private void FireNotificationEvent(HWWarningReason Warning, HWFaultReason Fault, HWDisableReason Disable)
{
SystemHost.Journal.AppendLog(ComplexParts.DvDt, LogMessageType.Warning,
string.Format(
"dVdt device notification: problem None, warning {0}, fault {1}, disable {2}",
Warning, Fault, Disable));
m_Communication.PostdVdtNotificationEvent(Warning, Fault, Disable);
}
private void MeasurementLogicRoutine(Types.Commutation.TestParameters Commutation)
{
try
{
_State = DeviceState.InProcess;
CallAction(ACT_CLEAR_WARNING);
FireTOUEvent(_State, _Result);
if (_IsTOUEmulation)
{
Random rand = new Random(DateTime.Now.Millisecond);
var randValue = rand.Next(0, 2);
//if (randValue == 0)
//{
// _State = DeviceState.Problem;
// Thread.Sleep(500);
// //проверяем отображение Problem, Warning, Fault
// FireNotificationEvent(HWProblemReason.None, HWWarningReason.AnperageOutOfRange, HWFaultReason.NoPotensialSignal, HWDisableReason.None);
// Thread.Sleep(500);
// FireTOUEvent(_State, _Result);
//}
//else
//{
//Как в RAC проверка ошибок
Thread.Sleep(500);
FireNotificationEvent(HWProblemReason.None, HWWarningReason.CurrentOutOfRange, HWFaultReason.None, HWDisableReason.None);
Thread.Sleep(500);
FireNotificationEvent(HWProblemReason.None, HWWarningReason.None, HWFaultReason.Overflow90, HWDisableReason.None);
Thread.Sleep(500);
_Result.ITM = (float)rand.NextDouble() * 1000;
_Result.TGD = (float)rand.NextDouble() * 1000;
_Result.TGT = (float)rand.NextDouble() * 1000;
_State = DeviceState.Success;
FireTOUEvent(_State, _Result);
//}
}
else
{
if (ActiveCommutation.Switch(Types.Commutation.CommutationMode.TOU, Commutation.CommutationType, Commutation.Position) == DeviceState.Fault)
{
_State = DeviceState.Fault;
FireTOUEvent(_State, _Result);
return;
}
WriteRegister(REG_CURRENT_VALUE, _Parameters.CurrentAmplitude);
CallAction(ACT_START_TEST);
WaitState(HWDeviceState.Ready);
ushort finish = ReadRegister(REG_TEST_FINISHED);
_Result.ITM = ReadRegister(REG_MEAS_CURRENT_VALUE);
_Result.TGD = ReadRegister(REG_MEAS_TIME_DELAY);
_Result.TGT = ReadRegister(REG_MEAS_TIME_ON);
_State = DeviceState.Success;
FireTOUEvent(_State, _Result);
if (finish != OPRESULT_OK)
{
HWFaultReason faultReason = (HWFaultReason)ReadRegister(REG_PROBLEM);
HWWarningReason warningReason = (HWWarningReason)ReadRegister(REG_WARNING);
FireNotificationEvent(HWProblemReason.None, warningReason, faultReason, HWDisableReason.None);
}
//по окончании процесса измерения - отключаем коммутацию
if (ActiveCommutation.Switch(Types.Commutation.CommutationMode.None) == DeviceState.Fault)
{
_State = DeviceState.Fault;
FireTOUEvent(_State, _Result);
return;
}
}
}
catch (Exception ex)
{
ActiveCommutation.Switch(Types.Commutation.CommutationMode.None);
_State = DeviceState.Fault;
FireTOUEvent(_State, _Result);
FireExceptionEvent(ex.Message);
throw;
}
}
private void FireNotificationEvent(HWProblemReason problem, HWWarningReason warning, HWFaultReason fault, HWDisableReason disable)
{
SystemHost.Journal.AppendLog(ComplexParts.TOU, LogMessageType.Warning,
string.Format(
"TOU device notification: problem None, warning {0}, fault {1}, disable {2}",
warning, fault, disable));
_Communication.PostTOUNotificationEvent((ushort)problem, (ushort)warning, (ushort)fault, (ushort)disable);
}
private void FireNotificationEvent(HWWarningReason Warning, HWProblemReason Problem, HWFaultReason Fault)
{
SystemHost.Journal.AppendLog(ComplexParts.Clamping, LogMessageType.Warning, string.Format("Clamping device notification: warning {0}, problem {1}, fault {2}", Warning, Problem, Fault));
m_Communication.PostClampingNotificationEvent(Warning, Problem, Fault);
}
