public ScheduleTask(IChannelManager channelManager, Ukcp ukcp, IScheduleThread scheduleThread)
{
_imessageExecutor = ukcp.IMessageExecutor;
_channelManager = channelManager;
_ukcp = ukcp;
_scheduleThread = scheduleThread;
}
/// <summary>
/// Parameterized Constructor.
/// </summary>
public MessageProcessor(IMessageReceiver receiver,
IMessageExecutor executor)
{
this.receiver = receiver;
this.executor = executor;
this.broker = MessageBrokerFactory.Instance.GetOrCreate("message");
}
/// <summary>
/// Parameterized Constructor.
/// </summary>
public MessageProcessor(string messageTypeName, IMessageQueue[] queues, IMessageExecutor <TMessage> messageExecutor,
IMessageStore messageStore, ITextSerializer serializer)
{
this._messageTypeName = messageTypeName;
this._messageExecutor = messageExecutor;
this._queuesCount = queues.Length;
this._queues = queues;
this._messageStore = messageStore;
this._serializer = serializer;
this._taskScheduler = new LimitedConcurrencyLevelTaskScheduler(_queuesCount);
}
public void Tick()
{
while (true)
{
if (messages.Count <= 0)
{
return;
}
Message msg = messages.Dequeue();
IMessageExecutor executor = null;
if (executors.TryGetValue(msg.messageID, out executor))
{
executor.Execute(msg);
}
msg.Release();
}
}
/**
* Creates a new instance.
*
* @param output output for kcp
*/
public Ukcp(KcpOutput output, KcpListener kcpListener, IMessageExecutor iMessageExecutor,
ReedSolomon reedSolomon, ChannelConfig channelConfig)
{
this._channelConfig = channelConfig;
this.kcp = new Kcp(channelConfig.Conv, output);
this.active = true;
this._kcpListener = kcpListener;
this._iMessageExecutor = iMessageExecutor;
//默认2<<11 可以修改
_writeQueue = new MpscArrayQueue <IByteBuffer>(2 << 10);
_readQueue = new MpscArrayQueue <IByteBuffer>(2 << 10);
//recieveList = new SpscLinkedQueue<>();
int headerSize = 0;
if (channelConfig.KcpTag)
{
headerSize += KCP_TAG;
}
//init crc32
if (channelConfig.Crc32Check)
{
var kcpOutput = kcp.Output;
kcpOutput = new Crc32OutPut(kcpOutput, headerSize);
kcp.Output = kcpOutput;
headerSize += HEADER_CRC;
}
//init fec
if (reedSolomon != null)
{
var kcpOutput = kcp.Output;
_fecEncode = new FecEncode(headerSize, reedSolomon, channelConfig.Mtu);
_fecDecode = new FecDecode(3 * reedSolomon.getTotalShardCount(), reedSolomon, channelConfig.Mtu);
kcpOutput = new FecOutPut(kcpOutput, _fecEncode);
kcp.Output = kcpOutput;
headerSize += Fec.fecHeaderSizePlus2;
}
kcp.setReserved(headerSize);
intKcpConfig(channelConfig);
}
public BatchConsumer(IMessageExecutor executor)
{
_executor = executor;
}
public MessageBatchConsumer(IMessageExecutor executor) : base(executor)
{
}
public ScheduleTask(IChannelManager channelManager, Ukcp ukcp)
{
_imessageExecutor = ukcp.IMessageExecutor;
_channelManager = channelManager;
_ukcp = ukcp;
}
public MessageManager(IMessageExecutor messageExecutor, IMediator mediator, IOptions <HangfireConfiguration> hangfireConfig)
{
_messageExecutor = messageExecutor;
_mediator = mediator;
_hangfireConfig = hangfireConfig.Value;
}
public TaakService(IMessageExecutor commandExecutor)
{
this.commandExecutor = commandExecutor;
}
public static void test()
{
_messageExecutor = new DistuptorMessageExecutor();
_messageExecutor.start();
en();
}
public MyBatchHandler(IMessageExecutor executor) : base(executor)
{
}
public void Regist(int messageID, IMessageExecutor executor)
{
executors.Add(messageID, executor);
}
public TaakController(IMessageExecutor messageExecutor, ITaakDataRepository taakDataRepository)
{
this.messageExecutor = messageExecutor;
this.taakDataRepository = taakDataRepository;
}
public ReintegratieAangemaaktEventHandler(IMessageExecutor messageExecutor)
{
this.messageExecutor = messageExecutor;
}
