public AsyncProcessorThread()
{
try
{
ID = GetNextIDToProcess();
ProcDetails.SingleOrDefault(z => z.ID == ID).Begin();
AsyncProcessorDetail fd = ProcDetails.SingleOrDefault(z => z.ID == ID);
// Add a case statement for each of the processor classes you create
switch (fd.ProcessorType)
{
case "ProcessorImportCsv":
ProcessorImportCsv ImportDataCSV = new ProcessorImportCsv(fd);
break;
case "ProcessorImportXls":
ProcessorImportXls ImportDataXLS = new ProcessorImportXls(fd);
break;
case "ProcessorImportJson":
ProcessorImportJson ImportDataJSON = new ProcessorImportJson(fd);
break;
case "ProcessorImportXML":
ProcessorImportXml ImportDataXML = new ProcessorImportXml(fd);
break;
case "ProcessorImportTable":
ProcessorImportTable ImportDataTable = new ProcessorImportTable(fd);
break;
default:
ProcDetails.SingleOrDefault(z => z.ID == ID).StatusText = "No ProcessorType found. Exiting..";
ProcDetails.SingleOrDefault(z => z.ID == ID).End();
break;
}
}
catch (Exception ex) { }
}
public static int StartAsyncProcess(AsyncProcessorDetail input_detail)
{
if (ProcDetails == null)
{
ProcDetails = new List <AsyncProcessorDetail>();
}
bool error = false;
foreach (AsyncProcessorDetail detail in ProcDetails)
{
if (detail.ID == input_detail.ID)
{
// task is already being processed
if (detail.Processing)
{
error = true;
}
}
}
if (!error)
{
// removing any existing instances of this detail in the list
ProcDetails.RemoveAll(z => z.ID == input_detail.ID);
// Add the detail to the list
ProcDetails.Add(input_detail);
// Start processor thread
Thread processorThread = new Thread(new ThreadStart(StartProcessorThread));
processorThread.IsBackground = false;
processorThread.Start();
return(0);
}
else
{
return(1);
}
}
public ProcessorImportXls(AsyncProcessorDetail processor_detail)
{
ProcessorDetail = processor_detail;
Process();
}
