private void FireILEvent(DeviceState State, Types.Gate.TestResults Result)
{
var message = string.Format("Gate IL state {0}", State);
if (State == DeviceState.Success)
{
message = string.Format("Gate IL {0} mA", Result.IL);
}
SystemHost.Journal.AppendLog(ComplexParts.Gate, LogMessageType.Info, message);
m_Communication.PostGateIlEvent(State, Result);
}
private void FireKelvinEvent(DeviceState state, Types.Gate.TestResults result)
{
var message = string.Format("Gate Kelvin state {0}", state);
if (state == DeviceState.Success)
{
message = string.Format("Gate Kelvin is {0}", result.IsKelvinOk);
}
SystemHost.Journal.AppendLog(ComplexParts.Gate, LogMessageType.Info, message);
m_Communication.PostGateKelvinEvent(state, result);
}
internal IOGate(IOAdapter Adapter, BroadcastCommunication Communication)
{
m_IOAdapter = Adapter;
m_Communication = Communication;
m_IsGateEmulationHard = Settings.Default.GateEmulation;
m_IsGateEmulation = m_IsGateEmulationHard;
m_ReadGraph = Settings.Default.GateReadGraph;
m_Node = (ushort)Settings.Default.GateNode;
m_Result = new Types.Gate.TestResults();
SystemHost.Journal.AppendLog(ComplexParts.Gate, LogMessageType.Info,
String.Format("Gate created. Emulation mode: {0}", m_IsGateEmulation));
}
internal DeviceState Start(Types.Gate.TestParameters parameters, Types.Commutation.TestParameters commParameters)
{
m_Parameter = parameters;
if (m_State == DeviceState.InProcess)
{
throw new Exception("Gate test is already started");
}
m_Stop = false;
m_Result = new Types.Gate.TestResults {
TestTypeId = parameters.TestTypeId
};
ClearWarning();
if (!m_IsGateEmulation)
{
var devState = (Types.Gate.HWDeviceState)ReadRegister(REG_DEVICE_STATE);
if (devState == Types.Gate.HWDeviceState.Fault)
{
var faultReason = (Types.Gate.HWFaultReason)ReadRegister(REG_FAULT_REASON);
FireNotificationEvent(Types.Gate.HWProblemReason.None, Types.Gate.HWWarningReason.None, faultReason,
Types.Gate.HWDisableReason.None);
throw new Exception(string.Format("Gate is in fault state, reason: {0}", faultReason));
}
if (devState == Types.Gate.HWDeviceState.Disabled)
{
var disableReason = (Types.Gate.HWDisableReason)ReadRegister(REG_DISABLE_REASON);
FireNotificationEvent(Types.Gate.HWProblemReason.None, Types.Gate.HWWarningReason.None,
Types.Gate.HWFaultReason.None, disableReason);
throw new Exception(string.Format("Gate is in disabled state, reason: {0}", disableReason));
}
}
MeasurementLogicRoutine(commParameters);
return(m_State);
}
public void PostGateResistanceEvent(DeviceState state, Types.Gate.TestResults result)
{
EnumerateClients(client => client.GateResistanceHandler(state, result.Resistance, result.TestTypeId));
}
public void PostGateKelvinEvent(DeviceState state, Types.Gate.TestResults result)
{
EnumerateClients(client => client.GateKelvinHandler(state, result.IsKelvinOk, result.ArrayKelvin, result.TestTypeId));
}
public void PostGateIhEvent(DeviceState state, Types.Gate.TestResults result)
{
EnumerateClients(client => client.GateIhHandler(state, result.IH, result.ArrayIH, result.TestTypeId));
}
public void PostGateGateEvent(DeviceState state, Types.Gate.TestResults result)
{
EnumerateClients(client => client.GateIgtVgtHandler(state, result.IGT, result.VGT, result.ArrayIGT, result.ArrayVGT, result.TestTypeId));
}
