public async Task BroadcastCoinJoinIfFullySignedAsync()
{
using (await RoundSyncronizerLock.LockAsync())
{
// Check if fully signed.
if (SignedCoinJoin.Inputs.All(x => x.HasWitness()))
{
Logger.LogInfo <CcjRound>($"Round ({RoundId}): Trying to broadcast coinjoin.");
try
{
Coin[] spentCoins = Alices.SelectMany(x => x.Inputs.Select(y => new Coin(y.OutPoint, y.Output))).ToArray();
Money networkFee = SignedCoinJoin.GetFee(spentCoins);
Logger.LogInfo <CcjRound>($"Round ({RoundId}): Network Fee: {networkFee.ToString(false, false)} BTC.");
Logger.LogInfo <CcjRound>($"Round ({RoundId}): Coordinator Fee: {SignedCoinJoin.Outputs.SingleOrDefault(x => x.ScriptPubKey == Constants.GetCoordinatorAddress(RpcClient.Network).ScriptPubKey)?.Value?.ToString(false, false) ?? "0"} BTC.");
FeeRate feeRate = SignedCoinJoin.GetFeeRate(spentCoins);
Logger.LogInfo <CcjRound>($"Round ({RoundId}): Network Fee Rate: {feeRate.FeePerK.ToDecimal(MoneyUnit.Satoshi) / 1000} satoshi/byte.");
Logger.LogInfo <CcjRound>($"Round ({RoundId}): Number of inputs: {SignedCoinJoin.Inputs.Count}.");
Logger.LogInfo <CcjRound>($"Round ({RoundId}): Number of outputs: {SignedCoinJoin.Outputs.Count}.");
Logger.LogInfo <CcjRound>($"Round ({RoundId}): Serialized Size: {SignedCoinJoin.GetSerializedSize() / 1024} KB.");
Logger.LogInfo <CcjRound>($"Round ({RoundId}): VSize: {SignedCoinJoin.GetVirtualSize() / 1024} KB.");
foreach (var o in SignedCoinJoin.GetIndistinguishableOutputs().Where(x => x.count > 1))
{
Logger.LogInfo <CcjRound>($"Round ({RoundId}): There are {o.count} occurences of {o.value.ToString(true, false)} BTC output.");
}
await RpcClient.SendRawTransactionAsync(SignedCoinJoin);
Succeed(syncLock: false);
Logger.LogInfo <CcjRound>($"Round ({RoundId}): Successfully broadcasted the CoinJoin: {SignedCoinJoin.GetHash()}.");
}
catch (Exception ex)
{
Logger.LogError <CcjRound>($"Round ({RoundId}): Failed to broadcast the CoinJoin: {SignedCoinJoin.GetHash()}.");
Logger.LogError <CcjRound>(ex);
Fail(syncLock: false);
}
}
}
}
