public void TestMethod1()
{
AesFileEncryptionPrivider.Create("hamed");
var key1 = new KeyContainer();
var key2 = new KeyContainer();
key1.ExportPrivateKey("key.dat");
var t1 = new Transaction(1, key1.PublicKeyS, key2.PublicKeyS, 15.5, 0, Guid.NewGuid().ToString().GetHashString());
t1.GenerateSignture("key.dat");
Assert.IsTrue(t1.IsSignatureVerified);
key2.ExportPrivateKey("key.dat");
t1.GenerateSignture("key.dat");
Assert.IsFalse(t1.IsSignatureVerified);
key1.Dispose();
key2.Dispose();
}
public void TestRsa()
{
var rsa1 = new RsaEncryptionProvider();
var rsa2 = new RsaEncryptionProvider(rsa1.PublicKey);
AesFileEncryptionPrivider.Create("Xunit");
rsa1.ExportKey("testkey.dat");
var rsa3 = new RsaEncryptionProvider("testkey.dat");
var rsa4 = new RsaEncryptionProvider();
var message = "Unit Testing With Xunit is cool!!";
var sb = new StringBuilder(message);
for (int i = 0; i < 1000; i++)
{
sb.Append(i.ToString());
sb.Append(" : ");
sb.Append(message);
sb.AppendLine();
}
var Message = sb.ToString();
var enc1 = rsa1.Encrypt(message);
var enc2 = rsa1.Encrypt(Message);
var enc3 = rsa2.Encrypt(Message);
var enc4 = rsa4.Encrypt(Message);
Assert.NotEqual(enc1, enc2);
Assert.NotEqual(enc2, enc4);
var dec1 = rsa1.Decrypt(enc1);
var dec2 = rsa1.Decrypt(enc2);
var dec3 = rsa3.Decrypt(enc2);
var dec4 = rsa4.Decrypt(enc4);
Assert.Equal(message, dec1);
Assert.NotEqual(dec1, dec2);
Assert.Equal(dec2, dec3);
Assert.Equal(dec3, dec4);
Assert.Equal(dec4, Message);
Assert.Equal(dec2, Message);
rsa1.Dispose();
rsa2.Dispose();
rsa3.Dispose();
rsa4.Dispose();
}
public void TestRsaSignature()
{
var rsasign1 = new RsaSignatureProvider();
var rsasign2 = new RsaSignatureProvider(rsasign1.PublicKey);
AesFileEncryptionPrivider.Create("Xunit");
rsasign1.ExportPrivateKey("testkey.dat");
var rsasign3 = new RsaSignatureProvider("testkey.dat");
var rsasign4 = new RsaSignatureProvider();
var message = "Unit Testing With Xunit is cool!!";
var sb = new StringBuilder(message);
for (int i = 0; i < 1000; i++)
{
sb.Append(i.ToString());
sb.Append(" : ");
sb.Append(message);
sb.AppendLine();
}
var Message = sb.ToString();
var sign1 = rsasign1.GenerateSignture(message);
var sign2 = rsasign1.GenerateSignture(Message);
var sign3 = rsasign3.GenerateSignture(Message);
var sign4 = rsasign4.GenerateSignture(Message);
Assert.NotEqual(sign1, sign2);
Assert.NotEqual(sign2, sign4);
Assert.True(rsasign1.VerifySignature(message, sign1));
Assert.True(rsasign1.VerifySignature(Message, sign2));
Assert.False(rsasign1.VerifySignature(message, sign2));
Assert.True(rsasign1.VerifySignature(Message, sign2));
Assert.True(rsasign1.VerifySignature(Message, sign3));
Assert.True(rsasign3.VerifySignature(message, sign1));
Assert.False(rsasign4.VerifySignature(message, sign1));
rsasign1.Dispose();
rsasign2.Dispose();
rsasign3.Dispose();
rsasign4.Dispose();
}
public void TestWallet()
{
AesFileEncryptionPrivider.Create("Xunit");
WalletManager.Utilities.PrivateKeyFilePath = "key0.dat";
WalletManager.Utilities.TransactionVesion = 1;
TransactionManager.Utilities.BlockRewardForThisVersion = 10;
var W0 = new Wallet();
WalletManager.Utilities.PrivateKeyFilePath = "key1.dat";
var W1 = new Wallet();
WalletManager.Utilities.PrivateKeyFilePath = "key2.dat";
var W2 = new Wallet();
WalletManager.Utilities.PrivateKeyFilePath = "key3.dat";
var W3 = new Wallet();
var T = new Transaction(WalletManager.Utilities.TransactionVesion, W0.PublicKey, W1.PublicKey, 100, 0,
Guid.NewGuid().ToString().GetHashString());
T.GenerateSignture("key0.dat");
T.TransactionOutputs.Add(new TransactionOutput(T.Reciepient, T.Amount, T.TransactionHash));
utxos.Add(T.TransactionOutputs[0].HashString, T.TransactionOutputs[0]);
Assert.True(T.Process(x => true, null, null, Cleaner));
W1.Refresh(refresh);
Assert.Equal(100, W1.Balance);
var T2 = W1.IsuueNewTransaction(Validator, Clean, W2.PublicKey, 15, 2, "h");
W1.Refresh(refresh);
W2.Refresh(refresh);
Assert.Equal(0, W1.Balance);
Assert.Equal(0, W2.Balance);
var TF1 = new Transaction(3, W3.PublicKey, 10);
TF1.GenerateSignture("key3.dat");
TF1.TransactionOutputs.Add(new TransactionOutput(TF1.Reciepient, TF1.Amount, TF1.TransactionHash));
utxos.Add(TF1.TransactionOutputs[0].HashString, TF1.TransactionOutputs[0]);
Assert.True(T2.Process(x => false, null, CFA, Cleaner));
Assert.True(TF1.Process(x => false, checkforminerreward, CFA, Cleaner));
W1.Refresh(refresh);
W2.Refresh(refresh);
W3.Refresh(refresh);
Assert.Equal(85, W1.Balance);
Assert.Equal(15, W2.Balance);
Assert.Equal(10, W3.Balance);
var T3 = W1.IsuueNewTransaction(Validator, Clean, W2.PublicKey, 15, 3, "h2");
W1.Refresh(refresh);
W2.Refresh(refresh);
Assert.Equal(0, W1.Balance);
Assert.Equal(15, W2.Balance);
var TF2 = new Transaction(3, W3.PublicKey, 10);
TF2.TransactionOutputs.Add(new TransactionOutput(TF2.Reciepient, TF2.Amount, TF2.TransactionHash));
utxos.Add(TF2.TransactionOutputs[0].HashString, TF2.TransactionOutputs[0]);
Assert.True(T3.Process(x => false, null, CFA, Cleaner));
TF2.GenerateSignture("key3.dat");
Assert.True(TF2.Process(x => false, checkforminerreward, CFA, Cleaner));
W1.Refresh(refresh);
W2.Refresh(refresh);
W3.Refresh(refresh);
Assert.Equal(70, W1.Balance);
Assert.Equal(30, W2.Balance);
Assert.Equal(20, W3.Balance);
}
