public BusMaster(string name, string targetSpecStr, bool autoConnect)
: base(name, "HART.BusMaster")
{
portConfig = new SerialIO.PortConfig(name + ".sp", targetSpecStr, MosaicLib.SerialIO.LineTerm.None)
{
EnableAutoReconnect = autoConnect,
// SpinWaitTimeLimit = TimeSpan.FromSeconds(0.001),
TraceDataLoggerGroupID = Logging.LookupDistributionGroupName, // support mapping of this logger into a non-default group.
TraceDataMesgType = Logging.MesgType.Trace,
TraceMesgType = Logging.MesgType.Trace,
DebugMesgType = Logging.MesgType.Trace,
};
try
{
sp = SerialIO.Factory.CreatePort(portConfig);
}
catch (System.Exception ex)
{
Log.Error.Emit("CreatePort failed: {0}", ex.Message);
sp = SerialIO.Factory.CreatePort(new MosaicLib.SerialIO.PortConfig(name + ".sp", "<NullPort/>", MosaicLib.SerialIO.LineTerm.None));
}
spFlushAction = sp.CreateFlushAction(TimeSpan.FromSeconds(0.100));
}
/// <summary>Contructor</summary>
public ModbusServerFunctionPortAdapter(string partID, SerialIO.PortConfig portConfig, IModbusFCServer fcServer, ADUType aduType, byte unitID, bool responseToAllUnits)
: base(partID, initialSettings: SimpleActivePartBaseSettings.DefaultVersion2.Build(waitTimeLimit: (0.2).FromSeconds()))
{
this.fcServer = fcServer;
Timeout = portConfig.ReadTimeout;
portConfig.ReadTimeout = TimeSpan.FromSeconds(Math.Max(0.1, Timeout.TotalSeconds));
port = SerialIO.Factory.CreatePort(portConfig);
portBaseStateObserver = new SequencedRefObjectSourceObserver <IBaseState, Int32>(port.BaseStateNotifier);
IPortBehavior portBehavior = port.PortBehavior;
IDictionary <string, Logging.IMesgEmitter> emitters = new Dictionary <string, Logging.IMesgEmitter>()
{
{ "Issue", Log.Error }, { "Debug", Log.Debug }, { "Trace", Log.Trace }
};
serverFunctionContainer = new ServerFunctionContainer()
{
ADUType = aduType, Emitters = emitters, UnitID = unitID, RTUAddr = unitID, MBAPUnitID = unitID, RespondToAllTargets = responseToAllUnits
};
FlushPeriod = (portBehavior.IsDatagramPort ? TimeSpan.FromSeconds(0.0) : TimeSpan.FromSeconds(0.1));
portReadAction = port.CreateReadAction(portReadActionParam = new ReadActionParam()
{
WaitForAllBytes = false
});
portWriteAction = port.CreateWriteAction(portWriteActionParam = new WriteActionParam());
portFlushAction = port.CreateFlushAction(FlushPeriod);
portReinitializeAction = port.CreateGoOnlineAction(true);
portReadAction.NotifyOnComplete.AddItem(threadWakeupNotifier);
portWriteAction.NotifyOnComplete.AddItem(threadWakeupNotifier);
portFlushAction.NotifyOnComplete.AddItem(threadWakeupNotifier);
portReinitializeAction.NotifyOnComplete.AddItem(threadWakeupNotifier);
port.BaseStateNotifier.NotificationList.AddItem(threadWakeupNotifier);
AddMainThreadStartingAction(() => port.StartPart());
AddMainThreadStoppingAction(() => port.StopPart());
AddExplicitDisposeAction(() => Fcns.DisposeOfObject(ref port));
}
public BusMaster(string name, string targetSpecStr, bool autoConnect)
: base(name, "HART.BusMaster")
{
portConfig = new SerialIO.PortConfig(name + ".sp", targetSpecStr, MosaicLib.SerialIO.LineTerm.None)
{
EnableAutoReconnect = autoConnect,
// SpinWaitTimeLimit = TimeSpan.FromSeconds(0.001),
TraceDataLoggerGroupID = Logging.LookupDistributionGroupName, // support mapping of this logger into a non-default group.
TraceDataMesgType = Logging.MesgType.Trace,
TraceMesgType = Logging.MesgType.Trace,
DebugMesgType = Logging.MesgType.Trace,
};
try
{
sp = SerialIO.Factory.CreatePort(portConfig);
}
catch (System.Exception ex)
{
Log.Error.Emit("CreatePort failed: {0}", ex.Message);
sp = SerialIO.Factory.CreatePort(new MosaicLib.SerialIO.PortConfig(name + ".sp", "<NullPort/>", MosaicLib.SerialIO.LineTerm.None));
}
spFlushAction = sp.CreateFlushAction(TimeSpan.FromSeconds(0.100));
}
