private bool PerformWithdrawal(int wallet, decimal amount, string des)
{
int blockchain = MainService.GetWalletBlockchainType(wallet);
if (blockchain != 6)
{
Transaction tx = MainService.CreateSignedP2PKHTx(wallet, amount, des, true, false);
//Then add to database
if (tx != null)
{
//Now write to the transaction log
MainService.AddMyTxToDatabase(tx.GetHash().ToString(), MainService.GetWalletAddress(wallet), des, amount, wallet, 2, -1); //Withdrawal
return(true);
}
else
{
return(false);
}
}
else
{
//This is Ethereum transaction out
Nethereum.Signer.TransactionChainId tx = null;
if (MainService.Wallet.CoinERC20(wallet) == true)
{
//ERC20 tokens only move amounts around at a specific contract, tokens are stored in the contract but allocated to the address
string token_contract = MainService.GetWalletERC20TokenContract(wallet);
BigInteger int_amount = MainService.ConvertToERC20Int(amount, MainService.GetWalletERC20TokenDecimals(wallet));
string transfer_data = MainService.GenerateEthereumERC20TransferData(des, int_amount);
tx = MainService.CreateSignedEthereumTransaction(wallet, token_contract, amount, false, 0, transfer_data);
}
else
{
//This function will estimate the gas used if sending to a contract
tx = MainService.CreateSignedEthereumTransaction(wallet, des, amount, false, 0, "");
}
//Then add to database
if (tx != null)
{
//Broadcast this transaction, and write to log regardless of whether it returns a hash or not
//Now write to the transaction log
bool timeout;
MainService.TransactionBroadcast(wallet, tx.Signed_Hex, out timeout);
if (timeout == false)
{
MainService.UpdateWalletStatus(wallet, 2); //Set to wait
MainService.AddMyTxToDatabase(tx.HashID, MainService.GetWalletAddress(wallet), des, amount, wallet, 2, -1); //Withdrawal
return(true);
}
else
{
MainService.NebliDexNetLog("Transaction broadcast timed out, not connected to internet");
}
}
return(false);
}
}
