public static void OnReply(RClient host, string sHeader, string sContent)
{
//mPendingRequests.IndexOfKey(callid)
//update mPendingRequests
DateTime now = DateTime.Now;
if (now.Hour == host.lastReportAt.Hour)
{
host.HourRecvCounter++;
host.DayRecvCounter++;
host.TotalRecvCounter++;
}
else
{
if (now.Day == host.lastReportAt.Day)
{
host.HourRecvCounter = 0;
host.DayRecvCounter++;
host.TotalRecvCounter++;
}
else
{
host.HourRecvCounter = 0;
host.DayRecvCounter = 0;
host.TotalRecvCounter++;
}
}
if ((sHeader == "ROUTEREQUEST") && (sContent.Length > 100))
{
List <string> Paras = sContent.Split(',').ToList <string>();
RRequest request = host.mPendingRequests[Paras[0]];
request.routeList.Clear();
int iLoop = (Paras.Count - 3) / 5;
for (int i = 0; i < iLoop; i++)
{
availableRoutes ar = new availableRoutes();
ar.NAPName = Paras[i * 5 + 3];
ar.SRC = Paras[i * 5 + 4];
ar.DST = Paras[i * 5 + 5];
ar.IfAlreadyTry = false;
ar.IfSuccess = false;
ar.SuccessTime = DateTime.MinValue;
ar.IP = "123.456.78.9";
request.routeList.Add(ar);
}
request.Process_ROUTEREQUEST();
}
else //if ((sHeader == "ROUTEREQUEST") && (sContent.Length > 100))
{
//Log.Error("Unexpected reply");
}
}
public RRequest(RClient _parent, string call_id)
{
this.parent = _parent;
this.CallID = call_id;
this.routeList = new List <availableRoutes>();
}