private JObject VerifyRawTransaction(string rawTransaction, string signature)
{
var transaction = Transaction.Parser.ParseFrom(rawTransaction.HexToBytes());
if (!transaction.ToByteArray().SequenceEqual(rawTransaction.HexToBytes()))
{
throw new Exception("Failed to validate serialized and deserialized transactions");
}
var useNewChainId =
HardforkHeights.IsHardfork_9Active(_stateManager.LastApprovedSnapshot.Blocks.GetTotalBlockHeight() + 1);
var s = signature.HexToBytes().ToSignature(useNewChainId);
var txHash = transaction.FullHash(s, useNewChainId);
var json = new JObject {
["hash"] = txHash.ToHex()
};
var accepted = new TransactionReceipt
{
Transaction = transaction,
Hash = txHash,
Signature = s
};
var result = _transactionManager.Verify(accepted, useNewChainId);
json["result"] = result.ToString();
if (result != OperatingError.Ok)
{
json["status"] = false;
}
else
{
json["status"] = true;
}
return(json);
}
// changed from private to public: GetBlockByNumber() , GetBlockRawByNumber(), GetBlockByHash()
public void Test_Web3Block()
{
ulong total = 1;
GenerateBlocksWithGenesis(total);
bool fullTx = false;
var tx = GiveMeSomeMoney(Money.Parse("100000").ToUInt256(), HardforkHeights.IsHardfork_9Active(1));
var txList = new List <TransactionReceipt> ();
txList.Add(tx);
AddBatchTransactionToPool(txList, false);
total++;
GenerateBlocks(1, total);
CheckBlockWeb3Format("latest", (ulong)total, fullTx);
var randomTxList = GetRandomTransactionBatch(10, HardforkHeights.IsHardfork_9Active(2));
var topUpTxList = TopUpBalanceTxBatch(randomTxList, "10", HardforkHeights.IsHardfork_9Active(2));
AddBatchTransactionToPool(topUpTxList, false);
total++;
GenerateBlocks(1, total);
CheckBlockWeb3Format("latest", (ulong)total, fullTx);
AddBatchTransactionToPool(randomTxList, false);
total++;
GenerateBlocks(1, total);
CheckBlockWeb3Format("latest", (ulong)total, fullTx);
CheckBlockWeb3Format("earliest", 0, fullTx);
CheckBlockWeb3Format("pending", (ulong)total + 1, fullTx);
ulong someBlockNumber = 100;
CheckBlockWeb3Format(someBlockNumber.ToHex(), someBlockNumber, fullTx);
}
public void Test_Block_Execution()
{
_blockManager.TryBuildGenesisBlock();
var block = BuildNextBlock();
var result = ExecuteBlock(block);
Assert.AreEqual(OperatingError.Ok, result);
// using new chain id
Assert.IsFalse(HardforkHeights.IsHardfork_9Active(_blockManager.GetHeight()));
while (!HardforkHeights.IsHardfork_9Active(_blockManager.GetHeight()))
{
block = BuildNextBlock();
result = ExecuteBlock(block);
Assert.AreEqual(OperatingError.Ok, result);
}
int total = 100;
for (var it = 0; it < total; it++)
{
block = BuildNextBlock();
result = ExecuteBlock(block);
Assert.AreEqual(OperatingError.Ok, result);
}
}
private void Check_Random_Address_Storage_Changing()
{
var randomTx = TestUtils.GetRandomTransaction(HardforkHeights.IsHardfork_9Active(_blockManager.GetHeight() + 1));
var balance = randomTx.Transaction.Value;
var allowance = balance;
var receiver = randomTx.Transaction.From;
var tx1 = TopUpBalanceTx(receiver, balance, 0,
HardforkHeights.IsHardfork_9Active(_blockManager.GetHeight() + 1));
var tx2 = ApproveTx(receiver, allowance, 0,
HardforkHeights.IsHardfork_9Active(_blockManager.GetHeight() + 1));
var owner = tx2.Transaction.From;
var blockTxs = new[] { tx1, tx2 };
var topUpBlock = BuildNextBlock(blockTxs);
ExecuteBlock(topUpBlock, blockTxs);
var storedBalance = _stateManager.LastApprovedSnapshot.Balances.GetBalance(receiver);
Assert.AreEqual(balance.ToMoney(), storedBalance);
var storedAllowance = _stateManager.LastApprovedSnapshot.Storage.GetRawValue(
ContractRegisterer.LatokenContract,
UInt256Utils.Zero.Buffer.Concat(owner.ToBytes().Concat(receiver.ToBytes()))
).ToUInt256().ToMoney();
Assert.AreEqual(allowance.ToMoney(), storedAllowance);
}
public void TestTxPoolAdding()
{
bool useNewChainId = HardforkHeights.IsHardfork_9Active(_blockManager.GetHeight() + 1);
var tx = TestUtils.GetRandomTransaction(useNewChainId);
var result = _transactionPool.Add(tx);
Assert.AreEqual(OperatingError.InsufficientBalance, result);
_stateManager.LastApprovedSnapshot.Balances.AddBalance(tx.Transaction.From, Money.Parse("1000"));
result = _transactionPool.Add(tx);
Assert.AreEqual(OperatingError.Ok, result);
result = _transactionPool.Add(tx);
Assert.AreEqual(OperatingError.AlreadyExists, result);
var tx2 = TestUtils.GetRandomTransaction(useNewChainId);
tx2.Transaction.Nonce++;
result = _transactionPool.Add(tx2);
Assert.AreEqual(OperatingError.InvalidNonce, result);
/* TODO: maybe we should fix this strange behaviour */
var tx3 = TestUtils.GetRandomTransaction(useNewChainId);
tx3.Transaction.From = UInt160Utils.Zero;
tx3.Transaction.Nonce = _transactionPool.GetNextNonceForAddress(UInt160Utils.Zero);
result = _transactionPool.Add(tx3);
Assert.AreEqual(OperatingError.Ok, result);
}
// Changed GetTransactionCount to public
public void Test_GetTransactionCount_latest()
{
_blockManager.TryBuildGenesisBlock();
var tx = TestUtils.GetRandomTransaction(HardforkHeights.IsHardfork_9Active(1));
// adding balance so that it's transaction is added to the pool
_stateManager.LastApprovedSnapshot.Balances.AddBalance(tx.Transaction.From, Money.Parse("1000"));
var txCountBefore = _apiService !.GetTransactionCount(tx.Transaction.From.ToHex(), "latest").HexToUlong();
Assert.AreEqual(txCountBefore, 0);
var result = _transactionPool.Add(tx);
Assert.AreEqual(OperatingError.Ok, result);
GenerateBlocks(1);
var txCountAfter = _apiService !.GetTransactionCount(tx.Transaction.From.ToHex(), "latest").HexToUlong();
Assert.AreEqual(txCountAfter, 1);
}
private TransactionReceipt BuildSystemContractTxReceipt(ulong blockIndex, UInt160 contractAddress, string methodSignature)
{
var nonce = _stateManager.LastApprovedSnapshot.Transactions.GetTotalTransactionCount(UInt160Utils.Zero);
var abi = ContractEncoder.Encode(methodSignature);
var tx = new Transaction
{
To = contractAddress,
Value = UInt256Utils.Zero,
From = UInt160Utils.Zero,
Nonce = nonce,
GasPrice = 0,
/* TODO: gas estimation */
GasLimit = 100000000,
Invocation = ByteString.CopyFrom(abi),
};
return(HardforkHeights.IsHardfork_9Active(blockIndex) ?
new TransactionReceipt
{
Hash = tx.FullHash(SignatureUtils.ZeroNew, true),
Status = TransactionStatus.Pool,
Transaction = tx,
Signature = SignatureUtils.ZeroNew,
}
:
new TransactionReceipt
{
Hash = tx.FullHash(SignatureUtils.ZeroOld, false),
Status = TransactionStatus.Pool,
Transaction = tx,
Signature = SignatureUtils.ZeroOld,
});
}
public void Test_StakeWithdraw()
{
_blockManager.TryBuildGenesisBlock();
GenerateBlocks(1, 1);
_validatorStatusManager.Start(false);
Assert.IsTrue(_validatorStatusManager.IsStarted());
Assert.IsFalse(_validatorStatusManager.IsWithdrawTriggered());
int blockNum = (int)_blockManager.GetHeight();
Assert.IsFalse(HardforkHeights.IsHardfork_9Active((ulong)blockNum));
while (!HardforkHeights.IsHardfork_9Active((ulong)blockNum))
{
blockNum++;
GenerateBlocks(blockNum, blockNum);
}
var systemContractReader = _container?.Resolve <ISystemContractReader>() ?? throw new Exception("Container is not loaded");
var stake = new Money(systemContractReader.GetStake());
Console.WriteLine($"Current stake is {stake}");
Assert.That(stake > Money.Zero, "Stake is zero");
_validatorStatusManager.WithdrawStakeAndStop();
Assert.IsTrue(_validatorStatusManager.IsStarted());
Assert.IsTrue(_validatorStatusManager.IsWithdrawTriggered());
// Test node is the only validator, so it is a next validator always
// and it can't withdraw its stake. TODO: test to check withdraw is working
//GenerateBlocks(50);
//Assert.IsFalse(_validatorStatusManager.IsStarted());
}
private TransactionReceipt FinishCycleTxReceipt(ulong blockIndex)
{
var tx = _transactionBuilder.InvokeTransactionWithGasPrice(
UInt160Utils.Zero,
ContractRegisterer.GovernanceContract,
Utility.Money.Zero,
GovernanceInterface.MethodFinishCycle,
0,
UInt256Utils.ToUInt256(GovernanceContract.GetCycleByBlockNumber(_blockManager.GetHeight()))
);
return(HardforkHeights.IsHardfork_9Active(blockIndex) ?
new TransactionReceipt
{
Hash = tx.FullHash(SignatureUtils.ZeroNew, true),
Status = TransactionStatus.Pool,
Transaction = tx,
Signature = SignatureUtils.ZeroNew,
}
:
new TransactionReceipt
{
Hash = tx.FullHash(SignatureUtils.ZeroOld, false),
Status = TransactionStatus.Pool,
Transaction = tx,
Signature = SignatureUtils.ZeroOld,
});
}
public Signature Sign(BlockHeader block, EcdsaKeyPair keyPair)
{
return(Crypto.SignHashed(
block.Keccak().ToBytes(), keyPair.PrivateKey.Encode(),
HardforkHeights.IsHardfork_9Active(block.Index)
).ToSignature(HardforkHeights.IsHardfork_9Active(block.Index)));
}
public OperatingError VerifySignature(BlockHeader blockHeader, Signature signature, ECDSAPublicKey publicKey)
{
var result = Crypto.VerifySignatureHashed(
blockHeader.Keccak().ToBytes(), signature.Encode(), publicKey.EncodeCompressed(),
HardforkHeights.IsHardfork_9Active(blockHeader.Index)
);
return(result ? OperatingError.Ok : OperatingError.InvalidSignature);
}
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());
}
public void Test_EventFormat()
{
_blockManager.TryBuildGenesisBlock();
TestEventFormat();
Assert.IsFalse(HardforkHeights.IsHardfork_9Active(_blockManager.GetHeight()));
while (!HardforkHeights.IsHardfork_9Active(_blockManager.GetHeight()))
{
GenerateBlocks(1);
}
TestEventFormat();
}
private void AddTxToPool(Transaction tx)
{
var useNewChainId =
HardforkHeights.IsHardfork_9Active(_stateManager.LastApprovedSnapshot.Blocks.GetTotalBlockHeight() + 1);
var receipt = _transactionSigner.Sign(tx, _privateWallet.EcdsaKeyPair, useNewChainId);
_sendingTxHash = tx.FullHash(receipt.Signature, useNewChainId);
var result = _transactionPool.Add(receipt);
Logger.LogDebug(result == OperatingError.Ok
? $"Transaction successfully submitted: {receipt.Hash.ToHex()}"
: $"Cannot add tx to pool: {result}");
}
public void Test_MessageSender()
{
TestMessageSender(1);
int blockNum = (int)_blockManager.GetHeight();
Assert.IsFalse(HardforkHeights.IsHardfork_9Active((ulong)blockNum));
while (!HardforkHeights.IsHardfork_9Active((ulong)blockNum))
{
GenerateBlock(blockNum + 1);
blockNum++;
}
TestMessageSender(blockNum + 1);
}
//changed GetTransactionReceipt from private to public
public void Test_GetTransactionReceipt()
{
_blockManager.TryBuildGenesisBlock();
var tx = TestUtils.GetRandomTransaction(HardforkHeights.IsHardfork_9Active(1));
_stateManager.LastApprovedSnapshot.Balances.AddBalance(tx.Transaction.From, Money.Parse("1000"));
var result = _transactionPool.Add(tx);
Assert.AreEqual(OperatingError.Ok, result);
GenerateBlocks(1, 1);
var txHashSent = tx.Hash.ToHex();
var txReceipt = _apiService.GetTransactionReceipt(txHashSent);
var txHashReceived = txReceipt !["transactionHash"] !.ToString();
public void Test_Tx_Pool_Adding()
{
TestTxPoolAdding();
_blockManager.TryBuildGenesisBlock();
Assert.IsFalse(HardforkHeights.IsHardfork_9Active(_blockManager.GetHeight()));
while (!HardforkHeights.IsHardfork_9Active(_blockManager.GetHeight()))
{
var block = BuildNextBlock();
var result = ExecuteBlock(block);
Assert.AreEqual(OperatingError.Ok, result);
}
TestTxPoolAdding();
}
public BlockWithTransactions Build()
{
if (_genesisBlock != null)
{
return(_genesisBlock);
}
var genesisConfig = _configManager.GetConfig <GenesisConfig>("genesis") ??
throw new InvalidOperationException("No genesis config found");
var fromAddress = UInt160Utils.Zero; // mint initial tokens from zero address
var balances = genesisConfig !.Balances
.OrderBy(x => x.Key)
.ToArray();
var genesisTransactions = balances.Select((t, i) => new Transaction
{
From = fromAddress,
Nonce = (ulong)i,
Value = Money.Parse(t.Value).ToUInt256(),
To = t.Key.HexToUInt160(),
GasPrice = 0,
})
.Select(tx => new TransactionReceipt
{
Transaction = tx,
Hash = HardforkHeights.IsHardfork_9Active(0) ? tx.FullHash(SignatureUtils.ZeroNew, true) : tx.FullHash(SignatureUtils.ZeroOld, false),
Signature = HardforkHeights.IsHardfork_9Active(0) ? SignatureUtils.ZeroNew : SignatureUtils.ZeroOld,
})
.ToList();
var txHashes = genesisTransactions.Select(tx => tx.Hash).ToArray();
var header = new BlockHeader
{
PrevBlockHash = UInt256Utils.Zero,
MerkleRoot = MerkleTree.ComputeRoot(txHashes) ?? UInt256Utils.Zero,
Index = 0,
StateHash = UInt256Utils.Zero,
Nonce = GenesisConsensusData
};
var result = new Block
{
Hash = header.Keccak(),
TransactionHashes = { txHashes },
Header = header
};
_genesisBlock = new BlockWithTransactions(result, genesisTransactions.ToArray());
return(_genesisBlock);
}
public void Test_Tx_Pool_Replacement()
{
_blockManager.TryBuildGenesisBlock();
TestTxPoolAdding();
var privateKey = Crypto.GeneratePrivateKey().ToPrivateKey();
var keyPair = new EcdsaKeyPair(privateKey);
AddRandomTxesToPool(keyPair, out var randomTxes);
var rnd = new Random();
randomTxes = randomTxes.OrderBy(item => rnd.Next()).ToList();
bool useNewChainId = HardforkHeights.IsHardfork_9Active(_blockManager.GetHeight() + 1);
var signer = new TransactionSigner();
foreach (var tx in randomTxes)
{
Console.WriteLine($"nonce: {tx.Transaction.Nonce}");
var newTx = new Transaction(tx.Transaction);
// lower price
newTx.GasPrice = tx.Transaction.GasPrice - 1;
var randomTx = TestUtils.GetRandomTransaction(useNewChainId).Transaction;
newTx.To = randomTx.To;
newTx.Value = randomTx.Value;
newTx.GasLimit = randomTx.GasLimit;
var newTxReceipt = signer.Sign(newTx, keyPair, useNewChainId);
var result = _transactionPool.Add(newTxReceipt);
Console.WriteLine($"old gas price: {tx.Transaction.GasPrice}, new gas price: {newTxReceipt.Transaction.GasPrice}");
Assert.AreEqual(OperatingError.Underpriced, result);
// equal price
newTx.GasPrice = tx.Transaction.GasPrice;
newTxReceipt = signer.Sign(newTx, keyPair, useNewChainId);
result = _transactionPool.Add(newTxReceipt);
Console.WriteLine($"old gas price: {tx.Transaction.GasPrice}, new gas price: {newTxReceipt.Transaction.GasPrice}");
Assert.AreEqual(OperatingError.Underpriced, result);
// higher price
newTx.GasPrice = tx.Transaction.GasPrice + 1;
newTxReceipt = signer.Sign(newTx, keyPair, useNewChainId);
result = _transactionPool.Add(newTxReceipt);
Console.WriteLine($"old gas price: {tx.Transaction.GasPrice}, new gas price: {newTxReceipt.Transaction.GasPrice}");
Assert.AreEqual(OperatingError.DuplicatedTransaction, result);
// higher price and all fields same
newTx = new Transaction(tx.Transaction);
newTx.GasPrice = tx.Transaction.GasPrice + 1;
newTxReceipt = signer.Sign(newTx, keyPair, useNewChainId);
result = _transactionPool.Add(newTxReceipt);
Console.WriteLine($"old gas price: {tx.Transaction.GasPrice}, new gas price: {newTxReceipt.Transaction.GasPrice}");
Assert.AreEqual(OperatingError.Ok, result);
}
}
// Changed GetCode to public
public void Test_GetCode_blockId()
{
_blockManager.TryBuildGenesisBlock();
var rawTx2 = MakeDummyTx(HardforkHeights.IsHardfork_9Active(1));
ExecuteDummyTransaction(true, rawTx2);
var address = "0x9210567c1f79e9e9c3634331158d3143e572c001";
var adCode = _apiService !.GetCode(address, "0x1");
Assert.AreEqual(adCode, "");
}
public void Test_Storage_Changing()
{
_blockManager.TryBuildGenesisBlock();
Check_Random_Address_Storage_Changing();
// using new chain id
Assert.IsFalse(HardforkHeights.IsHardfork_9Active(_blockManager.GetHeight()));
while (!HardforkHeights.IsHardfork_9Active(_blockManager.GetHeight()))
{
var block = BuildNextBlock();
var result = ExecuteBlock(block);
Assert.AreEqual(OperatingError.Ok, result);
}
Check_Random_Address_Storage_Changing();
}
public OperatingError Add(Transaction transaction, Signature signature, bool notify = true)
{
var acceptedTx = new TransactionReceipt
{
Transaction = transaction,
// we use next height here because block header should be signed with the same chainId
// and this txes will go to the next block
Hash = transaction.FullHash(signature,
HardforkHeights.IsHardfork_9Active(BlockHeight() + 1)),
Signature = signature,
Status = TransactionStatus.Pool
};
return(Add(acceptedTx, notify));
}
public void AddRandomTxesToPool(EcdsaKeyPair keyPair, out List <TransactionReceipt> txes)
{
bool useNewChainId = HardforkHeights.IsHardfork_9Active(_blockManager.GetHeight() + 1);
var txCount = 100;
txes = new List <TransactionReceipt>();
_stateManager.LastApprovedSnapshot.Balances.AddBalance(keyPair.PublicKey.GetAddress(), Money.Parse("1000"));
for (var i = 0; i < txCount; i++)
{
var tx = TestUtils.GetRandomTransactionFromAddress(keyPair, (ulong)i, useNewChainId);
var result = _transactionPool.Add(tx);
Assert.AreEqual(OperatingError.Ok, result);
txes.Add(tx);
}
}
public string?SendRawTransaction(string[] arguments)
{
if (arguments.Length != 3)
{
return(null);
}
bool useNewChainId = HardforkHeights.IsHardfork_9Active(_blockManager.GetHeight() + 1);
var rawTx = arguments[1].HexToBytes();
var tx = Transaction.Parser.ParseFrom(rawTx);
var sig = arguments[2].HexToBytes().ToSignature(useNewChainId);
var result = _transactionPool.Add(tx, sig);
Console.WriteLine($"Status: {result}");
return($"{tx.FullHash(sig, useNewChainId).ToHex()}");
}
public OperatingError VerifySignatures(Block block, bool checkValidatorSet)
{
if (!block.Header.Keccak().Equals(block.Hash))
{
return(OperatingError.HashMismatched);
}
if (_IsGenesisBlock(block))
{
return(OperatingError.Ok);
}
if (checkValidatorSet && !VerifyValidatorSet(block.Multisig.Validators, block.Header.Index - 1))
{
return(OperatingError.InvalidMultisig);
}
return(_multisigVerifier.VerifyMultisig(block.Multisig, block.Hash, HardforkHeights.IsHardfork_9Active(block.Header.Index)));
}
public void Test_Block_With_Txs_Execution()
{
_blockManager.TryBuildGenesisBlock();
var topUpReceipts = new List <TransactionReceipt>();
var randomReceipts = new List <TransactionReceipt>();
var txCount = 50;
var coverTxFeeAmount = Money.Parse("10.0");
for (var i = 0; i < txCount; i++)
{
var tx = TestUtils.GetRandomTransaction(HardforkHeights.IsHardfork_9Active(2));
randomReceipts.Add(tx);
topUpReceipts.Add(TopUpBalanceTx(tx.Transaction.From,
(tx.Transaction.Value.ToMoney() + coverTxFeeAmount).ToUInt256(), i,
HardforkHeights.IsHardfork_9Active(1)));
}
ExecuteTxesInSeveralBlocks(topUpReceipts);
ExecuteTxesInSeveralBlocks(randomReceipts);
// building random txes for new chain id. will send TopUpTx right now.
Assert.IsFalse(HardforkHeights.IsHardfork_9Active(_blockManager.GetHeight()));
txCount = 50;
topUpReceipts = new List <TransactionReceipt>();
randomReceipts = new List <TransactionReceipt>();
coverTxFeeAmount = Money.Parse("0.0000000001");
Console.WriteLine(Money.Wei.ToString());
for (var i = 0; i < txCount; i++)
{
var tx = TestUtils.GetCustomTransaction("0", Money.Wei.ToString(), true);
randomReceipts.Add(tx);
topUpReceipts.Add(TopUpBalanceTx(tx.Transaction.From,
(tx.Transaction.Value.ToMoney() + coverTxFeeAmount).ToUInt256(), i,
HardforkHeights.IsHardfork_9Active(3)));
}
ExecuteTxesInSeveralBlocks(topUpReceipts);
while (!HardforkHeights.IsHardfork_9Active(_blockManager.GetHeight()))
{
var block = BuildNextBlock();
var result = ExecuteBlock(block);
Assert.AreEqual(OperatingError.Ok, result);
}
ExecuteTxesInSeveralBlocks(randomReceipts);
}
/*
* SendTransaction:
* 1. to, UInt160,
* 2. value, UInt256,
* 3. gasPrice, UInt256
*/
public string SendTransaction(string[] arguments)
{
var to = arguments[1].HexToUInt160();
var value = Money.Parse(arguments[2]);
var gasPrice = ulong.Parse(arguments[3]);
var from = _keyPair.PublicKey.GetAddress();
var tx = _transactionBuilder.TransferTransaction(from, to, value, gasPrice);
if (gasPrice == 0)
{
Console.WriteLine($"Set recommended gas price: {tx.GasPrice}");
}
var signedTx = _transactionSigner.Sign(tx, _keyPair, HardforkHeights.IsHardfork_9Active(_blockManager.GetHeight() + 1));
var error = _transactionPool.Add(signedTx);
return(error != OperatingError.Ok
? $"Error adding tx {signedTx.Hash.ToHex()} to pool: {error}"
: signedTx.Hash.ToHex());
}
public uint HandleTransactionsFromPeer(IEnumerable <TransactionReceipt> transactions, ECDSAPublicKey publicKey)
{
lock (_txLock)
{
var txs = transactions.ToArray();
Logger.LogTrace($"Received {txs.Length} transactions from peer {publicKey.ToHex()}");
var persisted = 0u;
foreach (var tx in txs)
{
if (tx.Signature.IsZero())
{
Logger.LogTrace($"Received zero-signature transaction: {tx.Hash.ToHex()}");
if (_transactionPool.Add(tx, false) == OperatingError.Ok)
{
persisted++;
}
continue;
}
var error = _transactionManager.Verify(tx, HardforkHeights.IsHardfork_9Active(_blockManager.GetHeight() + 1));
if (error != OperatingError.Ok)
{
Logger.LogTrace($"Unable to verify transaction: {tx.Hash.ToHex()} ({error})");
continue;
}
error = _transactionPool.Add(tx, false);
if (error == OperatingError.Ok)
{
persisted++;
}
else
{
Logger.LogTrace($"Transaction {tx.Hash.ToHex()} not persisted: {error}");
}
}
lock (_peerHasTransactions)
Monitor.PulseAll(_peerHasTransactions);
Logger.LogTrace($"Persisted {persisted} transactions from peer {publicKey.ToHex()}");
return(persisted);
}
}
/// <summary>
/// Verify Transaction:
/// 1. raw transaction in hex
/// 2. raw signature in hex
/// </summary>
/// <param name="arguments"></param>
/// <returns></returns>
public string VerifyTransaction(string[] arguments)
{
var tx = Transaction.Parser.ParseFrom(arguments[1].HexToBytes());
bool useNewChainId = HardforkHeights.IsHardfork_9Active(_blockManager.GetHeight() + 1);
var sig = arguments[2].HexToBytes().ToSignature(useNewChainId);
var accepted = new TransactionReceipt
{
Transaction = tx,
Hash = tx.FullHash(sig, useNewChainId),
Signature = sig
};
var txValid = _transactionManager.Verify(accepted, useNewChainId) == OperatingError.Ok;
var sigValid = _transactionManager.VerifySignature(accepted, useNewChainId, true) == OperatingError.Ok;
Console.WriteLine($"Tx Hash: {accepted.Hash}");
Console.WriteLine("Transaction validity: " + txValid);
Console.WriteLine(sigValid ? "Signature validity: OK" : "Signature validity: INVALID");
return($"{txValid && sigValid}");
}
// Changed GetTransactionCount to public
public void Test_GetTransactionCount_blockId()
{
_blockManager.TryBuildGenesisBlock();
var rawTx2 = MakeDummyTx(HardforkHeights.IsHardfork_9Active(1));
var ethTx = new TransactionChainId(rawTx2.HexToBytes());
var address = ethTx.Key.GetPublicAddress().HexToBytes().ToUInt160();
var txCountBefore = _apiService !.GetTransactionCount(ethTx.Key.GetPublicAddress(), "latest").HexToUlong();
Assert.AreEqual(txCountBefore, 0);
//TransactionUtils.SetChainId(41);
ExecuteDummyTransaction(true, rawTx2);
var txCountAfter = _apiService !.GetTransactionCount(ethTx.Key.GetPublicAddress(), "0x1").HexToUlong();
Assert.AreEqual(txCountAfter, 1);
}