private TCPScanTaskInfo CreateTaskInfo(int nPort, EndPoint endPoint, int nProbes, int nTimeout, int nRetry, int nTotalTimeout, bool bUseNullProbes)
{
TCPScanTaskInfo ti = null;
lock (m_obj_sync) {
ti = m_que_task.Dequeue();
}
ti.Retry = nRetry;
ti.RunedRetry = 0;
ti.Port = nPort;
ti.EndPoint = endPoint;
ti.IsStarted = false;
//ti.Socket = this.GetNextSocket(nTimeout);
ti.CanConnect = false;
ti.Timeout = nTimeout;
ti.TotalTimeout = nTotalTimeout;
ti.CurrentProbe = null;
if (nProbes < 0)
{
ti.SendProbes = m_configer.GetProbesQueue(ProbeType.Tcp, nPort, 0);
}
else if (nProbes > 0)
{
ti.SendProbes = m_configer.GetProbesQueue(ProbeType.Tcp, nPort, nProbes);
}
else
{
ti.SendProbes = null;
}
if (!bUseNullProbes && ti.SendProbes != null && ti.SendProbes.Count != 0)
{
ti.CurrentProbe = ti.SendProbes.Dequeue();
}
return(ti);
}
private UDPScanTaskInfo CreateTaskInfo(int nPort, EndPoint endPoint, int nProbes, int nTimeout, int nRetry, int nTotalTimeout)
{
UDPScanTaskInfo ti = null;
lock (m_obj_sync) {
ti = m_que_task.Dequeue();
}
ti.Retry = nRetry;
ti.RunedRetry = 0;
ti.Port = nPort;
ti.EndPoint = endPoint;
ti.IsStarted = false;
ti.Timeout = nTimeout;
ti.TotalTimeout = nTotalTimeout;
Queue <ProbeInfo> pi = null;
if (nProbes < 0)
{
pi = m_configer.GetProbesQueue(ProbeType.Udp, nPort, 0);
}
else
{
pi = m_configer.GetProbesQueue(ProbeType.Udp, nPort, nProbes);
}
if (pi.Count == 0)
{
throw new InvalidOperationException("Can not match the probes whith port [" + nPort + "]");
}
ti.SendDatas.Clear();
ti.SendDatasQueue.Clear();
foreach (var v in pi)
{
ti.SendDatas.Add(v.Data);
ti.SendDatasQueue.Enqueue(v.Data);
}
return(ti);
}