}
public void testRun()
{
int rounds = 50;
Console.WriteLine("Test Performance C# BigInteger Generation");
Console.WriteLine("Rounds: " + rounds);
Console.WriteLine("Cycles per Round" + cycles);
Console.WriteLine("\nGenerate BigInteger 512 Bit");
PerfMeter.run(new Action(testBigInt512), rounds);
Console.WriteLine("\nGenerate BigInteger 1024 Bit");
PerfMeter.run(new Action(testBigInt1024), rounds);
Console.WriteLine("\nGenerate BigInteger 2048 Bit");
PerfMeter.run(new Action(testBigInt2048), rounds);
}
public void testRun()
{
int rounds = 50;
Console.WriteLine("Test Performance OpenJDK BigInteger Primes with SecureRandom");
Console.WriteLine("Rounds: " + rounds);
Console.WriteLine("Cycles per Round" + cycles);
Console.WriteLine("\nGenerate Secure Random Prime 512 Bit");
PerfMeter.run(new Action(testRandPrim512), rounds);
Console.WriteLine("\nGenerate Secure Random Prime 1024 Bit");
PerfMeter.run(new Action(testRandPrim1024), rounds);
Console.WriteLine("\nGenerate Secure Random Prime 2048 Bit");
PerfMeter.run(new Action(testRandPrim2048), rounds);
}
public void testRun()
{
int rounds = 50;
Console.WriteLine("Test Performance OpenJDK SecureRandom");
Console.WriteLine("Rounds: " + rounds);
Console.WriteLine("Cycles per Round" + cycles);
Console.WriteLine("\nGenerate Secure Random 512 Bit");
PerfMeter.run(new Action(testSecRand512), rounds);
Console.WriteLine("\nGenerate Secure Random 1024 Bit");
PerfMeter.run(new Action(testSecRand1024), rounds);
Console.WriteLine("\nGenerate Secure Random 2048 Bit");
PerfMeter.run(new Action(testSecRand2048), rounds);
}
public void testRun()
{
const int rounds = 50;
Console.WriteLine("Test Performance of Miller Rabin Prime Probe");
Console.WriteLine("Rounds: " + rounds);
Console.WriteLine("Cycles per Round: " + cycles);
prime = BigPrimes.Dig100;
ptest = new MillerRabin(round5);
Console.WriteLine("\nTest 100 Number Prime 5 Rounds");
PerfMeter.run(new Action(testPrimeProbe), rounds);
ptest = new MillerRabin(round10);
Console.WriteLine("\nTest 100 Number Prime 10 Rounds");
PerfMeter.run(new Action(testPrimeProbe), rounds);
ptest = new MillerRabin(round15);
Console.WriteLine("\nTest 100 Number Prime 15 Rounds");
PerfMeter.run(new Action(testPrimeProbe), rounds);
Assert.AreEqual(prime.isProbablePrime(round15), bolprime);
prime = BigPrimes.Dig500;
ptest = new MillerRabin(round5);
Console.WriteLine("\nTest 5000 Number Prime 5 Rounds");
PerfMeter.run(new Action(testPrimeProbe), rounds);
ptest = new MillerRabin(round10);
Console.WriteLine("\nTest 5000 Number Prime 10 Rounds");
PerfMeter.run(new Action(testPrimeProbe), rounds);
ptest = new MillerRabin(round15);
Console.WriteLine("\nTest 5000 Number Prime 15 Rounds");
PerfMeter.run(new Action(testPrimeProbe), rounds);
Assert.AreEqual(prime.isProbablePrime(round15), bolprime);
prime = BigPrimes.Dig1000;
ptest = new MillerRabin(round5);
Console.WriteLine("\nTest 10000 Number Prime 5 Rounds");
PerfMeter.run(new Action(testPrimeProbe), rounds);
ptest = new MillerRabin(round10);
Console.WriteLine("\nTest 10000 Number Prime 10 Rounds");
PerfMeter.run(new Action(testPrimeProbe), rounds);
ptest = new MillerRabin(round15);
Console.WriteLine("\nTest 10000 Number Prime 15 Rounds");
PerfMeter.run(new Action(testPrimeProbe), rounds);
Assert.AreEqual(prime.isProbablePrime(round15), bolprime);
}
public void testRun()
{
const int rounds = 50;
Console.WriteLine("Test Performance RSA Data Enc/Dec");
Console.WriteLine("Rounds: " + rounds);
Console.WriteLine("Cycles per Round: " + cycles);
keyGen.initGenerator(keySize);
pubKey = keyGen.getPublicKeyByte();
privKey = keyGen.getPrivateKeyByte();
preData = new byte[kb10];
rand.NextBytes(preData);
Console.WriteLine("\nEncrypt RSA 1024 Bit 10KB");
PerfMeter.run(new Action(testRSAEnc), rounds);
Console.WriteLine("\nDecrypt RSA 1024 Bit 10KB");
PerfMeter.run(new Action(testRSADec), rounds);
Assert.AreEqual(preData, resData);
modData = null;
resData = null;
preData = new byte[kb50];
rand.NextBytes(preData);
Console.WriteLine("\nEncrypt RSA 1024 Bit 50KB");
PerfMeter.run(new Action(testRSAEnc), rounds);
Console.WriteLine("\nDecrypt RSA 1024 Bit 50KB");
PerfMeter.run(new Action(testRSADec), rounds);
Assert.AreEqual(preData, resData);
modData = null;
resData = null;
preData = new byte[kb100];
rand.NextBytes(preData);
Console.WriteLine("\nEncrypt RSA 1024 Bit 100KB");
PerfMeter.run(new Action(testRSAEnc), rounds);
Console.WriteLine("\nDecrypt RSA 1024 Bit 100KB");
PerfMeter.run(new Action(testRSADec), rounds);
Assert.AreEqual(preData, resData);
}
