private static void GetDicPLCData()
{
try
{
uint str;
RowDataPoint point = null;
string openstr = "OK";
object readobj = null;
RowDataPoint eqp = null;
foreach (var adapter in DicStatus)
{
point = adapter.Value;
if (point != null)
{
Plc plc = OEMPLC.CreatePLC(CpuType.S7300, adapter.Key, 0, 2); //new Plc(CpuType.S7300, "10.21.189.139", 0, 2);
try
{
openstr = plc.QMOpen();
if (openstr == "OK")
{
try
{
readobj = plc.QMRead((DataType)point.datatype, point.dbNumber, point.startByte, (VarType)point.vartype, 1);
// str = (UInt32)plc.QMRead((DataType)eqp.datatype, eqp.dbNumber, eqp.startByte, (VarType)eqp.vartype, 1);
if (readobj != null)
{
str = Convert.ToUInt16(readobj);
Console.WriteLine("OEM PLC Data " + adapter.Key + " " + str);
DicReal[adapter.Key] = str;
}
}
catch (Exception ex)
{
Log.Error(ex.ToString());
}
}
else
{
DicReal[adapter.Key] = uint.MaxValue;
Log.Error("[PLC][Link Fail] IP Address is : " + eqp.IP);
Log.Error(openstr);
}
// throw new InvalidAddressException("To few periods for DB address");
plc.Close();
}
catch (Exception ex)
{
Log.Error(ex.ToString());
}
}
}
}
catch (Exception ex)
{
Log.Error(ex.ToString());
}
}
public static void Init()
{
RealData.Clear();
LDData.Clear();
OEMPoint.Clear();
DicStatus.Clear();
DicReal.Clear();
DicReal.Add(IP1, uint.MaxValue);
DicReal.Add(IP2, uint.MaxValue);
RowDataPoint A = new RowDataPoint();
A.IP = IP1;
A.TagID = IP2;
A.datatype = 132;
A.dbNumber = 700;
A.startByte = 4;
A.bitNumber = -1;
A.vartype = 3;
DicStatus.Add(IP1, A);
RowDataPoint B = new RowDataPoint();
B.IP = IP2;
B.TagID = IP2;
B.datatype = 132;
B.dbNumber = 700;
B.startByte = 4;
B.bitNumber = -1;
B.vartype = 3;
DicStatus.Add(IP2, B);
LDData.Add(IP1, uint.MaxValue);
LDData.Add(IP2, uint.MaxValue);
RealData.Add(Tailback1, UInt16.MaxValue);
RealData.Add(Red1, UInt16.MaxValue);
RealData.Add(Green1, UInt16.MaxValue);
RealData.Add(Blue1, UInt16.MaxValue);
RealData.Add(Amber1, UInt16.MaxValue);
RealData.Add(Tailback2, UInt16.MaxValue);
RealData.Add(Red2, UInt16.MaxValue);
RealData.Add(Green2, UInt16.MaxValue);
RealData.Add(Blue2, UInt16.MaxValue);
RealData.Add(Amber2, UInt16.MaxValue);
ArrayList list1 = new ArrayList();
RowDataPoint point = new RowDataPoint();
point.IP = IP1;
point.TagID = Tailback1;
point.datatype = 131;
point.dbNumber = 0;
point.startByte = 200;
point.bitNumber = 0;
point.vartype = 1;
list1.Add(point);
RowDataPoint red1 = new RowDataPoint();
red1.IP = IP1;
red1.TagID = Red1;
red1.datatype = 130;
red1.dbNumber = 0;
red1.startByte = 12;
red1.bitNumber = 3;
red1.vartype = 0;
list1.Add(red1);
RowDataPoint green1 = new RowDataPoint();
green1.IP = IP1;
green1.TagID = Green1;
green1.datatype = 130;
green1.dbNumber = 0;
green1.startByte = 12;
green1.bitNumber = 5;
green1.vartype = 0;
list1.Add(green1);
RowDataPoint blue1 = new RowDataPoint();
blue1.IP = IP1;
blue1.TagID = Blue1;
blue1.datatype = 130;
blue1.dbNumber = 0;
blue1.startByte = 12;
blue1.bitNumber = 6;
blue1.vartype = 0;
list1.Add(blue1);
RowDataPoint armber1 = new RowDataPoint();
armber1.IP = IP1;
armber1.TagID = Amber1;
armber1.datatype = 130;
armber1.dbNumber = 0;
armber1.startByte = 12;
armber1.bitNumber = 4;
armber1.vartype = 0;
list1.Add(armber1);
ArrayList list2 = new ArrayList();
RowDataPoint point2 = new RowDataPoint();
point2.IP = IP2;
point2.TagID = Tailback2;
point2.datatype = 131;
point2.dbNumber = 0;
point2.startByte = 200;
point2.bitNumber = 0;
point2.vartype = 1;
list2.Add(point2);
RowDataPoint red2 = new RowDataPoint();
red2.IP = IP2;
red2.TagID = Red2;
red2.datatype = 130;
red2.dbNumber = 0;
red2.startByte = 12;
red2.bitNumber = 3;
red2.vartype = 0;
list2.Add(red2);
RowDataPoint green2 = new RowDataPoint();
green2.IP = IP2;
green2.TagID = Green2;
green2.datatype = 130;
green2.dbNumber = 0;
green2.startByte = 12;
green2.bitNumber = 5;
green2.vartype = 0;
list2.Add(green2);
RowDataPoint blue2 = new RowDataPoint();
blue2.IP = IP2;
blue2.TagID = Blue2;
blue2.datatype = 130;
blue2.dbNumber = 0;
blue2.startByte = 12;
blue2.bitNumber = 6;
blue2.vartype = 0;
list2.Add(blue2);
RowDataPoint armber2 = new RowDataPoint();
armber2.IP = IP2;
armber2.TagID = Amber2;
armber2.datatype = 130;
armber2.dbNumber = 0;
armber2.startByte = 12;
armber2.bitNumber = 4;
armber2.vartype = 0;
list2.Add(armber2);
OEMPoint.Add(IP1, list1);
OEMPoint.Add(IP2, list2);
}
private static void GetPLCData()
{
try
{
uint str;
ArrayList list = null;
string openstr = "OK";
object readobj = null;
RowDataPoint eqp = null;
foreach (var adapter in OEMPoint)
{
list = adapter.Value;
if (list != null)
{
Plc plc = OEMPLC.CreatePLC(CpuType.S7300, adapter.Key, 0, 2); //new Plc(CpuType.S7300, "10.21.189.139", 0, 2);
try
{
openstr = plc.QMOpen();
if (openstr == "OK")
{
foreach (var V in list)
{
eqp = (RowDataPoint)V;
try
{
readobj = plc.QMRead((DataType)eqp.datatype, eqp.dbNumber, eqp.startByte, (VarType)eqp.vartype, 1);
// str = (UInt32)plc.QMRead((DataType)eqp.datatype, eqp.dbNumber, eqp.startByte, (VarType)eqp.vartype, 1);
if (readobj != null)
{
str = Convert.ToUInt16(readobj);
Console.WriteLine(eqp.TagID + " OEM Value is: " + str);
Log.Info("[OEM]" + eqp.TagID + " " + str);
}
}
catch (Exception ex)
{
Log.Error(ex.ToString());
}
}
}
else
{
if (adapter.Key == IP1)
{
SetOEM1EX();
}
else
{
SetOEM2EX();
}
Log.Error("[PLC][Link Fail] IP Address is : " + eqp.IP);
Log.Error(openstr);
}
// throw new InvalidAddressException("To few periods for DB address");
plc.Close();
}
catch (Exception ex)
{
Log.Error(ex.ToString());
}
}
}
}
catch (Exception ex)
{
Log.Error(ex.ToString());
}
}
