public override ConsensusCommand GetAEDPoSConsensusCommand()
{
// Provided pubkey can mine a block after TinyBlockMinimumInterval ms.
var arrangedMiningTime =
MiningTimeArrangingService.ArrangeMiningTimeWithOffset(CurrentBlockTime,
TinyBlockMinimumInterval);
var roundStartTime = CurrentRound.GetRoundStartTime();
var currentTimeSlotStartTime = CurrentBlockTime < roundStartTime
? roundStartTime.AddMilliseconds(-MiningInterval)
: CurrentRound.RoundNumber == 1
? MinerInRound.ActualMiningTimes.First()
: MinerInRound.ExpectedMiningTime;
var currentTimeSlotEndTime = currentTimeSlotStartTime.AddMilliseconds(MiningInterval);
return(arrangedMiningTime > currentTimeSlotEndTime
? new TerminateRoundCommandStrategy(CurrentRound, Pubkey, CurrentBlockTime, false)
.GetAEDPoSConsensusCommand() // The arranged mining time already beyond the time slot.
: new ConsensusCommand
{
Hint = new AElfConsensusHint {
Behaviour = AElfConsensusBehaviour.TinyBlock
}.ToByteString(),
ArrangedMiningTime = arrangedMiningTime,
MiningDueTime = currentTimeSlotEndTime,
LimitMillisecondsOfMiningBlock = IsLastTinyBlockOfCurrentSlot()
? LastTinyBlockMiningLimit
: DefaultBlockMiningLimit
});
}
public override ConsensusCommand GetAEDPoSConsensusCommand()
{
var arrangedMiningTime =
MiningTimeArrangingService.ArrangeMiningTimeBasedOnOffset(CurrentBlockTime,
TinyBlockMinimumInterval);
var miningDueTime = MinerInRound.ActualMiningTimes
.OrderBy(t => t)
.Last()
.AddMilliseconds(MiningInterval);
return(arrangedMiningTime > miningDueTime
? new TerminateRoundCommandStrategy(CurrentRound, Pubkey, CurrentBlockTime, false)
.GetAEDPoSConsensusCommand()
: new ConsensusCommand
{
Hint = new AElfConsensusHint {
Behaviour = AElfConsensusBehaviour.TinyBlock
}.ToByteString(),
ArrangedMiningTime = arrangedMiningTime,
MiningDueTime = miningDueTime,
LimitMillisecondsOfMiningBlock = IsLastTinyBlockOfCurrentSlot()
? LastTinyBlockMiningLimit
: DefaultBlockMiningLimit
});
}
public override ConsensusCommand GetAEDPoSConsensusCommand()
{
var arrangedMiningTime =
MiningTimeArrangingService.ArrangeExtraBlockMiningTime(CurrentRound, Pubkey, CurrentBlockTime);
return(new ConsensusCommand
{
Hint = new AElfConsensusHint
{
Behaviour = _isNewTerm ? AElfConsensusBehaviour.NextTerm : AElfConsensusBehaviour.NextRound
}
.ToByteString(),
ArrangedMiningTime = arrangedMiningTime,
MiningDueTime = arrangedMiningTime.AddMilliseconds(MiningInterval),
LimitMillisecondsOfMiningBlock =
_isNewTerm ? LastBlockOfCurrentTermMiningLimit : DefaultBlockMiningLimit
});
}
public override ConsensusCommand GetAEDPoSConsensusCommand()
{
var arrangedMiningTime =
MiningTimeArrangingService.ArrangeNormalBlockMiningTime(CurrentRound, Pubkey, CurrentBlockTime);
return(new ConsensusCommand
{
Hint = new AElfConsensusHint
{
Behaviour = AElfConsensusBehaviour.UpdateValue,
RoundId = CurrentRound.RoundId,
PreviousRoundId = _previousRoundId
}.ToByteString(),
ArrangedMiningTime = arrangedMiningTime,
// Cancel mining after time slot of current miner because of the task queue.
MiningDueTime = CurrentRound.GetExpectedMiningTime(Pubkey).AddMilliseconds(MiningInterval),
LimitMillisecondsOfMiningBlock = DefaultBlockMiningLimit
});
}
public override ConsensusCommand GetAEDPoSConsensusCommand()
{
var miningInterval = MiningInterval;
var offset =
_consensusBehaviour == AElfConsensusBehaviour.UpdateValueWithoutPreviousInValue && Order == 1
? miningInterval
: Order.Add(MinersCount).Sub(1).Mul(miningInterval);
var arrangedMiningTime = MiningTimeArrangingService.ArrangeMiningTimeBasedOnOffset(CurrentBlockTime, offset);
return(new ConsensusCommand
{
Hint = new AElfConsensusHint {
Behaviour = _consensusBehaviour
}.ToByteString(),
ArrangedMiningTime = arrangedMiningTime,
MiningDueTime = arrangedMiningTime.AddMilliseconds(miningInterval),
LimitMillisecondsOfMiningBlock = DefaultBlockMiningLimit
});
}
