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 void ICanSerializeAndDeserializeProcDetailData()
{
Sections procData = new Sections();
string[] args = new string[] { "a", "b", "c" };
IDictionary <string, string> vars = new Dictionary <string, string>()
{
{ "a", "1" }, { "b", "2" }, { "c", "3" }
};
ProcDetails procDetails = new ProcDetails(args);
procData.Add(ProcDetails.CommandLineArguments, Entries.MakeEntries(args));
procData.Add(ProcDetails.EnvironmentVariables, new Entries(vars));
procData.Add(ProcDetails.CoreSiteSettings, new Entries(vars));
procData.Add(ProcDetails.HiveSiteSettings, new Entries(vars));
procData.Add(ProcDetails.MapRedSiteSettings, new Entries(vars));
SectionsSerializer ser = new SectionsSerializer();
var content = ser.Serialize(procData);
Sections deserialized = ser.Deserialize(content);
Help.DoNothing(deserialized);
Help.DoNothing(procDetails);
}
