public int GetProcessStatusTable(ref DataTable dta)
{
int iReturnCode = 9; //Return code
string szAdd = "ZR";
int iNumberOfData = 94; //Data for 'DeviceSize'
short[] arrDeviceValue = new short[iNumberOfData];
List <ConvResultTableData> convtables = new List <ConvResultTableData>();
try
{
if (Connected == true)
{
//List<JobCode> jobcode = new List<JobCode>();
for (int id = 1; id <= 400; id++)
{
Debug.WriteLine("Ambil data untuk ind = " + id);
int iStartAddr = ((id - 1) * 100) + 11000;
string szDeviceName = szAdd + iStartAddr.ToString();
iReturnCode = plc.ReadDeviceBlock2(szDeviceName, iNumberOfData, out arrDeviceValue[0]);
if (iReturnCode == 0)
{
//int k = 0;
string szPID = "";
string szVIN = "";
string szSuffix = "";
string szModelCode = "";
string szWLCCode = "";
string szChassisNo = "";
short[] arrJob = new short[60];
int idxJob = 0;
short idx = 0;
Debug.WriteLine("Start Baca PLC");
Debug.WriteLine("Jumlah yang akan dibace" + arrDeviceValue.Length);
for (int k = 0; k < arrDeviceValue.Length; k++)
{
short baca = arrDeviceValue[k];
//if (k < 95)
//{
//
if (k == 0)
{
idx = baca;
}
else if (Enumerable.Range(1, 5).Contains(k))
{
byte[] kon = BitConverter.GetBytes(baca);
foreach (byte m in kon)
{
char tchar = Convert.ToChar(m);
szPID += tchar.ToString();
}
}
else if (Enumerable.Range(6, 9).Contains(k))
{
byte[] kon = BitConverter.GetBytes(baca);
foreach (byte m in kon)
{
char tchar = Convert.ToChar(m);
szVIN += tchar.ToString();
}
}
else if (k == 15)
{
byte[] kon = BitConverter.GetBytes(baca);
foreach (byte m in kon)
{
char tchar = Convert.ToChar(m);
szSuffix += tchar.ToString();
}
}
else if (Enumerable.Range(16, 2).Contains(k))
{
byte[] kon = BitConverter.GetBytes(baca);
foreach (byte m in kon)
{
char tchar = Convert.ToChar(m);
szModelCode += tchar.ToString();
}
}
else if (Enumerable.Range(18, 2).Contains(k))
{
byte[] kon = BitConverter.GetBytes(baca);
foreach (byte m in kon)
{
char tchar = Convert.ToChar(m);
szWLCCode += tchar.ToString();
}
}
else if (Enumerable.Range(20, 10).Contains(k))
{
byte[] kon = BitConverter.GetBytes(baca);
foreach (byte m in kon)
{
char tchar = Convert.ToChar(m);
szChassisNo += tchar.ToString();
}
}
else if (Enumerable.Range(35, 60).Contains(k))
{
arrJob[idxJob] = baca;
idxJob++;
}
//}
//k++;
}
//Debug.WriteLine("Data satu row = " + k.ToString());
//creat job list
List <JobCode> jobCodes = new List <JobCode>();
for (int ijob = 0; ijob < 30; ijob++)
{
Debug.WriteLine("Add Job Code idx = " + ijob.ToString() + "; Jumlahtotal job = " + arrJob.Length.ToString());
JobCode jobCode = new JobCode {
B1 = arrJob[(ijob * 2)], B2 = arrJob[(ijob * 2) + 1]
};
jobCodes.Add(jobCode);
}
//insert to datatable
convtables.Add(new ConvResultTableData
{
Id = idx,
pid = szPID,
vin = szVIN,
suffix = szSuffix,
model_code = szModelCode,
wlc_code = szWLCCode,
chassis_number = szChassisNo,
jobCode = jobCodes
});
}
else
{
iReturnCode = 8;
}
}
}
else
{
iReturnCode = 7;
}
//ListtoDataTable lsttodt = new ListtoDataTable();
dta = ListtoDataTable.ListToDataTable(convtables);
}
//Exception processing
catch (Exception exception)
{
Debug.WriteLine(exception.Message);
string stringFormat = "Read Conversion Result Table Failed";
StatusPLCLog = stringFormat;
iReturnCode = 9;
}
return(iReturnCode);
}
public void GetProcessTable(ref DataTable dta)
{
int iReturnCode; //Return code
int iStartAddr;
int iStart;
string szAdd = "ZR";
string szDeviceName; //List data for 'DeviceName'
int iNumberOfData = 32; //Data for 'DeviceSize'
short[] arrDeviceValue = new short[iNumberOfData];
int iProcessType = 0;
int iProcessDepth = 0;
int iNormalReverse = 0;
int iReverseWidth = 0;
int iMarginofAdvance = 0;
int iMarginofDelay = 0;
int iCutOff = 0;
string szProcessName = "";
List <ProcessTableData> processtables = new List <ProcessTableData>();
//DataTable dta = new DataTable();
try
{
int idx = 0;
for (int cclink = 1; cclink <= 4; cclink++)
{
iStart = ((cclink - 1) * 1000) + 3000;
for (int stno = 1; stno <= 30; stno++)
{
iStartAddr = ((stno - 1) * 32) + iStart;
szDeviceName = szAdd + iStartAddr.ToString();
iReturnCode = 0;
if (Connected == true)
{
iReturnCode = plc.ReadDeviceBlock2(szDeviceName, iNumberOfData, out arrDeviceValue[0]);
}
if (iReturnCode == 0)
{
int k = 0;
szProcessName = "";
foreach (var baca in arrDeviceValue)
{
if (k < 16)
{
switch (k)
{
case 0:
iProcessType = baca;
break;
case 1:
iProcessDepth = baca;
break;
case 2:
iNormalReverse = baca;
break;
case 3:
iReverseWidth = baca;
break;
case 4:
iMarginofAdvance = baca;
break;
case 5:
iMarginofDelay = baca;
break;
case 6:
iCutOff = baca;
break;
default:
break;
}
}
else
{
byte[] kon = BitConverter.GetBytes(baca);
foreach (byte m in kon)
{
char tchar = Convert.ToChar(m);
szProcessName += tchar.ToString();
}
}
k++;
}
//insert to datatable
processtables.Add(new ProcessTableData
{
id = idx,
cc_link_no = cclink,
stno = stno,
process_type = iProcessType,
depth = iProcessDepth,
normal_reverse = iNormalReverse,
margin_reverse = iReverseWidth,
margin_of_adv = iMarginofAdvance,
margin_of_delay = iMarginofDelay,
cut_off = iCutOff,
process_name = szProcessName
});
}
idx++;
}
}
//ListtoDataTable lsttodt = new ListtoDataTable();
dta = ListtoDataTable.ListToDataTable(processtables);
}
//Exception processing
catch (Exception exception)
{
Debug.WriteLine(exception.Message);
string stringFormat = "Read Process Table Failed";
StatusPLCLog = stringFormat;
}
//return dta;
}
