/*
* [TestMethod]
* public void WhenBuildSmartContractTransaction()
* {
* var code = @"
* using System;
* public class SimpleTest
* {
* private string y {get; set;}
* private string z;
* public string Test2(string parameter)
* {
* return parameter;
* }
* private string Test()
* {
* return ""1"";
* }
* }";
* var compiler = new DotnetCompiler();
* var smartContract = compiler.Compile(code);
* var ba = BuildBlockChainAddress();
* var builder = new TransactionBuilder();
* var script = Script.CreateP2PKHScript(ba.PublicKeyHash);
* var nonce = BitConverter.GetBytes(NonceHelper.GetNonceUInt64());
* var transaction = builder
* .NewSmartContractTransaction().CreateSmartContract(smartContract, script, "thabart", "test", 0, nonce)
* .Build();
* var serializedTransaction = transaction.Serialize();
* var deserializedTx = BaseTransaction.Deserialize(serializedTransaction, TransactionTypes.SmartContract);
* string s = "";
* }
*/
private static BlockChainAddress BuildBlockChainAddress()
{
var network = Networks.MainNet;
var key = Key.Genererate();
var blockChainAddress = new BlockChainAddress(ScriptTypes.P2PKH, network, key);
var hash = blockChainAddress.GetSerializedHash();
var deserializedBA = BlockChainAddress.Deserialize(hash);
return(deserializedBA);
}
private static BlockChainAddress BuildBlockChainAddress()
{
var network = Networks.MainNet;
var key = Key.Deserialize(new BigInteger("66661394595692466950200829442443674598224300882267065208709422638481412972116609477112206002430829808784107536250360432119209033266013484787698545014625057"), new BigInteger("43102461949956883352376427470284148089747996528740865531180015053863743793176")); //Key.Genererate();
var k2 = Key.Genererate();
var publicKey = new BigInteger(k2.GetPublicKey().ToArray());
var privateKey = k2.GetPrivateKey();
var keyHash = new BigInteger(k2.GetPublicKeyHashed().ToArray());
var blockChainAddress2 = new BlockChainAddress(ScriptTypes.P2PKH, network, k2);
var hh = blockChainAddress2.GetSerializedHash();
var h = new BigInteger(key.GetPublicKeyHashed());
var blockChainAddress = new BlockChainAddress(ScriptTypes.P2PKH, network, key);
var s = blockChainAddress.GetJson().ToString();
var hash = blockChainAddress.GetSerializedHash();
var deserializedBA = BlockChainAddress.Deserialize(hash);
return(deserializedBA);
}
public Key CreateNewAddress()
{
var walletStore = WalletStore.Instance();
var authenticatedWallet = walletStore.GetAuthenticatedWallet();
if (authenticatedWallet == null)
{
return(null);
}
var key = Key.Genererate();
var blockChainAdr = new BlockChainAddress(ScriptTypes.P2PKH, authenticatedWallet.Network, key);
authenticatedWallet.Addresses.Add(new WalletAggregateAddress
{
Hash = blockChainAdr.GetSerializedHash(),
Key = key,
Network = authenticatedWallet.Network
});
var password = walletStore.GetPassword();
_walletRepository.Update(authenticatedWallet, walletStore.GetPassword());
return(key);
}
private static void ExecuteConnectedWallet(int number)
{
if (number < 0 && number > 6)
{
MenuHelper.DisplayError("Please enter an option between [1-6]");
}
switch (number)
{
case 1: // BROADCAST A UTXO TRANSACTION.
Console.WriteLine("Please enter the address");
var receivedHash = Console.ReadLine();
var deserializedAdr = BlockChainAddress.Deserialize(receivedHash);
Console.WriteLine("How much do-you want to send ?");
var value = MenuHelper.EnterNumber();
var blockChain = BlockChainStore.Instance().GetBlockChain();
var builder = new TransactionBuilder();
var transaction = builder.NewNoneCoinbaseTransaction()
// .Spend(0, )
.AddOutput(value, Script.CreateP2PKHScript(deserializedAdr.PublicKeyHash))
.Build();
var serializedTransaction = transaction.Serialize(); // SEND UTXO.
_nodeLauncher.Broadcast(transaction);
ExecuteMenu();
return;
case 2: // GENERATE A NEW BITCOIN ADDRESS.
var key = Key.Genererate();
var h = new BigInteger(key.GetPublicKeyHashed());
var blockChainAddress = new BlockChainAddress(ScriptTypes.P2PKH, _nodeLauncher.GetNetwork(), key);
var hash = blockChainAddress.GetSerializedHash();
Console.WriteLine($"Give the bitcoin address to the person {hash}");
Console.WriteLine("Please enter a password to protect your wallet");
var password = Console.ReadLine();
_keyRepository.Load(password);
_keyRepository.Keys.Add(key);
_keyRepository.Save(password);
break;
case 3:
DisplayWalletInformation();
ExecuteMenu();
return;
case 4:
_nodeLauncher.RefreshBlockChain();
ExecuteMenu();
break;
case 5:
_nodeLauncher.RefreshConnectedPeers();
ExecuteMenu();
break;
case 6:
Console.WriteLine("Bye bye");
Console.ReadLine();
return;
}
ExecuteMenu();
}
