/// <summary>
/// If current miner mined blocks only himself for 2 rounds,
/// just stop and waiting to execute other miners' blocks.
/// </summary>
/// <param name="currentRound"></param>
/// <param name="pubkey"></param>
/// <returns></returns>
private bool SolitaryMinerDetection(Round currentRound, string pubkey)
{
var isAlone = false;
// Skip this detection until 4th round.
if (currentRound.RoundNumber > 3 && currentRound.RealTimeMinersInformation.Count > 2)
{
// Not single node.
var minedMinersOfCurrentRound = currentRound.GetMinedMiners();
isAlone = minedMinersOfCurrentRound.Count == 0;
// If only this node mined during previous round, stop mining.
if (TryToGetPreviousRoundInformation(out var previousRound) && isAlone)
{
var minedMiners = previousRound.GetMinedMiners();
isAlone = minedMiners.Count == 1 &&
minedMiners.Select(m => m.Pubkey).Contains(pubkey);
}
// check one further round.
if (isAlone && TryToGetRoundInformation(previousRound.RoundNumber.Sub(1),
out var previousPreviousRound))
{
var minedMiners = previousPreviousRound.GetMinedMiners();
isAlone = minedMiners.Count == 1 &&
minedMiners.Select(m => m.Pubkey).Contains(pubkey);
}
}
return(isAlone);
}
public void Deconstruct(out long libHeight)
{
if (_currentRound.IsEmpty || _previousRound.IsEmpty)
{
libHeight = 0;
}
var minedMiners = _currentRound.GetMinedMiners().Select(m => m.Pubkey).ToList();
var impliedIrreversibleHeights = _previousRound.GetSortedImpliedIrreversibleBlockHeights(minedMiners);
if (impliedIrreversibleHeights.Count < _currentRound.MinersCountOfConsent)
{
libHeight = 0;
return;
}
libHeight = impliedIrreversibleHeights[impliedIrreversibleHeights.Count.Sub(1).Div(3)];
}
