public bool SendMogs(MogwaiKeys mogwaiKey, string[] toAddresses, decimal amount, decimal txFee, out string txid)
{
Log.Debug($"send mogs {mogwaiKey.Address}, [{string.Join(",", toAddresses)}] for {amount} with {txFee}.");
txid = string.Empty;
List <UnspentTx> unspentTxList = GetUnspent(0, 9999999, mogwaiKey.Address);
var unspentAmount = unspentTxList.Sum(p => p.Amount);
if (unspentAmount < amount * toAddresses.Length + txFee)
{
Log.Debug($"Address hasn't enough funds {unspentAmount} to burn that amount of mogs {amount * toAddresses.Length + txFee}!");
return(false);
}
// create transaction
NBitcoin.Transaction tx = mogwaiKey.CreateTransaction(unspentTxList, unspentAmount, toAddresses, amount, txFee);
Log.Info($"signedRawTx: {tx.ToHex()}");
txid = SendRawTransaction(tx.ToHex());
Log.Info($"sendRawTx[{(txid.Length != 0 ? "SUCCESS" : "FAILED")}]: {txid}");
return(txid.Length != 0);
}
public bool BurnMogs(MogwaiKeys mogwaiKey, decimal burnMogs, decimal txFee, out string txid)
{
if (SendMogs(mogwaiKey, new[] { mogwaiKey.MirrorAddress }, burnMogs, txFee, out txid))
{
var trackingurl =
"https://analytics.mogwaicoin.org/matomo.php?idsite=3&rec=1&e_c=MOG&e_a=Burned&e_n=MOG+Burned&e_v=" +
burnMogs.ToString(CultureInfo.InvariantCulture);
new WebClient().DownloadData(trackingurl);
return(true);
}
return(false);
}
/// <summary>
///
/// </summary>
/// <param name="mogwaiKeys"></param>
/// <param name="tries"></param>
/// <returns></returns>
public bool GetNewMogwaiKey(out MogwaiKeys mogwaiKeys, int tries = 10)
{
// TODO this function should try till it finds a valid mirror address
mogwaiKeys = null;
if (!IsUnlocked)
{
return(false);
}
uint seed = 1000;
if (_walletFile.EncryptedSecrets.Values.Count > 0)
{
seed = _walletFile.EncryptedSecrets.Values.Max() + 1;
}
for (var i = seed; i < seed + tries; i++)
{
var mogwaiKeysTemp = GetMogwaiKeys(i);
if (mogwaiKeysTemp.HasMirrorAddress)
{
var wif = mogwaiKeysTemp.GetEncryptedSecretWif();
if (!_walletFile.EncryptedSecrets.ContainsKey(wif))
{
_walletFile.EncryptedSecrets[wif] = i;
mogwaiKeys = mogwaiKeysTemp;
// add to the current mogwai keys
MogwaiKeyDict[mogwaiKeys.Address] = mogwaiKeys;
// persist to not loose
Caching.Persist(_path, _walletFile);
return(true);
}
}
}
return(false);
}
/// <summary>
///
/// </summary>
/// <param name="mogwaiKeys"></param>
/// <param name="tryes"></param>
/// <returns></returns>
public bool GetNewMogwaiKey(out MogwaiKeys mogwaiKeys, int tryes = 10)
{
mogwaiKeys = null;
if (!IsUnlocked)
{
return(false);;
}
uint seed = 1000;
if (walletFile.EncryptedSecrets.Values.Count > 0)
{
seed = walletFile.EncryptedSecrets.Values.Max() + 1;
}
for (uint i = seed; i < seed + tryes; i++)
{
var mogwayKeysTemp = GetMogwaiKeys(i);
if (mogwayKeysTemp.HasMirrorAddress)
{
var wif = mogwayKeysTemp.GetEncryptedSecretWif();
if (!walletFile.EncryptedSecrets.ContainsKey(wif))
{
walletFile.EncryptedSecrets[wif] = i;
mogwaiKeys = mogwayKeysTemp;
// add to the current mogwai keys
MogwaiKeyDict[mogwaiKeys.Address] = mogwaiKeys;
// persist to not loose
Caching.Persist(path, walletFile);
return(true);
}
}
}
return(false);
}
public bool SendMogs(MogwaiKeys mogwaiKey, string[] toAddresses, decimal amount, decimal txFee)
{
_log.Debug($"send mogs {mogwaiKey.Address}, [{string.Join(",", toAddresses)}] for {amount} with {txFee}.");
var unspentTxList = GetUnspent(0, 9999999, mogwaiKey.Address);
var unspentAmount = unspentTxList.Sum(p => p.Amount);
if (unspentAmount < ((amount * toAddresses.Length) + txFee))
{
_log.Debug($"Address hasn't enough funds {unspentAmount} to burn that amount of mogs {((amount * toAddresses.Length) + txFee)}!");
return(false);
}
// create transaction
Transaction tx = mogwaiKey.CreateTransaction(unspentTxList, unspentAmount, toAddresses, amount, txFee);
_log.Info($"signedRawTx: {tx.ToHex()}");
var answer = SendRawTransaction(tx.ToHex());
_log.Info($"sendRawTx[{(answer.Length != 0 ? "SUCCESS":"FAILED")}]: {answer}");
return(answer.Length != 0);
}
public bool BurnMogs(MogwaiKeys mogwaiKey, decimal burnMogs, decimal txFee)
{
return(SendMogs(mogwaiKey, new string[] { mogwaiKey.MirrorAddress }, burnMogs, txFee));
}
public bool BindMogwai(MogwaiKeys mogwaiKey)
{
return(BurnMogs(mogwaiKey, mogwaiCost, txFee));
}
public bool Interaction(MogwaiKeys mogwaiKey, Interaction interaction, out string txid)
{
return(BurnMogs(mogwaiKey, interaction.GetValue1(), TxFee + interaction.GetValue2(), out txid));
}
public bool BindMogwai(MogwaiKeys mogwaiKey, out string txid)
{
return(BurnMogs(mogwaiKey, MogwaiCost, TxFee, out txid));
}
public bool BurnMogs(MogwaiKeys mogwaiKey, decimal burnMogs, decimal txFee, out string txid)
{
return(SendMogs(mogwaiKey, new[] { mogwaiKey.MirrorAddress }, burnMogs, txFee, out txid));
}
public bool Interaction(MogwaiKeys mogwaiKey, Interaction interaction, out string txid)
{
return(SendMogs(mogwaiKey, new[] { mogwaiKey.MirrorAddress }, interaction.GetValue1(), TxFee + interaction.GetValue2(), out txid));
}