public ulong blockTimestamp(ushort blockId)
{
if (Overflow.ge(blockId, timestampBlockId))
{
return(timestamp + (ulong)(blockId - timestampBlockId) * Constants.WorldHeartBeat);
}
return(timestamp - (ulong)(timestampBlockId - blockId) * Constants.WorldHeartBeat);
}
public void scheduleAck(ushort blockId)
{
if (Overflow.ge(blockId, _ackBase))
{
ushort ackDiff = Overflow.sub(blockId, _ackBase);
_pendingAcks = (_pendingAcks << ackDiff) | 1; // | 1 because we are acking the base
_ackBase = blockId;
}
else
{
ushort ackDiff = Overflow.sub(_ackBase, blockId);
_pendingAcks = _pendingAcks | (ushort)(1 << ackDiff);
}
_mustAck = true;
}
public bool read(IBaseClient client, SuperPacket <PQ> superpacket, IMarshal marshal)
{
timestampBlockId = ExpectedTickId;
timestamp = DateTimeExtensions.now();
if (!client.hasPendingSuperPackets())
{
if (++sinceLastRecv >= Constants.MaxBlocksUntilDisconnection)
{
client.disconnect();
return(false);
}
marshal.Update(client, ExpectedTickId);
ExpectedTickId = Overflow.inc(ExpectedTickId);
return(false);
}
sinceLastRecv = 0;
ushort expectedId = ExpectedTickId;
if (!Constants.UseKumoQueues)
{
ExpectedTickId = Overflow.sub(ExpectedTickId, bufferSize);
}
while (client.hasPendingSuperPackets() &&
!Overflow.ge(client.firstSuperPacketTickId(), expectedId))
{
read_impl(client, superpacket, marshal);
}
marshal.Update(client, ExpectedTickId);
ExpectedTickId = Overflow.inc(ExpectedTickId);
return(true);
}
