int serviceId = 0; // Convert.ToInt16(ConfigurationManager.AppSettings["ServiceID"]);
///
// EtlTimer sync = new EtlTimer();
/// **************************************************************************************
/// Replaced in Version 3.0
/// Perform Directory File search process when task time is due
/// Look for existing files in the new files folder
/// Same method is used in the WindowsService version....
/// --------------------------------------------------------------------------------------
///public void FileSearch(object e, EtlTimer sync)
//{
// if (serviceId == 0)
// {
// //serviceId = Convert.ToInt16(ConfigurationManager.AppSettings["ServiceID"]); ;
// //sync = wtf.getImportControl(serviceId);
// serviceId = sync.MwEtlTimerId;
// }
// List<string> li = new List<string>();
// //
// wtf.writeSyncLog(1, serviceId, 1, sync.ServiceName, " > (GK FileSearch) Start Directory scanning. for " + sync.ServiceName + ".");
// //
// //li.Add(ConfigurationManager.AppSettings["NewFilesDirectory"].ToString()); // C:\\AppData
// li.Add(sync.InputFileFolder);
// if (li.Count == 0)
// {
// wtf.writeSyncLog(1, serviceId, 1, sync.ServiceName, " > (GK FileSearch) No Folder to process. for " + sync.ServiceName);
// }
// foreach (string path in li)
// {
// if (File.Exists(path))
// {
// // This path is a file
// ProcessFile(path, sync);
// }
// else if (Directory.Exists(path))
// {
// // This path is a directory
// ProcessDirectory(path, sync);
// }
// else
// {
// // Invalid File or Directory exit
// wtf.writeSyncLog(1, serviceId, 1, sync.ServiceName, "(GK FileSearch) <" + path + " > is not a valid file or directory.");
// }
// }
// /// *******************************************************************************
// /// Back to Service SchedularCallback Function
// /// When FileSearch is completed process flow return to Service1.SchedularCallback.
// /// -------------------------------------------------------------------------------
//}
//// ************************************************************************
//// Process all files in the directory passed in, recurse on any directories
//// that are found, and process the files they contain.
//// ------------------------------------------------------------------------
//public void ProcessDirectory(string targetDirectory, EtlTimer sync)
//{
// ///
// string[] fileEntries = Directory.GetFiles(targetDirectory);
// foreach (string fileName in fileEntries)
// {
// ProcessFile(fileName, sync);
// }
// // Recurse into subdirectories of this directory.
// string[] subdirectoryEntries = Directory.GetDirectories(targetDirectory);
// foreach (string subdirectory in subdirectoryEntries)
// ProcessDirectory(subdirectory, sync);
//}
/// *****************************************************************************************
/// Version 3.0
/// General files process - Only Text valid Files are processed here:
/// (1) - Select files to process depending on file extension and/or file name.
/// (2) - Route process to the corresponding file types import process using delegates.
/// (3) - Unrecognized file types and Service reading errors are detected here.
/// (4) - Errors are logged in service log and reported through web services.
///
/// USE THIS SECTION TO ADD ALL FILE TYPES TO BE INCLUDED IN THE IMPORT PROCESS
/// -----------------------------------------------------------------------------------------
private void ProcessFile(string path, EtlTimer sync)
{
int dirLen = (ConfigurationManager.AppSettings["NewFilesDirectory"].ToString()).Length + 1;
///
string extension = (Path.GetExtension(path)).ToString();
string fileName = Path.GetFileNameWithoutExtension(path);
/// Initialize Error messages object basic information
ServiceResponse errMsg = new ServiceResponse();
errMsg.FileType = "5";
errMsg.FileName = fileName + extension;
errMsg.NISOrderId = "0";
errMsg.Status = "Not Processed";
errMsg.Message = string.Empty;
try
{
/// *********************************************************************************
/// Select files acceptable to be process, all other file types (extension) will not
/// be processed (they stay in the newFiles folder) and an error message is generated
/// to the WebServices.
/// ---------------------------------------------------------------------------------
if (extension == ".txt")
{
/// +++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++
/// Process all txt files here, they must belong to WE or G&K
/// ---------------------------------------------------------------------------------
DelTxt handler = null;
// Declare a class instance txt:
ImportProcedure_GK_PO.TextFiles.ImportProcess txt = new ImportProcedure_GK_PO.TextFiles.ImportProcess();
/// Declare an interface instance txtFile:
ITextFiles txtfile = (ITextFiles)txt;
if (fileName.Substring(0, 6) == "WE XML")
{ // WE - XML Order Files
handler = txtfile.ProcessWEFiles;
}
else
{ // G&K Text files
handler = txtfile.ProcessGKFiles;
}
/// =========== >
ProcessTxt(path, fileName, handler, sync);
/// < ===========
}
else
{ /// Unrecognized file type
errMsg.NISOrderId = fileName;
errMsg.Message = "GK ProcessFile) File <" + fileName + extension + ">, unrecognized file type.";
wtf.writeSyncLog(1, sync.MwEtlTimerId, 1, sync.ServiceName, errMsg.Message);
/// Move file to problem directory
icr.SaveProcessedFile(path, false, sync, "GK");
}
}
catch (Exception fle)
{
int res = wtf.updImportControl(sync.MwEtlTimerId, 0); // set EtlTimer for this service to not Running (isRunning = false)
errMsg.Message = "((GK_PO ProcessFile) txt reading error - File in " + errMsg.FileName + ". " + fle;
wtf.writeSyncLog(1, sync.MwEtlTimerId, 1, sync.ServiceName, errMsg.Message);
}
}
/// **************************************************************************************
/// Version 2.0
/// Perform Directory File search process when task time is due
/// Look for existing files in the new files folder
/// Same method is used in the WindowsService version....
/// --------------------------------------------------------------------------------------
//public void FileSearch(object e, EtlTimer sync)
//{
// if (serviceId == 0)
// {
// //serviceId = Convert.ToInt16(ConfigurationManager.AppSettings["ServiceID"]); ;
// //sync = wtf.getImportControl(serviceId);
// serviceId = sync.MwEtlTimerId;
// }
// List<string> li = new List<string>();
// //
// wtf.writeSyncLog(1, serviceId, 1, sync.ServiceName, " > (FileSearch) Start Directory scanning. for " + sync.ServiceName + ".");
// //
// //li.Add(ConfigurationManager.AppSettings["NewFilesDirectory"].ToString()); // C:\\AppData
// li.Add(sync.InputFileFolder);
// if (li.Count == 0)
// {
// wtf.writeSyncLog(1, serviceId, 1, sync.ServiceName, " > (FileSearch) No Folder to process. for " + sync.ServiceName);
// }
// foreach (string path in li)
// {
// if (File.Exists(path))
// { // This path is a file
// ProcessFile(path, sync);
// }
// else if (Directory.Exists(path))
// { // This path is a directory
// ProcessDirectory(path, sync);
// }
// else
// { // Invalid File or Directory exit
// wtf.writeSyncLog(1, serviceId, 1, sync.ServiceName, "(FileSearch) <" + path + " > is not a valid file or directory.");
// }
// }
// wtf.writeSyncLog(1, serviceId, 1, sync.ServiceName, " > (FileSearch) " + sync.ServiceName + " Files read: " + FilesRead);
// /// *******************************************************************************
// /// Back to Service SchedularCallback Function
// /// When FileSearch is completed process flow return to Service1.SchedularCallback.
// /// -------------------------------------------------------------------------------
//}
// ************************************************************************
// Process all files in the directory passed in, recurse on any directories
// that are found, and process the files they contain.
// ------------------------------------------------------------------------
//public void ProcessDirectory(string targetDirectory, EtlTimer sync)
//{
// ///
// string[] fileEntries = Directory.GetFiles(targetDirectory);
// foreach (string fileName in fileEntries)
// {
// ProcessFile(fileName, sync);
// }
// // Recurse into subdirectories of this directory.
// string[] subdirectoryEntries = Directory.GetDirectories(targetDirectory);
// foreach (string subdirectory in subdirectoryEntries)
// ProcessDirectory(subdirectory, sync);
//}
/// *****************************************************************************************
/// General files process - Only NIS XML valid Files are processed here:
/// (1) - Select files to process depending on file extension and/or file name.
/// (2) - Route process to the corresponding file types import process using delegates.
/// (3) - Unrecognized file types and Service reading errors are detected here.
/// (4) - Errors are logged in service log and reported through web services.
/// -----------------------------------------------------------------------------------------
public void ProcessFile(string path, EtlTimer sync)
{
string extension = (Path.GetExtension(path)).ToString();
string fileName = Path.GetFileNameWithoutExtension(path);
/// Initialize Error messages object basic information
ServiceResponse errMsg = new ServiceResponse();
errMsg.FileType = "1";
errMsg.FileName = fileName + extension;
errMsg.NISOrderId = "0";
errMsg.Status = "Not Processed";
errMsg.Message = string.Empty;
try
{
/// *********************************************************************************
/// Select files acceptable to be process, all other file types (extension) will not
/// be processed (they stay in the newFiles folder) and an error message is generated
/// to the WebServices.
/// Only NIS (1) files are allowed in this directory.
/// They have .xml and or sent extension.
/// ---------------------------------------------------------------------------------
string prefix = fileName;
///
/// Validate if this file was already processed - May 16 - 2017
///
int serviceId = Convert.ToInt16(ConfigurationManager.AppSettings["ServiceID"]);
int dupFile = wtf.getImportLog(serviceId, "NIS", fileName + extension);
//if (((extension == ".xml") || (extension == ".sent") || (extension == ".Sent"))) // && (prefix != "Acc" && prefix != "Dsn" && prefix != "Ord"))
if (dupFile == 0 && ((extension == ".xml") || (extension == ".sent")))
{
XmlDocument doc = new XmlDocument();
// Read / Load selected file content as xml
doc.Load(path);
/// Instanciate Xml methods delegate
Del handler = null;
// Declare a class instance xml:
ImportProcedure_NIS.XmlFiles.ImportProcess xml = new ImportProcedure_NIS.XmlFiles.ImportProcess();
/// Declare an interface instance xmlFile:
ImportProcedure_NIS.XmlFiles.IXmlFiles xmlfile = (ImportProcedure_NIS.XmlFiles.IXmlFiles)xml;
/// +++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++
/// Identify NIS xml files and route them to the corresponding import procedure
/// ----------------------------------------------------------------------------
// NIS Files process
handler = xmlfile.ProcessNisFiles;
/// =========== >
ProcessXml(path, doc, fileName, handler, sync);
/// < ===========
}
else
{ /// Unrecognized file type
errMsg.NISOrderId = fileName;
errMsg.Message = "(NIS ProcessFile) File <" + fileName + extension + ">, unrecognized file type.";
wtf.writeSyncLog(1, sync.MwEtlTimerId, 1, sync.ServiceName, errMsg.Message);
/// Move file to problem directory
//DAL.ImportControl.ImportControlRepository icr = new DAL.ImportControl.ImportControlRepository();
//icr.SaveProcessedFile(path, false, sync);
/// Duplicate files contrl - May16-2017
if (dupFile == 0)
{
icr.SaveProcessedFile(path, false, sync, "NIS");
}
else
{
File.Delete(path); // delete duplicate file May16-2017
}
}
}
catch (Exception fle)
{
int res = wtf.updImportControl(sync.MwEtlTimerId, 0); // set EtlTimer for this service to not Running (isRunning = false)
errMsg.Message = "(NIS ProcessFile) Xml reading error - File in " + errMsg.FileName + ". " + fle;
wtf.writeSyncLog(1, sync.MwEtlTimerId, 1, sync.ServiceName, errMsg.Message);
}
}