public void SendS1F13(WinSECS host)
{
SECSTransaction trans = new SECSTransaction(1, 13);
trans.Primary.Root.Name = "CR";
trans.Primary.Root.Description = "Establish communications request";
SECSItem item = trans.Primary.Root.AddNew("L");
trans.ReplyExpected = true;
trans.Send(host);;
}
void INotifyAgent.OnPrimaryIn(SECSTransaction t, ERRORS ErrorCode, string ErrorText)
{
try
{
SecsHelper.RecordSecsMessage(t.Primary);
if (t.Primary.Stream == 1)
{
switch (t.Primary.Function)
{
case 1:
t.Secondary.Root.Item("L").Item("MDLN").Value = "";
t.Secondary.Root.Item("L").Item("SOFTREV").Value = "";
t.Reply();
break;
case 13:
t.Secondary.Root.Item("COMMACK").Value = 0;
t.Secondary.Root.Item("MDLN").Delete();
t.Secondary.Root.Item("SOFTREV").Delete();
t.Reply();
break;
}
}
else if (t.Primary.Stream == 5)
{
if (t.Primary.Function == 1)
{
t.Secondary.Root.Item("ACKC5").Value = 0;
t.Reply();
}
}
else if (t.Primary.Stream == 6)
{
if (t.Primary.Function == 11)
{
t.Secondary.Root.Item("ACKC6").Value = 0;
t.Reply();
}
}
}
catch (Exception ex)
{
Console.WriteLine("Host Primary In message Error:" + ex.Message);
}
}
public void OnPrimaryIn(SECSTransaction t, ERRORS ErrorCode, string ErrorText)
{
try
{
SecsHelper.RecordSecsMessage(t.Primary);
if (t.Primary.Stream == 1)
{
switch (t.Primary.Function)
{
case 1:
//SECSItem mdln = t.Secondary.Root.AddNew("L").AddNew("MDLN");
//mdln.Format = SECS_FORMAT.ASCII;
//mdln.Value = "";
//SECSItem softver = mdln.Duplicate();
//softver.Format = SECS_FORMAT.ASCII;
//softver.Value = "";
t.Secondary.Root.Item("L").Item("MDLN").Value = "";
t.Secondary.Root.Item("L").Item("SOFTREV").Value = "";
t.Reply();
break;
case 13:
t.Secondary.Root.Item("COMMACK").Value = 0;
t.Secondary.Root.Item("MDLN").Delete();
t.Secondary.Root.Item("SOFTREV").Delete();
t.Reply();
break;
}
}
else if (t.Primary.Stream == 6)
{
if (t.Primary.Function == 11)
{
t.Secondary.Root.Item("ACKC6").Value = 0;
t.Reply();
}
}
}
catch (Exception ex)
{
Console.WriteLine("Host Primary In message Error:" + ex.Message);
}
}
async public void SendAsync(string unitID, string transName, XElement xmlPrimaryMessage)
{
try
{
if (!string.IsNullOrEmpty(unitID) && secsPortList.ContainsKey(unitID))
{
_secsPort = secsPortList[unitID];
}
//else return;
if (_secsPort.Connected)
{
await Task.Run(() =>
{
try
{
//XElement trans = xmlPrimaryMessage.Element("Primary");
SECSTransaction tran = _secsPort.Library.FindTransaction(transName); //new SECSTransaction(stream, function);
tran.Primary.Root = XMLToRootSecsItem(xmlPrimaryMessage);
tran.Send(_secsPort);
//LogInfo.HSMS(string.Format("[Send] {0} : {1}", unitID, tran.Primary));
logger.Info(string.Format("[Send] {0} : {1}", unitID, tran.Primary));
//_secsPort.SendAsync(transName, xmlPrimaryMessage);
}
catch (NullReferenceException nullR)
{
//_logWriter.Write(nullR.Message, "ApplicationException", 0, 8000, System.Diagnostics.TraceEventType.Error, transName + "CustomSendAsync: SECSPort NullReferenceException!");
}
catch (ArgumentNullException a)
{
//_logWriter.Write(a.Message, "ApplicationException", 0, 8000, System.Diagnostics.TraceEventType.Error, transName + ":CustomSendAsync Unrecognized Message!");
}
});
}
else
{
DispatchSecondaryInGEMMessage("S99F1", xmlPrimaryMessage); //Connection Failure
}
}
catch (Exception e)
{
//_logWriter.Write(e.Message, "ApplicationException", 0, 8000, System.Diagnostics.TraceEventType.Error, transName + "SendAsync: SecsWellDriver Exception Error!");
}
}
private void BuildS1F14(SECSTransaction trans)
{
trans.Secondary.Root.Name = "CRA";
SECSItem item = trans.Secondary.Root.AddNew("L");
SECSItem itemCommAck = item.AddNew("COMMACK", "Establish communications acknowledge code");
itemCommAck.Format = SECS_FORMAT.BINARY;
itemCommAck.Value = 0;
SECSItem itemMCInfo = item.AddNew("L");
itemMCInfo.AddNew("MDLN", "Equipment Model Type");
itemMCInfo.Item("MDLN").Format = SECS_FORMAT.ASCII;
itemMCInfo.Item("MDLN").Value = "LH620";
itemMCInfo.AddNew("SOFTREV", "Software revision code");
itemMCInfo.Item("SOFTREV").Format = SECS_FORMAT.ASCII;
itemMCInfo.Item("SOFTREV").Value = "1.2.0";
trans.Reply();
}
public void OnSecondaryIn(SECSTransaction t, ERRORS ErrorCode, string ErrorText)
{
SecsHelper.RecordSecsMessage(t.Secondary);
if (t.Secondary.Stream == 1 && t.Secondary.Function == 4)
{
if (t.Tag == "QryHardBinQty")
{
QueryHardBinQty(t);
}
}
if (t.Secondary.Stream == 2 && t.Secondary.Function == 16)
{
RMDHandler(t);
}
if (t.Secondary.Stream == 2 && t.Secondary.Function == 42)
{
RMDHandler(t);
}
}
public void SendS1F3(WinSECS host)
{
SECSTransaction trans = new SECSTransaction(1, 3);
trans.Primary.Root.Name = "SSR";
trans.Primary.Root.Description = "Selected equipment status request";
SECSItem item = trans.Primary.Root.AddNew("L");
SECSItem svid = item.AddNew("SVID", "Status variable ID");
svid.Format = SECS_FORMAT.U4;
svid.Value = 1001;
SECSItem svid2 = svid.Duplicate();
svid2.Format = SECS_FORMAT.U4;
svid2.Value = 1002;
SECSItem svid3 = svid.Duplicate();
svid3.Format = SECS_FORMAT.U4;
svid3.Value = 1003;
trans.ReplyExpected = true;
trans.Send(host);;
}
private void DispatchPrimaryInGEMMessage(string unitID, SECSTransaction t, XElement xmlTrans)
{
if (!t.Name.Contains("S9"))
{
try
{
//LogInfo.HSMS("[Receive] " + unitID + " : " + t?.Name + Environment.NewLine + t.Primary);
logger.Info("[Receive] " + unitID + " : " + t?.Name + Environment.NewLine + t.Primary);
if (!_secsIIMessageDispatcher.ProcessMessage(unitID, xmlTrans, t.Name, t.DeviceID.ToString()))
{
t.Secondary.Function = 0;
}
if (xmlTrans.Element("Secondary") != null)
{
ReplyAsync(unitID, t, xmlTrans.Element("Secondary"));
}
}
catch (Exception e)
{
}
}
}
async private void ReplyAsync(string unitID, SECSTransaction t, XElement xmlSecondaryMessage)
{
if (!string.IsNullOrEmpty(unitID) && secsPortList.ContainsKey(unitID))
{
_secsPort = secsPortList[unitID];
}
//if (_sECSIILibrary == null) throw new NullReferenceException("SECSLibrary is null!");
if (_secsPort.Connected == true)
{
await Task.Run(() =>
{
try
{
t.Secondary.Root = XMLToRootSecsItem(xmlSecondaryMessage);
t.Reply(_secsPort);
//LogInfo.HSMS("[Reply] " + unitID + " : " + t?.Name + Environment.NewLine + t.Secondary);
logger.Info("[Reply] " + unitID + " : " + t?.Name + Environment.NewLine + t.Secondary);
}
catch (ArgumentNullException a)
{
}
});
}
}
void INotifyAgent.OnSecondaryOut(SECSTransaction t, ERRORS ErrorCode, string ErrorText)
{
SecsHelper.RecordSecsMessage(t.Secondary);
}
public void OnPrimaryOut(SECSTransaction t, ERRORS ErrorCode, string ErrorText)
{
SecsHelper.RecordSecsMessage(t.Primary);
}
public void OnSecondaryOut(SECSTransaction t, ERRORS ErrorCode, string ErrorText)
{
//throw new NotImplementedException();
SecsHelper.RecordSecsMessage(t.Secondary);
}
async private void OnSECSEventHandler(SECSPort secsPort, SECSEventType type, SECSTransaction trans, SECSErrors err, string errmsg)
{
try
{
XElement xmlMessage = secsPort.Library.TransToXElement(trans);
switch (type)
{
case SECSEventType.PrimaryRcvd:
if (err == SECSErrors.None)
{
if (secsPortList.Count < 1)
{
xmlMessage.Element("Primary").Add(new XElement("UnitName", _unitID));
}
else
{
xmlMessage.Element("Primary").Add(new XElement("UnitName", secsPortList.First(j => j.Value.DeviceID == secsPort.DeviceID).Key));
}
await Task.Factory.StartNew(() => DispatchPrimaryInGEMMessage(secsPort.Name, trans, xmlMessage));
}
//else
//_logWriter.Write(String.Format("Error Code: {0}. {1}", trans.Name, errmsg), "ApplicationException", 0, 8000, System.Diagnostics.TraceEventType.Error, "Primary Recvd Error!");
//BOE_CIS20EventSource.Log.ReceiveSECSIIMessage(trans.Name, xmlMessage.Element("Primary").ToString());
//_logWriter.Write(xmlMessage.Element("Primary"), "SECSII", 0, 7000, System.Diagnostics.TraceEventType.Information, "Rcvd " + trans.Name);
break;
case SECSEventType.SecondaryRcvd:
string transName = ParseMessageName(trans.Primary.Stream, trans.Secondary.Function);
//S9F* SecsDriver 会自动恢复,不用自己处理
//if (err == SECSErrors.T3TimeOut && trans.Name == "S1F14")
//{
// _dispatchGEMMessage.CommunicationFailure("S1F14", null);
//}
await Task.Factory.StartNew(() => DispatchSecondaryInGEMMessage(transName, xmlMessage));
//_logWriter.Write(xmlMessage.Element("Secondary"), "SECSII", 0, 7000, System.Diagnostics.TraceEventType.Information, "Rcvd " + transName);
break;
case SECSEventType.PrimarySent:
//_logWriter.Write(xmlMessage.Element("Primary"), "SECSII", 0, 7000, System.Diagnostics.TraceEventType.Information, "Sent " + trans.Name);
break;
case SECSEventType.SecondarySent:
//_logWriter.Write(xmlMessage.Element("Secondary"), "SECSII", 0, 7000, System.Diagnostics.TraceEventType.Information, "Reply " + ParseMessageName(trans.Primary.Stream, trans.Secondary.Function));
break;
case SECSEventType.HSMSDisconnected:
DispatchSecondaryInGEMMessage("S99F1", null);
//_logWriter.Write("HSMS is Disconnected", "SECSII");
break;
case SECSEventType.HSMSConnected:
DispatchSecondaryInGEMMessage("S1F13", null);
//_logWriter.Write("HSMS is Connected", "SECSII");
break;
case SECSEventType.Error:
if (err == SECSErrors.T3TimeOut && trans.Name == "S1F13")
{
DispatchSecondaryInGEMMessage("S1F14", xmlMessage);
}
if (err == SECSErrors.ReadError || err == SECSErrors.WriteError)
{
DispatchSecondaryInGEMMessage("S99F2", null);
}
string name = "";
if (trans != null)
{
//if (err == SECSErrors.T3TimeOut)
// name = ParseMessageName(trans.Primary.Stream, trans.Secondary.Function);
//else
name = trans.Name;
}
//_logWriter.Write(String.Format(" ErrorCode: {0} {1}", err, errmsg), "ApplicationException", 0, 8000, System.Diagnostics.TraceEventType.Error, name + ": SECSDriver Error!");
break;
}
}
catch (NullReferenceException n)
{
}
catch (Exception e)
{
}
//Logging
}
