public string SignTransaction(string[] arguments)
{
var to = arguments[1].HexToUInt160();
var value = Money.Parse(arguments[2]);
var from = _keyPair.PublicKey.GetAddress();
var tx = _transactionBuilder.TransferTransaction(from, to, value);
var signedTx = _transactionSigner.Sign(tx, _keyPair, HardforkHeights.IsHardfork_9Active(_blockManager.GetHeight() + 1));
return(signedTx.Signature.ToString());
}
private static void _BenchOneTxInBlock(
ITransactionBuilder transactionBuilder,
ITransactionSigner transactionSigner,
EcdsaKeyPair keyPair
)
{
var address1 = "0x6bc32575acb8754886dc283c2c8ac54b1bd93195".HexToUInt160();
var address2 = "0xe3c7a20ee19c0107b9121087bcba18eb4dcb8576".HexToUInt160();
var lastTime = TimeUtils.CurrentTimeMillis();
const int tries = 100;
for (var i = 0; i < tries; i++)
{
if (i % 10 == 0)
{
Console.CursorLeft = 0;
Console.Write($"Benchmarking... {100 * i / tries}%");
}
var transferTx =
transactionBuilder.TransferTransaction(address1, address2, Money.FromDecimal(1.2m));
var signed = transactionSigner.Sign(transferTx, keyPair, true);
// var blockWithTxs = new BlockBuilder(latestBlock.Header)
// .WithTransactions(new[] {signed})
// .Build(123456);
// // var stateHash = blockchainManager.CalcStateHash(blockWithTxs.Block, blockWithTxs.Transactions);
// var block = blockWithTxs.Block;
// // block.Header.StateHash = stateHash;
// block.Hash = block.Header.Keccak();
// block.Multisig = new MultiSig
// {
// Quorum = 1,
// Signatures =
// {
// new MultiSig.Types.SignatureByValidator
// {
// Key = keyPair.PublicKey,
// Value = blockManager.Sign(block.Header, keyPair)
// }
// },
// Validators = {keyPair.PublicKey}
// };
// // blockchainManager.PersistBlockManually(block, blockWithTxs.Transactions);
}
var deltaTime = TimeUtils.CurrentTimeMillis() - lastTime;
Console.CursorLeft = "Benchmarking... ".Length;
Console.WriteLine($"{1000 * tries / deltaTime} RPS");
}
