public static void InitPLCS()
{
docPlc = PLCDriverDoc.LoadObj();
dicDrivers = new Dictionary <string, PLCBaseClass>();
foreach (KeyValuePair <string, PLCDriverInfo> posInfoPair in docPlc.dicPlcInfo)
{
if (posInfoPair.Value.plcType == PLCType.Panasonic)
{
dicDrivers.Add(posInfoPair.Key, new PLCPanasonicClass());
dicDrivers[posInfoPair.Key].Init(posInfoPair.Value.PortName, posInfoPair.Value.BaudRate,
posInfoPair.Value.Parity, posInfoPair.Value.DataBits, posInfoPair.Value.StopBits);
}
if (posInfoPair.Value.plcType == PLCType.Omron)
{
dicDrivers.Add(posInfoPair.Key, new PLCOmronClass());
dicDrivers[posInfoPair.Key].Init(posInfoPair.Value.PortName, posInfoPair.Value.BaudRate,
posInfoPair.Value.Parity, posInfoPair.Value.DataBits, posInfoPair.Value.StopBits);
}
}
PLCControlManageClass.StartScan();
}
internal static PLCDriverDoc LoadObj()
{
PLCDriverDoc pDoc;
BinaryFormatter fmt = new BinaryFormatter();
FileStream fsReader = null;
try
{
fsReader = File.OpenRead(@".//Parameter/PLC/PlcDoc.dat");
pDoc = (PLCDriverDoc)fmt.Deserialize(fsReader);
fsReader.Close();
}
catch //(Exception eMy)
{
//MessageBox.Show(eMy.ToString());
if (fsReader != null)
{
fsReader.Close();
}
pDoc = new PLCDriverDoc();
}
return(pDoc);
}
public static void LoadData()
{
docPlc = PLCDriverDoc.LoadObj();
}
