/// <summary>
/// Запись в массивы значений из указанного класса
/// </summary>
/// <param name="curentEngine"></param>
private void LoadValues(DebuggerParameters curentEngine)
{
//сохранение значений датчиков
adc = new List <DebuggerParameters.AnalogSensorDescription>();
din = new List <DebuggerParameters.DigitalSensorDescription>();
foreach (Kontel.Relkon.DebuggerParameters.AnalogSensorDescription asc in curentEngine.ADCSensors)
{
Kontel.Relkon.DebuggerParameters.AnalogSensorDescription asd = new Kontel.Relkon.DebuggerParameters.AnalogSensorDescription();
asd.Address = asc.Address;
asd.Caption = asc.Caption;
asd.DisplayOneByte = asc.DisplayOneByte;
asd.HasSign = asc.HasSign;
asd.MemoryType = asc.MemoryType;
asd.Name = asc.Name;
asd.Size = asc.Size;
asd.Type = asc.Type;
//asd.Value = asc.Value;
if (asc.Value != null)
{
asd.Value = new byte[asc.Value.Length];
Array.Copy(asc.Value, asd.Value, asc.Value.Length);
}
else
{
asd.Value = new byte[asc.Size];
}
adc.Add(asd);
}
foreach (Kontel.Relkon.DebuggerParameters.DigitalSensorDescription asc in curentEngine.DINSensors)
{
Kontel.Relkon.DebuggerParameters.DigitalSensorDescription asd = new Kontel.Relkon.DebuggerParameters.DigitalSensorDescription();
asd.Address = asc.Address;
asd.HasSign = asc.HasSign;
asd.MemoryType = asc.MemoryType;
asd.Name = asc.Name;
asd.Size = asc.Size;
asd.Type = asc.Type;
asd.Labels = asc.Labels;
//asd.Value = asc.Value;
if (asc.Value != null)
{
asd.Value = new byte[asc.Value.Length];
Array.Copy(asc.Value, asd.Value, asc.Value.Length);
}
else
{
asd.Value = new byte[asc.Size];
}
asd.BitNumber = asc.BitNumber;
din.Add(asd);
}
}
/// <summary>
/// Обновление входов и выходов аналоговых
/// </summary>
/// <param name="Sender"></param>
private void RefreshInterfaseAnalog(object Marker, byte[] Buffer, bool Error)
{
if (Buffer != null && !Error)
{
try
{
Kontel.Relkon.Components.Documents.DebuggerTabbedDocuments.ViewIOSensorsTabbedDocument.AnalogSensorControl m_sender = (Kontel.Relkon.Components.Documents.DebuggerTabbedDocuments.ViewIOSensorsTabbedDocument.AnalogSensorControl)Marker;
if (!m_sender.Edited)
{
m_sender.InverseByteOrder = _engine.Parameters.InverseByteOrder;
m_sender.SetData(Buffer);
if (m_sender.SensorName.Contains("ADC"))
{
foreach (Kontel.Relkon.DebuggerParameters.AnalogSensorDescription dsd in _engine.Parameters.ADCSensors)
{
if (dsd.Name == m_sender.SensorName)
{
ControllerIOVar CurentValue = _solution.Vars.GetIOVar(dsd.Name);
dsd.MemoryType = CurentValue.Memory;
dsd.Address = CurentValue.Address;
dsd.Value = Buffer;
return;
}
}
Kontel.Relkon.DebuggerParameters.AnalogSensorDescription dsd1 = new Kontel.Relkon.DebuggerParameters.AnalogSensorDescription();
ControllerIOVar CurentValue1 = _solution.Vars.GetIOVar(m_sender.SensorName);
if (CurentValue1 == null)
{
return;
}
dsd1.Name = CurentValue1.Name;
dsd1.MemoryType = CurentValue1.Memory;
dsd1.Address = CurentValue1.Address;
dsd1.Value = Buffer;
_engine.Parameters.ADCSensors.Add(dsd1);
return;
}
else if (m_sender.SensorName.Contains("DAC"))
{
foreach (Kontel.Relkon.DebuggerParameters.AnalogSensorDescription dsd in _engine.Parameters.DACSensors)
{
if (dsd.Name == m_sender.SensorName)
{
ControllerIOVar CurentValue = _solution.Vars.GetIOVar(m_sender.SensorName);
dsd.MemoryType = CurentValue.Memory;
dsd.Address = CurentValue.Address;
dsd.Value = Buffer;
return;
}
}
Kontel.Relkon.DebuggerParameters.AnalogSensorDescription dsd1 = new Kontel.Relkon.DebuggerParameters.AnalogSensorDescription();
ControllerIOVar CurentValue1 = _solution.Vars.GetIOVar(m_sender.SensorName);
if (CurentValue1 == null)
{
return;
}
dsd1.Name = CurentValue1.Name;
dsd1.MemoryType = CurentValue1.Memory;
dsd1.Address = CurentValue1.Address;
dsd1.Value = Buffer;
_engine.Parameters.DACSensors.Add(dsd1);
return;
}
}
}
catch { }
}
}
