public TokenSwapper(Spook node, PhantasmaKeys swapKey, NeoAPI neoAPI, EthAPI ethAPI, EthAPI bscAPI, BigInteger minFee)
{
this.Node = node;
this.SwapKeys = swapKey;
this.OracleReader = Nexus.GetOracleReader();
this.MinimumFee = minFee;
this.neoAPI = neoAPI;
this.ethAPI = ethAPI;
this.bscAPI = bscAPI;
this.Storage = new KeyStoreStorage(Nexus.CreateKeyStoreAdapter("swaps"));
this._interopBlocks = new Dictionary <SwapPlatformChain, BigInteger>();
foreach (var platform in Settings.Oracle.SwapPlatforms)
{
_interopBlocks[platform.Chain] = platform.InteropHeight;
}
var inProgressMap = new StorageMap(InProgressTag, this.Storage);
Console.WriteLine($"inProgress count: {inProgressMap.Count()}");
inProgressMap.Visit <Hash, string>((key, value) =>
{
if (!string.IsNullOrEmpty(value))
{
Console.WriteLine($"inProgress: {key} - {value}");
}
});
}
public TokenSwapper(Spook node, PhantasmaKeys swapKey, NeoAPI neoAPI, EthAPI ethAPI, BigInteger minFee, string[] supportedPlatforms)
{
this.Node = node;
this.SwapKeys = swapKey;
this.OracleReader = Nexus.GetOracleReader();
this.MinimumFee = minFee;
this.neoAPI = neoAPI;
this.ethAPI = ethAPI;
this.Storage = new KeyStoreStorage(Nexus.CreateKeyStoreAdapter("swaps"));
this.interopBlocks = new Dictionary <string, BigInteger>();
interopBlocks[DomainSettings.PlatformName] = BigInteger.Parse(Settings.Oracle.PhantasmaInteropHeight);
interopBlocks["neo"] = BigInteger.Parse(Settings.Oracle.NeoInteropHeight);
interopBlocks["ethereum"] = BigInteger.Parse(Settings.Oracle.EthInteropHeight);
_supportedPlatforms.Add(DomainSettings.PlatformName);
foreach (var entry in supportedPlatforms)
{
if (_supportedPlatforms.Contains(entry))
{
throw new SwapException($"Duplicated swap platform {entry}, check config");
}
if (!interopBlocks.ContainsKey(entry))
{
throw new SwapException($"Unknown swap platform {entry}, check config");
}
_supportedPlatforms.Add(entry);
}
}
public BSCInterop(TokenSwapper swapper, EthAPI ethAPI, PBigInteger interopBlockHeight, string[] contracts, uint confirmations)
: base(swapper, BSCWallet.BSCPlatform)
{
string lastBlockHeight = OracleReader.GetCurrentHeight(BSCWallet.BSCPlatform, BSCWallet.BSCPlatform);
if (string.IsNullOrEmpty(lastBlockHeight))
{
OracleReader.SetCurrentHeight(BSCWallet.BSCPlatform, BSCWallet.BSCPlatform, new BigInteger(interopBlockHeight.ToSignedByteArray()).ToString());
}
Logger.Message($"interopHeight: {OracleReader.GetCurrentHeight(BSCWallet.BSCPlatform, BSCWallet.BSCPlatform)}");
Console.WriteLine("encoded bsc: " + BSCWallet.EncodeAddress("0x44E8743A6CAC3E59594C19DD462863A5AA5E06BB"));
Console.WriteLine("encoded eth: " + EthereumWallet.EncodeAddress("0x44E8743A6CAC3E59594C19DD462863A5AA5E06BB"));
Console.WriteLine("from encoded bsc: " + BSCWallet.EncodeAddress("0xA89a34c37Da826085E458c17067DA2F38b6e4763"));
Console.WriteLine("from encoded eth: " + EthereumWallet.EncodeAddress("0xA89a34c37Da826085E458c17067DA2F38b6e4763"));
this.contracts = contracts.ToList();
// add local swap address to contracts
this.contracts.Add(LocalAddress);
this.confirmations = confirmations;
this.ethAPI = ethAPI;
}
private void SetupOracleApis()
{
var neoPlatform = Settings.Oracle.SwapPlatforms.FirstOrDefault(x => x.Chain == SwapPlatformChain.Neo);
if (neoPlatform != null && neoPlatform.Enabled)
{
var neoScanURL = Settings.Oracle.NeoscanUrl;
this._neoAPI = new Neo.Core.RemoteRPCNode(neoScanURL, neoPlatform.RpcNodes);
this._neoAPI.SetLogger((s) => Logger.Message(s));
this._neoScanAPI = new NeoScanAPI(neoScanURL, Logger, _nexus, _nodeKeys);
}
var bscPlatform = Settings.Oracle.SwapPlatforms.FirstOrDefault(x => x.Chain == SwapPlatformChain.BSC);
if (bscPlatform != null && bscPlatform.Enabled)
{
var bscWIF = Settings.GetInteropWif(Nexus, _nodeKeys, BSCWallet.BSCPlatform);
var bscKeys = PhantasmaKeys.FromWIF(bscWIF);
this._bscAPI = new EthAPI(SwapPlatformChain.BSC, this.Nexus, this.Settings, new EthAccount(bscKeys.PrivateKey.ToHex()), Logger);
}
var ethPlatform = Settings.Oracle.SwapPlatforms.FirstOrDefault(x => x.Chain == SwapPlatformChain.Ethereum);
if (ethPlatform != null && ethPlatform.Enabled)
{
var ethWIF = Settings.GetInteropWif(Nexus, _nodeKeys, EthereumWallet.EthereumPlatform);
var ethKeys = PhantasmaKeys.FromWIF(ethWIF);
this._ethAPI = new EthAPI(SwapPlatformChain.Ethereum, this.Nexus, this.Settings, new EthAccount(ethKeys.PrivateKey.ToHex()), Logger);
}
this._cryptoCompareAPIKey = Settings.Oracle.CryptoCompareAPIKey;
if (!string.IsNullOrEmpty(this._cryptoCompareAPIKey))
{
Logger.Message($"CryptoCompare API enabled.");
}
else
{
throw new Exception($"CryptoCompare API key missing, oracles won't work properly and oracles are no longer optional...");
}
}
public EthereumInterop(TokenSwapper swapper, EthAPI ethAPI, PBigInteger interopBlockHeight, string[] contracts, uint confirmations)
: base(swapper, EthereumWallet.EthereumPlatform)
{
string lastBlockHeight = OracleReader.GetCurrentHeight(EthereumWallet.EthereumPlatform, EthereumWallet.EthereumPlatform);
if (string.IsNullOrEmpty(lastBlockHeight))
{
OracleReader.SetCurrentHeight(EthereumWallet.EthereumPlatform, EthereumWallet.EthereumPlatform, new BigInteger(interopBlockHeight.ToSignedByteArray()).ToString());
}
Logger.Message($"interopHeight: {OracleReader.GetCurrentHeight(EthereumWallet.EthereumPlatform, EthereumWallet.EthereumPlatform)}");
this.contracts = contracts.ToList();
// add local swap address to contracts
this.contracts.Add(LocalAddress);
this.confirmations = confirmations;
this.ethAPI = ethAPI;
}
private void Init()
{
Hdd = DEV9Header.HDD_DEF;
HddSize = 8 * 1024;
Eth = DEV9Header.ETH_DEF;
EthType = EthAPI.Winsock;
EthEnable = true;
HddEnable = false;
DirectConnectionSettings = new ConfigDirectIP();
SocketConnectionSettings = new ConfigSocketIP();
EnableLogging = new ConfigLogging();
Hosts = new HashSet <ConfigHost>();
Hosts.Add(new ConfigHost()
{
Desc = "Set DNS to 192.0.2.1 to use this host list",
URL = "www.example.com",
IP = "0.0.0.0",
Enabled = false
});
}
private void SetupOracleApis()
{
var neoScanURL = Settings.Oracle.NeoscanUrl;
var neoRpcList = Settings.Oracle.NeoRpcNodes;
this._neoAPI = new Neo.Core.RemoteRPCNode(neoScanURL, neoRpcList.ToArray());
this._neoAPI.SetLogger((s) => Logger.Message(s));
var ethRpcList = Settings.Oracle.EthRpcNodes;
var ethWIF = Settings.GetInteropWif(Nexus, _nodeKeys, EthereumWallet.EthereumPlatform);
var ethKeys = PhantasmaKeys.FromWIF(ethWIF);
this._ethAPI = new EthAPI(this.Nexus, this.Settings, new EthAccount(ethKeys.PrivateKey.ToHex()), Logger);
this._neoScanAPI = new NeoScanAPI(neoScanURL, Logger, _nexus, _nodeKeys);
this._cryptoCompareAPIKey = Settings.Oracle.CryptoCompareAPIKey;
if (!string.IsNullOrEmpty(this._cryptoCompareAPIKey))
{
Logger.Message($"CryptoCompare API enabled...");
}
}
public static InteropTransaction MakeInteropTx(Nexus nexus, Logger logger, TransactionReceipt txr, EthAPI api, string[] swapAddresses)
{
logger.Debug("checking tx: " + txr.TransactionHash);
IList <InteropTransfer> interopTransfers = new List <InteropTransfer>();
interopTransfers = GetInteropTransfers(nexus, logger, txr, api, swapAddresses).SelectMany(x => x.Value).ToList();
logger.Debug($"Found {interopTransfers.Count} interop transfers!");
return((interopTransfers.Count() > 0)
? new InteropTransaction(Hash.Parse(txr.TransactionHash), interopTransfers.ToArray())
: new InteropTransaction(Hash.Null, interopTransfers.ToArray()));
}
private static Dictionary <string, List <InteropTransfer> > GetInteropTransfers(Nexus nexus, Logger logger,
TransactionReceipt txr, EthAPI api, string[] swapAddresses)
{
logger.Debug($"get interop transfers for tx {txr.TransactionHash}");
var interopTransfers = new Dictionary <string, List <InteropTransfer> >();
Nethereum.RPC.Eth.DTOs.Transaction tx = null;
try
{
// tx to get the eth transfer if any
tx = api.GetTransaction(txr.TransactionHash);
}
catch (Exception e)
{
logger.Error("Getting eth tx failed: " + e.Message);
}
Console.WriteLine("txr: " + txr.Status);
logger.Debug("Transaction status: " + txr.Status.Value);
// check if tx has failed
if (txr.Status.Value == 0)
{
logger.Error($"tx {txr.TransactionHash} failed");
return(interopTransfers);
}
foreach (var a in swapAddresses)
{
Console.WriteLine("swap address: " + a);
}
var nodeSwapAddresses = swapAddresses.Select(x => BSCWallet.EncodeAddress(x));
var interopAddress = ExtractInteropAddress(tx);
Console.WriteLine("interop address: " + interopAddress);
// ERC721 (NFT)
// TODO currently this code block is mostly copypaste from BEP20 block, later make a single method for both...
//var erc721_events = txr.DecodeAllEvents<Nethereum.StandardNonFungibleTokenERC721.ContractDefinition.TransferEventDTOBase>();
//foreach (var evt in erc721_events)
//{
// var asset = EthUtils.FindSymbolFromAsset(nexus, evt.Log.Address);
// if (asset == null)
// {
// logger.Warning($"Asset [{evt.Log.Address}] not supported");
// continue;
// }
// var targetAddress = BSCWallet.EncodeAddress(evt.Event.To);
// var sourceAddress = BSCWallet.EncodeAddress(evt.Event.From);
// var tokenID = PBigInteger.Parse(evt.Event.TokenId.ToString());
// if (nodeSwapAddresses.Contains(targetAddress))
// {
// if (!interopTransfers.ContainsKey(evt.Log.TransactionHash))
// {
// interopTransfers.Add(evt.Log.TransactionHash, new List<InteropTransfer>());
// }
// string tokenURI = FetchTokenURI(evt.Log.Address, evt.Event.TokenId);
// interopTransfers[evt.Log.TransactionHash].Add
// (
// new InteropTransfer
// (
// BSCWallet.BSCPlatform,
// sourceAddress,
// DomainSettings.PlatformName,
// targetAddress,
// interopAddress,
// asset,
// tokenID,
// System.Text.Encoding.UTF8.GetBytes(tokenURI)
// )
// );
// }
//}
// BEP20
var bep20_events = txr.DecodeAllEvents <TransferEventDTO>();
foreach (var evt in bep20_events)
{
var asset = EthUtils.FindSymbolFromAsset(BSCWallet.BSCPlatform, nexus, evt.Log.Address);
if (asset == null)
{
logger.Warning($"Asset [{evt.Log.Address}] not supported");
continue;
}
var targetAddress = BSCWallet.EncodeAddress(evt.Event.To);
var sourceAddress = BSCWallet.EncodeAddress(evt.Event.From);
var amount = PBigInteger.Parse(evt.Event.Value.ToString());
if (nodeSwapAddresses.Contains(targetAddress))
{
if (!interopTransfers.ContainsKey(evt.Log.TransactionHash))
{
interopTransfers.Add(evt.Log.TransactionHash, new List <InteropTransfer>());
}
interopTransfers[evt.Log.TransactionHash].Add
(
new InteropTransfer
(
BSCWallet.BSCPlatform,
sourceAddress,
DomainSettings.PlatformName,
targetAddress,
interopAddress,
asset,
amount
)
);
}
}
Console.WriteLine("value: " + tx.Value);
Console.WriteLine("value: " + tx.Value.Value);
if (tx.Value != null && tx.Value.Value > 0)
{
var targetAddress = BSCWallet.EncodeAddress(tx.To);
var sourceAddress = BSCWallet.EncodeAddress(tx.From);
foreach (var a in nodeSwapAddresses)
{
Console.WriteLine("node swap address: " + a);
}
Console.WriteLine("target address: " + targetAddress);
if (nodeSwapAddresses.Contains(targetAddress))
{
var amount = PBigInteger.Parse(tx.Value.ToString());
if (!interopTransfers.ContainsKey(tx.TransactionHash))
{
interopTransfers.Add(tx.TransactionHash, new List <InteropTransfer>());
}
interopTransfers[tx.TransactionHash].Add
(
new InteropTransfer
(
BSCWallet.BSCPlatform,
sourceAddress,
DomainSettings.PlatformName,
targetAddress,
interopAddress,
"BSC", // TODO use const
amount
)
);
}
}
return(interopTransfers);
}
public static Tuple <InteropBlock, InteropTransaction[]> MakeInteropBlock(Nexus nexus, Logger logger, EthAPI api
, BigInteger height, string[] contracts, uint confirmations, string[] swapAddress)
{
Hash blockHash = Hash.Null;
var interopTransactions = new List <InteropTransaction>();
//TODO HACK
var combinedAddresses = contracts.ToList();
combinedAddresses.AddRange(swapAddress);
Dictionary <string, Dictionary <string, List <InteropTransfer> > > transfers = new Dictionary <string, Dictionary <string, List <InteropTransfer> > >();
try
{
// TODO pass from outside to not instantiate for each call to MakeInteropBlock
Func <string, Address> addressEncoder = (address) => { return(BSCWallet.EncodeAddress(address)); };
Func <Nethereum.RPC.Eth.DTOs.Transaction, Address> addressExtractor = (tx) => { return(BSCInterop.ExtractInteropAddress(tx)); };
var crawler = new EvmBlockCrawler(logger, combinedAddresses.ToArray(), confirmations, api,
addressEncoder, addressExtractor, BSCWallet.BSCPlatform);
// fetch blocks
crawler.Fetch(height);
transfers = crawler.ExtractInteropTransfers(nexus, logger, swapAddress);
}
catch (Exception e)
{
logger.Error("Failed to fetch eth blocks: " + e);
}
if (transfers.Count == 0)
{
var emptyBlock = new InteropBlock(BSCWallet.BSCPlatform, BSCWallet.BSCPlatform, Hash.Null, new Hash[] {});
return(Tuple.Create(emptyBlock, interopTransactions.ToArray()));
}
blockHash = Hash.Parse(transfers.FirstOrDefault().Key);
foreach (var block in transfers)
{
var txTransferDict = block.Value;
foreach (var tx in txTransferDict)
{
var interopTx = MakeInteropTx(logger, tx.Key, tx.Value);
if (interopTx.Hash != Hash.Null)
{
interopTransactions.Add(interopTx);
}
}
}
var hashes = interopTransactions.Select(x => x.Hash).ToArray();
InteropBlock interopBlock = (interopTransactions.Count() > 0)
? new InteropBlock(BSCWallet.BSCPlatform, BSCWallet.BSCPlatform, blockHash, hashes)
: new InteropBlock(BSCWallet.BSCPlatform, BSCWallet.BSCPlatform, Hash.Null, hashes);
return(Tuple.Create(interopBlock, interopTransactions.ToArray()));
}
public static Tuple <InteropBlock, InteropTransaction[]> MakeInteropBlock(Logger logger, BlockWithTransactions block, EthAPI api
, string[] swapAddress)
{
//TODO
return(null);
}
private static Dictionary <string, List <InteropTransfer> > GetInteropTransfers(Nexus nexus, Logger logger,
TransactionReceipt txr, EthAPI api, string swapAddress)
{
logger.Debug($"get interop transfers for tx {txr.TransactionHash}");
var interopTransfers = new Dictionary <string, List <InteropTransfer> >();
Nethereum.RPC.Eth.DTOs.Transaction tx = null;
try
{
// tx to get the eth transfer if any
tx = api.GetTransaction(txr.TransactionHash);
}
catch (Exception e)
{
logger.Error("Getting eth tx failed: " + e.Message);
}
logger.Debug("Transaction status: " + txr.Status.Value);
// check if tx has failed
if (txr.Status.Value == 0)
{
logger.Error($"tx {txr.TransactionHash} failed");
return(interopTransfers);
}
var nodeSwapAddress = EthereumWallet.EncodeAddress(swapAddress);
var events = txr.DecodeAllEvents <TransferEventDTO>();
var interopAddress = ExtractInteropAddress(tx);
// ERC20
foreach (var evt in events)
{
var asset = EthUtils.FindSymbolFromAsset(nexus, evt.Log.Address);
if (asset == null)
{
logger.Warning($"Asset [{evt.Log.Address}] not supported");
continue;
}
var targetAddress = EthereumWallet.EncodeAddress(evt.Event.To);
var sourceAddress = EthereumWallet.EncodeAddress(evt.Event.From);
var amount = PBigInteger.Parse(evt.Event.Value.ToString());
if (targetAddress.Equals(nodeSwapAddress))
{
if (!interopTransfers.ContainsKey(evt.Log.TransactionHash))
{
interopTransfers.Add(evt.Log.TransactionHash, new List <InteropTransfer>());
}
interopTransfers[evt.Log.TransactionHash].Add
(
new InteropTransfer
(
EthereumWallet.EthereumPlatform,
sourceAddress,
DomainSettings.PlatformName,
targetAddress,
interopAddress,
asset,
amount
)
);
}
}
if (tx.Value != null && tx.Value.Value > 0)
{
var targetAddress = EthereumWallet.EncodeAddress(tx.To);
var sourceAddress = EthereumWallet.EncodeAddress(tx.From);
if (targetAddress.Equals(nodeSwapAddress))
{
var amount = PBigInteger.Parse(tx.Value.ToString());
if (!interopTransfers.ContainsKey(tx.TransactionHash))
{
interopTransfers.Add(tx.TransactionHash, new List <InteropTransfer>());
}
interopTransfers[tx.TransactionHash].Add
(
new InteropTransfer
(
EthereumWallet.EthereumPlatform,
sourceAddress,
DomainSettings.PlatformName,
targetAddress,
interopAddress,
"ETH", // TODO use const
amount
)
);
}
}
return(interopTransfers);
}
public static Tuple <InteropBlock, InteropTransaction[]> MakeInteropBlock(Nexus nexus, Logger logger, EthAPI api
, BigInteger height, string[] contracts, uint confirmations, string swapAddress)
{
Hash blockHash = Hash.Null;
var interopTransactions = new List <InteropTransaction>();
//TODO HACK
var combinedAddresses = contracts.ToList();
combinedAddresses.Add(swapAddress);
Dictionary <string, Dictionary <string, List <InteropTransfer> > > transfers = new Dictionary <string, Dictionary <string, List <InteropTransfer> > >();
try
{
var crawler = new EthBlockCrawler(logger, combinedAddresses.ToArray(), confirmations, api);
// fetch blocks
crawler.Fetch(height);
transfers = crawler.ExtractInteropTransfers(nexus, logger, swapAddress);
}
catch (Exception e)
{
logger.Error("Failed to fetch eth blocks: " + e);
}
if (transfers.Count == 0)
{
var emptyBlock = new InteropBlock(EthereumWallet.EthereumPlatform, EthereumWallet.EthereumPlatform, Hash.Null, new Hash[] {});
return(Tuple.Create(emptyBlock, interopTransactions.ToArray()));
}
blockHash = Hash.Parse(transfers.FirstOrDefault().Key);
foreach (var block in transfers)
{
var txTransferDict = block.Value;
foreach (var tx in txTransferDict)
{
var interopTx = MakeInteropTx(logger, tx.Key, tx.Value);
if (interopTx.Hash != Hash.Null)
{
interopTransactions.Add(interopTx);
}
}
}
var hashes = interopTransactions.Select(x => x.Hash).ToArray();
InteropBlock interopBlock = (interopTransactions.Count() > 0)
? new InteropBlock(EthereumWallet.EthereumPlatform, EthereumWallet.EthereumPlatform, blockHash, hashes)
: new InteropBlock(EthereumWallet.EthereumPlatform, EthereumWallet.EthereumPlatform, Hash.Null, hashes);
return(Tuple.Create(interopBlock, interopTransactions.ToArray()));
}
private void Init()
{
Hdd = DEV9Header.HDD_DEF;
HddSize = 8 * 1024;
Eth = DEV9Header.ETH_DEF;
EthType = EthAPI.Winsock;
EthEnable = true;
HddEnable = false;
DirectConnectionSettings = new ConfigDirectIP();
SocketConnectionSettings = new ConfigSocketIP();
}
private static Dictionary <string, List <InteropTransfer> > GetInteropTransfers(Nexus nexus, Logger logger,
TransactionReceipt txr, EthAPI api, string[] swapAddresses)
{
logger.Debug($"get interop transfers for tx {txr.TransactionHash}");
var interopTransfers = new Dictionary <string, List <InteropTransfer> >();
Nethereum.RPC.Eth.DTOs.Transaction tx = null;
try
{
// tx to get the eth transfer if any
tx = api.GetTransaction(txr.TransactionHash);
}
catch (Exception e)
{
logger.Error("Getting eth tx failed: " + e.Message);
}
logger.Debug("Transaction status: " + txr.Status.Value);
// check if tx has failed
if (txr.Status.Value == 0)
{
logger.Error($"tx {txr.TransactionHash} failed");
return(interopTransfers);
}
var nodeSwapAddresses = swapAddresses.Select(x => EthereumWallet.EncodeAddress(x));
Address interopAddress;
try
{
interopAddress = ExtractInteropAddress(tx, logger);
}
catch (Exception e)
{
if (e.ToString().Contains("Header byte out of range"))
{
// Ignoring this exception and skipping this tx.
// RecoverFromSignature() crashed and we cannot avoid it atm.
// Related to EIP-1559, example of probematic tx: https://etherscan.io/tx/0xb022c146d8d1e684de0c1faae43e7ce36afb6969719adfdcafcc5bb7d5913185
// TODO Fix by updating to new Nethereum and dealing with EIP-1559 better.
logger.Debug("Warning: Skipping 'Header byte out of range' tx: " + tx.TransactionHash);
return(interopTransfers);
}
else
{
throw;
}
}
// ERC721 (NFT)
// TODO currently this code block is mostly copypaste from ERC20 block, later make a single method for both...
//var erc721_events = txr.DecodeAllEvents<Nethereum.StandardNonFungibleTokenERC721.ContractDefinition.TransferEventDTOBase>();
//foreach (var evt in erc721_events)
//{
// var asset = EthUtils.FindSymbolFromAsset(nexus, evt.Log.Address);
// if (asset == null)
// {
// logger.Warning($"Asset [{evt.Log.Address}] not supported");
// continue;
// }
// var targetAddress = EthereumWallet.EncodeAddress(evt.Event.To);
// var sourceAddress = EthereumWallet.EncodeAddress(evt.Event.From);
// var tokenID = PBigInteger.Parse(evt.Event.TokenId.ToString());
// if (nodeSwapAddresses.Contains(targetAddress))
// {
// if (!interopTransfers.ContainsKey(evt.Log.TransactionHash))
// {
// interopTransfers.Add(evt.Log.TransactionHash, new List<InteropTransfer>());
// }
// string tokenURI = FetchTokenURI(evt.Log.Address, evt.Event.TokenId);
// interopTransfers[evt.Log.TransactionHash].Add
// (
// new InteropTransfer
// (
// EthereumWallet.EthereumPlatform,
// sourceAddress,
// DomainSettings.PlatformName,
// targetAddress,
// interopAddress,
// asset,
// tokenID,
// System.Text.Encoding.UTF8.GetBytes(tokenURI)
// )
// );
// }
//}
// ERC20
var erc20_events = txr.DecodeAllEvents <TransferEventDTO>();
foreach (var evt in erc20_events)
{
var asset = EthUtils.FindSymbolFromAsset(EthereumWallet.EthereumPlatform, nexus, evt.Log.Address);
if (asset == null)
{
logger.Warning($"Asset [{evt.Log.Address}] not supported");
continue;
}
var targetAddress = EthereumWallet.EncodeAddress(evt.Event.To);
var sourceAddress = EthereumWallet.EncodeAddress(evt.Event.From);
var amount = PBigInteger.Parse(evt.Event.Value.ToString());
if (nodeSwapAddresses.Contains(targetAddress))
{
if (!interopTransfers.ContainsKey(evt.Log.TransactionHash))
{
interopTransfers.Add(evt.Log.TransactionHash, new List <InteropTransfer>());
}
interopTransfers[evt.Log.TransactionHash].Add
(
new InteropTransfer
(
EthereumWallet.EthereumPlatform,
sourceAddress,
DomainSettings.PlatformName,
targetAddress,
interopAddress,
asset,
amount
)
);
}
}
if (tx.Value != null && tx.Value.Value > 0)
{
var targetAddress = EthereumWallet.EncodeAddress(tx.To);
var sourceAddress = EthereumWallet.EncodeAddress(tx.From);
if (nodeSwapAddresses.Contains(targetAddress))
{
var amount = PBigInteger.Parse(tx.Value.ToString());
if (!interopTransfers.ContainsKey(tx.TransactionHash))
{
interopTransfers.Add(tx.TransactionHash, new List <InteropTransfer>());
}
interopTransfers[tx.TransactionHash].Add
(
new InteropTransfer
(
EthereumWallet.EthereumPlatform,
sourceAddress,
DomainSettings.PlatformName,
targetAddress,
interopAddress,
"ETH", // TODO use const
amount
)
);
}
}
return(interopTransfers);
}