async Task <(string txHex, Transaction txId, PrevOut[] prevOuts)> CreateNewConsolidationTx(string reason = "")
{
var address = BitcoinAddress.Create(testAddress, Network.RegTest);
var tx = BCash.Instance.Regtest.CreateTransaction();
Money value = 0L;
int inCount = 0;
var OP_NOP_string = "61";
var key = Key.Parse(testPrivateKeyWif, Network.RegTest);
int noBlocks = (int)consolidationParameters.MinConsolidationInputMaturity - 1;
if (reason == "inputMaturity")
{
noBlocks--;
}
await rpcClient0.GenerateAsync(noBlocks);
if (reason == "inputScriptSize")
{
Coin coin = availableCoins.Dequeue();
tx.Inputs.Add(new TxIn(coin.Outpoint));
tx.Sign(key.GetBitcoinSecret(Network.RegTest), coin);
var sig = tx.Inputs[0].ScriptSig;
string[] arr = new string[(int)consolidationParameters.MaxConsolidationInputScriptSize + 1 - sig.Length];
Array.Fill(arr, OP_NOP_string);
var sighex = string.Concat(arr) + sig.ToHex();
tx.Inputs[0] = new TxIn(coin.Outpoint, Script.FromHex(sighex));
value += coin.Amount;
inCount++;
}
foreach (Coin coin in availableCoins)
{
tx.Inputs.Add(new TxIn(coin.Outpoint));
value += coin.Amount;
inCount++;
if (reason == "ratioInOutCount" && inCount == consolidationParameters.MinConsolidationFactor - 1)
{
break;
}
}
if (reason == "ratioInOutScriptSize")
{
string coinPubKey = availableCoins.ElementAt(0).ScriptPubKey.ToHex();
tx.Outputs.Add(value, Script.FromHex(OP_NOP_string + coinPubKey));
}
else
{
tx.Outputs.Add(value, address);
}
tx.Sign(key.GetBitcoinSecret(Network.RegTest), availableCoins);
var spendOutputs = tx.Inputs.Select(x => (txId: x.PrevOut.Hash.ToString(), N: (long)x.PrevOut.N)).ToArray();
var(_, prevOuts) = await Mapi.CollectPreviousOuputs(tx, null, RpcMultiClient);
return(tx.ToHex(), tx, prevOuts);
}