public void AddDataRowFromDB(List <string> sSerials)
{
foreach (string serial in sSerials)
{
for (int i = 0; i < DropFileDataList.Count; i++)
{
// ja - create a generic struct
LabelDataStruct SerialLabelData = new LabelDataStruct();
// ja - fill the struct with the workcode data for each job
SerialLabelData = DropFileDataList[i].GetWorkCodeLabel().GetWorkCodeData();
// ja - assign a specific serial number
SerialLabelData.SerialNumber = serial;
// ja - get the customer name
string sCustomerName = DropFileDataList[i].GetCustomerName();
// ja - convert the generic struct to PM Label Data to massage the data for different label types (such as Philips)
PMLabelData labelData = new PMLabelData(SerialLabelData, sCustomerName);
// ja - add the formatted data back to the jobs list
AddDataRow(i + 1, labelData.GetValueList());
}
}
}
// ja - constructor for generic PM column names
public bool AddPrintJobForPM(PrinterArea eArea, string sWorkCode)
{
bool bFoundPart = false;
WorkCodeLabel wc = new WorkCodeLabel(sWorkCode);
string sFomattedVer = ConfigValues.ConvertIntVersion(wc.GetWorkCodeData().nVersion);
// TODO: ja - test for no version
AssignedLabelTypes lt;
// ja - read from Label Codes from the Database
if (ConfigValues.UseNewLabelCodes)
{
lt = new AssignedLabelTypes(eArea, wc.GetWorkCodeData().PartNumber, sFomattedVer);
}
else // ja - read from LabelsCode in Workcode Table
{
lt = new AssignedLabelTypes(wc.GetLabelsCode(), eArea, wc.GetWorkCodeData().PartNumber);
}
// ja - need to fill the data for all labels type to print
foreach (var LabelProperty in lt.AssignedLabels)
{
DropFileData df = new DropFileData(eArea, LabelProperty.AssingedLabel);
df.SetPrintQuanity(LabelProperty.LabelQuanity);
df.SetCustomerName(LabelProperty.CustomerName);
// ja - add the data to the job
df.SetWorkCodeData(wc);
// ja - add the column names
df.SetColumnNames(PMLabelData.GetPMColumnHeaders());
// ja - add the job
DropFileDataList.Add(df);
bFoundPart = true;
}
return(bFoundPart);
}
