private string Sign(string address, string message)
{
// TODO: implement message signing
//var addressUint160 = address.HexToUInt160();
return(Web3DataFormatUtils.Web3Data("".HexToBytes()));
//throw new ApplicationException("Not implemented yet");
}
public JObject GetChildrenByHash(string nodeHash)
{
IHashTrieNode?node = _nodeRetrieval.TryGetNode(HexUtils.HexToBytes(nodeHash), out var childrenHash);
if (node == null)
{
return new JObject {
}
}
;
JArray children = new JArray {
};
foreach (var childHash in childrenHash)
{
JObject child = GetNodeByHash(Web3DataFormatUtils.Web3Data(childHash));
if (child.Count == 0)
{
return new JObject {
}
}
;
children.Add(child);
}
JObject nodeHashWithChildren = new JObject {
};
nodeHashWithChildren[Web3DataFormatUtils.Web3Data(node.Hash)] = children;
return(nodeHashWithChildren);
}
public string GetStorageAt(string address, string position, string blockTag)
{
var blockNumber = GetBlockNumberByTag(blockTag);
var blockchainSnapshot = _snapshotIndexer.GetSnapshotForBlock((ulong)blockNumber !);
var value = blockchainSnapshot.Storage.GetValue(address.HexToUInt160(), position.HexToUInt256());
return(Web3DataFormatUtils.Web3Data(value.ToHex().HexToBytes()));
}
private JArray GetWork()
{
return(new JArray(
Web3DataFormatUtils.Web3Data(new UInt256()),
Web3DataFormatUtils.Web3Data(new UInt256()),
Web3DataFormatUtils.Web3Data(new UInt256())
));
}
public JObject GetNodeByHash(string nodeHash)
{
IHashTrieNode?node = _nodeRetrieval.TryGetNode(HexUtils.HexToBytes(nodeHash), out var childrenHash);
if (node == null)
{
return new JObject {
}
}
;
return(Web3DataFormatUtils.Web3NodeWithChildrenHash(node, childrenHash));
}
public string?GetBlockTransactionsCountByNumber(string blockTag)
{
var blockNumber = GetBlockNumberByTag(blockTag);
if (blockNumber == null)
{
return(Web3DataFormatUtils.Web3Number(_transactionPool.Size()));
}
var block = _blockManager.GetByHeight((ulong)blockNumber);
return(block == null ? null : Web3DataFormatUtils.Web3Number((ulong)block !.TransactionHashes.Count));
}
private JArray GetCurrentValidators()
{
var allValidators = _stateManager.CurrentSnapshot.Validators.GetValidatorsPublicKeys().ToArray();
JArray validators = new JArray {
};
foreach (var validator in allValidators)
{
validators.Add(Web3DataFormatUtils.Web3Data(validator.Buffer.ToByteArray()));
}
return(validators);
}
public string CheckNodeHashes(string blockTag)
{
var blockNumber = GetBlockNumberByTag(blockTag);
IBlockchainSnapshot blockchainSnapshot = _snapshotIndexer.GetSnapshotForBlock((ulong)blockNumber);
bool res = true;
ISnapshot[] snapshots = blockchainSnapshot.GetAllSnapshot();
foreach (var snapshot in snapshots)
{
res &= snapshot.IsTrieNodeHashesOk();
}
return(Web3DataFormatUtils.Web3Number(Convert.ToUInt64(res)));
}
public static JObject Web3Trie(IDictionary <ulong, IHashTrieNode> trie)
{
var jsonTrie = new JObject {
};
foreach (var item in trie)
{
var version = item.Key;
var node = item.Value;
jsonTrie[Web3Number(version)] = Web3DataFormatUtils.Web3Node(node);
}
return(jsonTrie);
}
public JObject?GetStateHashFromTrieRootsRange(string startBlockTag, string endBlockTag)
{
ulong startBlock = startBlockTag.HexToUlong(), endBlock = endBlockTag.HexToUlong();
var stateHash = new JObject {
};
for (ulong curBlock = startBlock; curBlock <= endBlock; curBlock++)
{
stateHash[curBlock.ToHex(false)] =
Web3DataFormatUtils.Web3Data(SingleNodeHashFromRoot(curBlock.ToHex(false)));
}
return(stateHash);
}
public string GetTransactionCount(string from, string blockId)
{
ulong nonce;
if (blockId.Equals("pending"))
{
nonce = _transactionPool.GetNextNonceForAddress(from.HexToUInt160());
}
else
{
nonce = GetSnapshotByTag(blockId) !.Transactions.GetTotalTransactionCount(from.HexToUInt160());
}
return(Web3DataFormatUtils.Web3Number(nonce));
}
public JObject?GetAllTrieRootsHash(string blockTag)
{
var blockNumber = GetBlockNumberByTag(blockTag);
IBlockchainSnapshot blockchainSnapshot = _snapshotIndexer.GetSnapshotForBlock((ulong)blockNumber);
var trieRootsHash = new JObject {
};
ISnapshot[] snapshots = blockchainSnapshot.GetAllSnapshot();
string[] snapshotNames = new string[] { "Balances", "Contracts", "Storage", "Transactions", "Blocks", "Events", "Validators" };
for (int i = 0; i < snapshots.Length; i++)
{
trieRootsHash[snapshots[i] + "Hash"] = Web3DataFormatUtils.Web3Data(snapshots[i].Hash);
}
return(trieRootsHash);
}
public string?GetBlockRawByNumber(string blockTag)
{
var blockNumber = GetBlockNumberByTag(blockTag);
if (blockNumber == null)
{
return(null);
}
Block?block = _blockManager.GetByHeight((ulong)blockNumber);
if (block == null)
{
return(null);
}
return(Web3DataFormatUtils.Web3BlockRaw(block));
}
public string GetRootHashByTrieName(string trieName, string blockTag)
{
var blockNumber = GetBlockNumberByTag(blockTag);
if (blockNumber == null)
{
return("0x");
}
IBlockchainSnapshot blockchainSnapshot = _snapshotIndexer.GetSnapshotForBlock((ulong)blockNumber);
var snapshot = blockchainSnapshot.GetSnapshot(trieName);
if (snapshot == null)
{
return("0x");
}
return(Web3DataFormatUtils.Web3Data(snapshot.Hash));
}
public JObject GetWithdrawStakeTransaction(JObject opts)
{
var from = opts["from"]?.ToString().HexToBytes().ToUInt160() ??
throw new Exception($"\"from\" {opts["from"]} is not valid");
var validatorPubKey = opts["validatorPublicKey"]?.ToString().HexToBytes() ??
throw new Exception($"\"validatorPublicKey\" {opts["validatorPublicKey"]} is not valid");
var tx = _transactionBuilder.InvokeTransaction(
from,
ContractRegisterer.StakingContract,
Money.Zero,
StakingInterface.MethodWithdrawStake,
validatorPubKey
);
return(Web3DataFormatUtils.Web3UnsignedTransaction(tx, true));
}
public JObject GetChildrenByVersion(string versionTag)
{
var version = GetVersionNumberByTag(versionTag);
if (version == null)
{
return new JObject {
}
}
;
var node = _nodeRetrieval.TryGetNode((ulong)version);
if (node == null)
{
return new JObject {
}
}
;
JArray children = new JArray {
};
if (node.Type == NodeType.Internal)
{
foreach (var childId in node.Children)
{
var child = _nodeRetrieval.TryGetNode(childId);
if (child == null)
{
return new JObject {
}
}
;
children.Add(Web3DataFormatUtils.Web3Node(child));
}
}
JObject nodeWithChildren = new JObject {
};
nodeWithChildren[Web3DataFormatUtils.Web3Number((ulong)version)] = children;
return(nodeWithChildren);
}
public JArray GetBlockRawByNumberBatch(List <string> blockTagList)
{
JArray blockRawList = new JArray {
};
foreach (var blockTag in blockTagList)
{
var blockNumber = GetBlockNumberByTag(blockTag);
if (blockNumber == null)
{
return(null);
}
Block?block = _blockManager.GetByHeight((ulong)blockNumber);
if (block != null)
{
blockRawList.Add(Web3DataFormatUtils.Web3BlockRaw(block));
}
}
return(blockRawList);
}
public string GetRootVersionByTrieName(string trieName, string blockTag)
{
var blockNumber = GetBlockNumberByTag(blockTag);
if (blockNumber == null)
{
return("0x");
}
IBlockchainSnapshot blockchainSnapshot = _snapshotIndexer.GetSnapshotForBlock((ulong)blockNumber);
ISnapshot? snapshot = blockchainSnapshot.GetSnapshot(trieName);
if (snapshot is null)
{
return("0x");
}
else
{
return(Web3DataFormatUtils.Web3Number(snapshot.Version));
}
}
public JObject GetNodeByVersion(string versionTag)
{
var version = GetVersionNumberByTag(versionTag);
if (version == null)
{
return new JObject {
}
}
;
var node = _nodeRetrieval.TryGetNode((ulong)version);
if (node == null)
{
return new JObject {
}
}
;
return(Web3DataFormatUtils.Web3Node(node));
}
public JObject GetStakeTransaction(JObject opts)
{
var staker = opts["stakerAddress"]?.ToString().HexToBytes().ToUInt160() ??
throw new Exception($"\"stakerAddress\" {opts["stakerAddress"]} is not valid");
var validatorPubKey = opts["validatorPublicKey"]?.ToString().HexToBytes() ??
throw new Exception($"\"validatorPublicKey\" {opts["validatorPublicKey"]} is not valid");
var stakeAmount = Money.Parse(opts["stakeAmount"]?.ToString() ??
throw new Exception($"\"stakeAmount\" {opts["stakeAmount"]} is not valid")
);
var tx = _transactionBuilder.InvokeTransaction(
staker,
ContractRegisterer.StakingContract,
Money.Zero,
StakingInterface.MethodBecomeStaker,
validatorPubKey,
(object)stakeAmount.ToUInt256()
);
return(Web3DataFormatUtils.Web3UnsignedTransaction(tx, true));
}
public JObject?GetStateByNumber(string blockTag)
{
var blockNumber = GetBlockNumberByTag(blockTag);
if (blockNumber == null)
{
return(null);
}
IBlockchainSnapshot blockchainSnapshot = _snapshotIndexer.GetSnapshotForBlock((ulong)blockNumber);
var state = new JObject {
};
string[] trieNames = new string[] { "Balances", "Contracts", "Storage", "Transactions", "Blocks", "Events", "Validators" };
ISnapshot[] snapshots = blockchainSnapshot.GetAllSnapshot();
for (var i = 0; i < trieNames.Length; i++)
{
state[trieNames[i]] = Web3DataFormatUtils.Web3Trie(snapshots[i].GetState());
state[trieNames[i] + "Root"] = Web3DataFormatUtils.Web3Number(snapshots[i].Version);
}
return(state);
}
private string CompileSerpent(string sourceCode)
{
return(Web3DataFormatUtils.Web3Data("".HexToBytes()));
//throw new ApplicationException("Not implemented");
}
public string GetBalance(string address, string tag)
{
var addressUint160 = address.HexToUInt160();
if (tag == "pending")
{
// Get all transaction from pool
var transactions = _transactionPool.Transactions;
List <TransactionReceipt> txReceipts = new List <TransactionReceipt>();
foreach (var tx in transactions)
{
var from = tx.Value.Transaction.From.ToHex();
if (address == from)
{
txReceipts.Add(tx.Value);
}
}
// Sort on the basis of nonce
txReceipts = txReceipts.OrderBy(receipt => receipt, new ReceiptComparer()).ToList();
// Get current address nonce
var transactionRepository = _stateManager.CurrentSnapshot.Transactions;
var currNonce = transactionRepository.GetTotalTransactionCount(addressUint160);
// Virtually execute the txs in nonce order
var availableBalance = GetSnapshotByTag("latest") !.Balances.GetBalance(addressUint160);
foreach (var tx in txReceipts)
{
var from = tx.Transaction.From.ToHex();
if (currNonce == tx.Transaction.Nonce)
{
// Executing the transaction
var gasp = new Money(tx.Transaction.GasPrice);
var gasl = new Money(tx.Transaction.GasLimit);
var txamnt = new Money(tx.Transaction.Value);
if (availableBalance - txamnt - (gasl * gasp) >= Money.Parse("0"))
{
// If transaction can be executed
availableBalance = availableBalance - txamnt - (gasl * gasp);
currNonce += 1;
}
else if (availableBalance - (gasl * gasp) >= Money.Parse("0"))
{
// If balance is not enough for transaction
availableBalance = availableBalance - (gasl * gasp);
currNonce += 1;
}
}
}
return(Web3DataFormatUtils.Web3Number(availableBalance.ToWei().ToUInt256()));
}
else
{
var availableBalance = GetSnapshotByTag(tag) !.Balances.GetBalance(addressUint160);
return(Web3DataFormatUtils.Web3Number(availableBalance.ToWei().ToUInt256()));
}
}
public JObject?GetBlockByNumber(string blockTag, bool fullTx)
{
var blockNumber = GetBlockNumberByTag(blockTag);
if (blockNumber == null)
{
return(null);
}
var block = _blockManager.GetByHeight((ulong)blockNumber);
if (block == null)
{
return(null);
}
ulong gasUsed = 0;
var txArray = new JArray();
if (block.TransactionHashes.Count <= 0)
{
return(Web3DataFormatUtils.Web3Block(block !, gasUsed, txArray));
}
List <TransactionReceipt> txs = new List <TransactionReceipt>();
try
{
foreach (var txHash in block.TransactionHashes)
{
Logger.LogInformation($"Transaction hash {txHash.ToHex()} in block {blockNumber}");
TransactionReceipt?tx = _transactionManager.GetByHash(txHash);
if (tx is null)
{
Logger.LogWarning($"Transaction not found in DB {txHash.ToHex()}");
}
else
{
txs.Add(tx);
}
}
}
catch (Exception e)
{
Logger.LogWarning($"Exception {e}");
Logger.LogWarning($"block {block!.Hash}, {block.Header.Index}, {block.TransactionHashes.Count}");
foreach (var txhash in block.TransactionHashes)
{
Logger.LogWarning($"txhash {txhash.ToHex()}");
}
}
try
{
gasUsed = txs.Aggregate(gasUsed, (current, tx) => current + tx.GasUsed);
}
catch (Exception e)
{
Logger.LogWarning($"Exception {e}");
Logger.LogWarning($"txs {txs}");
foreach (var tx in txs)
{
if (tx is null)
{
continue;
}
Logger.LogWarning($"tx {tx.Hash.ToHex()} {tx.GasUsed} {tx.Status} {tx.IndexInBlock}");
}
}
if (fullTx)
{
txArray = Web3DataFormatUtils.Web3BlockTransactionArray(txs, block !.Hash, block !.Header.Index);
}
else
{
foreach (var tx in txs)
{
txArray.Add(Web3DataFormatUtils.Web3Data(tx.Hash));
}
}
return(Web3DataFormatUtils.Web3Block(block !, gasUsed, txArray));
}
public string GetDownloadedNodesTillNow()
{
return(Web3DataFormatUtils.Web3Number(_nodeRetrieval.GetDownloadedNodeCount()));
}
public string GetBlockNumber()
{
return(Web3DataFormatUtils.Web3Number(_blockManager.GetHeight()));
}
public string GetStateHashFromTrieRoots(string blockTag)
{
return(Web3DataFormatUtils.Web3Data(SingleNodeHashFromRoot(blockTag)));
}
public JArray GetAccounts()
{
return(new JArray {
Web3DataFormatUtils.Web3Data(_systemContractReader.NodeAddress())
});
}
