public override void LoadParameters(XElement xml)
{
base.LoadParameters(xml);
if (_loadedParameters == false)
{
CreateInputOutputBytes(InputSize, OutputSize);
if (xml.Element("InputStartIO") != null)
{
var ioName = xml.Element("InputStartIO").Value;
FAIOInfo ioInfo = Device.GetInputIOInfo(ioName);
if (ioInfo == null)
throw new Exception("Not Found IO(" + ioName + ") In IOList. Part Name is " + Name);
InputStartIO = new FAPartInputIOInfo(Device, ioName, ioInfo.Index, ioInfo.Description);
}
if (xml.Element("OutputStartIO") != null)
{
var ioName = xml.Element("OutputStartIO").Value;
FAIOInfo ioInfo = Device.GetOutputIOInfo(ioName);
if (ioInfo == null)
throw new Exception("Not Found IO(" + ioName + ") In IOList. Part Name is " + Name);
OutputStartIO = new FAPartInputIOInfo(Device, ioName, ioInfo.Index, ioInfo.Description);
}
_loadedParameters = true;
}
}
private void LoadInputIOList(XElement xml)
{
foreach (XElement item in xml.Elements())
{
string ioName;
bool isInverse = false;
if (item.HasElements)
{
ioName = item.Element("IOName").Value;
isInverse = bool.Parse(item.Element("IsInverse").Value);
}
else
{
ioName = item.Value;
}
FAIOInfo ioInfo = Device.GetInputIOInfo(ioName);
if (ioInfo == null)
throw new Exception("Not Found IO(" + ioName + ") In IOList. Part Name is " + Name);
var obj = new FAPartInputIOInfo(Device, ioName, ioInfo.Index, ioInfo.Description);
obj.IsInverse = isInverse;
this.InputIO.Add(obj);
}
}
