///<summary>
///<para>Parse test data from LTX stdf test result in to datatable (multifile)</para>
///<seealso cref="DataParse.GetDataFromStd"/>
///</summary>
/// <param name="fileName">Full patch with file name of the stdf file (multifile)</param>
/// <returns>DataTable</returns>
public async Task<DataTable> GetDataFromStdfviewerTask(string[] arrayFileName)
{
#region *** Variable define ***
DataTable DataParseResult = new DataTable();
DataTable[] DataParseResultTemp = new DataTable[arrayFileName.Length];
double parseTime = 0;
double insertTime = 0;
int deviceCount = 0;
int testedDevice = 0;
int passedDevice = 0;
int failedDevice = 0;
DataHeader header = new Common.DataHeader();
Bin bin = new Common.Bin();
bool isFirstFile = true;
bool isFirstTable = true;
DateTime dtLotStart = DateTime.Now;
DateTime dtLotFinish = DateTime.Now;
Dictionary<string, int> headerDic = new Dictionary<string, int>();
#endregion *** Variable define ***
#region *** Innitial Properties ***
bin.DeviceCount = new int[8];
bin.Name = new string[8];
bin.Number = new int[8];
bin.Percent = new double[8];
header.SessionCount = 0;
#endregion *** Innitial Properties ***
try
{
#region *** Parsing Data ***
int i = 0;
foreach (string fileName in arrayFileName)
{
string ext = Path.GetExtension(fileName);
using (FileStream fs = new FileStream(fileName, FileMode.Open))
{
if (ext.ToLower() == ".std")
{
DataParseResultTemp[i] = await Task.Run(() => this.GetDataFromStdfviewer(fs));
}
else if (ext.ToLower() == ".gz")
{
using (GZipStream gzs = new GZipStream(fs, CompressionMode.Decompress))
{
DataParseResultTemp[i] = await Task.Run(() => this.GetDataFromStdfviewer(gzs));
}
}
else
{
throw new Exception("only for std/stdf or contain std/stdf gzip file! {Task<DataTable> GetDataFromStdfviewerTask(string[] arrayFileName)}");
}
i++;
}
#region *** Caculate Properties ***
header.SessionCount++;
parseTime += m_ParseTime;
insertTime += m_InsertTime;
testedDevice += m_TestedDevice;
passedDevice += m_PassedDevice;
failedDevice += m_FailedDevice;
header.FailQuantity += m_Header.FailQuantity;
header.LotQuantity += m_Header.LotQuantity;
header.PassQuantity += m_Header.PassQuantity;
header.TestQuantity += m_Header.TestQuantity;
header.enVision_Version = m_Header.enVision_Version;
if (isFirstFile)
{
header.LotID = m_Header.LotID;
header.SubLotID = m_Header.SubLotID;
header.OperatorID = m_Header.OperatorID;
header.TestBoard = m_Header.TestBoard;
header.DeviceName = m_Header.DeviceName;
header.Tester = m_Header.Tester;
header.Handler = m_Header.Handler;
header.TesterType = m_Header.TesterType;
header.Product = m_Header.Product;
header.ProgramRev = m_Header.ProgramRev;
header.TestSession = m_Header.TestSession;
dtLotStart = Convert.ToDateTime(m_Header.LotStartDateTime);
dtLotFinish = Convert.ToDateTime(m_Header.LotFinishDateTime);
isFirstFile = false;
}
else
{
if (m_Header.LotID != "" && m_Header.LotID != null)
header.LotID = header.LotID + " & " + m_Header.LotID;
if (m_Header.SubLotID != "" && m_Header.SubLotID != null)
header.SubLotID = header.SubLotID + " & " + m_Header.SubLotID;
if (m_Header.OperatorID != "" && m_Header.OperatorID != null)
header.OperatorID = header.OperatorID + " & " + m_Header.OperatorID;
if (m_Header.TestBoard != "" && m_Header.TestBoard != null)
header.TestBoard = header.TestBoard + " & " + m_Header.TestBoard;
if (m_Header.Tester != "" && m_Header.Tester != null)
header.Tester = header.Tester + " & " + m_Header.Tester;
if (m_Header.TesterType != "" && m_Header.TesterType != null)
header.TesterType = header.TesterType + " & " + m_Header.TesterType;
if (m_Header.Handler != "" && m_Header.Handler != null)
header.Handler = header.Handler + " & " + m_Header.Handler;
if (m_Header.TestSession != "" && m_Header.TestSession != null)
header.TestSession = header.TestSession + " & " + m_Header.TestSession;
//Lot Start Datetime
if (m_Header.LotStartDateTime < dtLotStart)
{
dtLotStart = m_Header.LotStartDateTime;
}
//Lot Finish Datetime
if (m_Header.LotFinishDateTime > dtLotFinish)
{
dtLotFinish = m_Header.LotFinishDateTime;
}
//Check Product Name
if (m_Header.Product != header.Product)
{
throw new Exception("file " + fileName + " has different Product name with before.");
}
//Check Program Rev
if (m_Header.ProgramRev != header.ProgramRev)
{
throw new Exception("file " + fileName + " has different Program Rev with before.");
}
}//end of if firstfile
header.Yield = Math.Round(Convert.ToDouble(header.PassQuantity) / Convert.ToDouble(header.TestQuantity) * 100, 3);
header.LotStartDateTime = dtLotStart;
header.LotFinishDateTime = dtLotFinish;
for (int j = 0; j < 8; j++)
{
bin.DeviceCount[j] += m_Bin.DeviceCount[j];
bin.Name[j] = m_Bin.Name[j];
bin.Number[j] = m_Bin.Number[j];
bin.Percent[j] = Math.Round(Convert.ToDouble(bin.DeviceCount[j]) / Convert.ToDouble(m_TestedDevice) * 100, 3);
}
#endregion *** Caculate Properties ***
} //end of foreach (string fileName in arrayFileName)
#endregion *** Parsing Data ***
#region *** Merge Data Table ***
foreach (DataTable tblDataTemp in DataParseResultTemp)
if (isFirstTable)
{
isFirstTable = false;
//Build table structure
DataParseResult = tblDataTemp.Clone();
foreach (DataRow dr in tblDataTemp.Rows)
{
DataParseResult.ImportRow(dr);
}
//get first table device count
deviceCount = DataParseResult.Rows.Count - 4;
}
else
{
//merge less columns datatable to more columns datatable
if (tblDataTemp.Columns.Count > DataParseResult.Columns.Count)
{
foreach (DataRow dr in DataParseResult.Rows)
{
if (DataParseResult.Rows.IndexOf(dr) > 3)
{
//reset device count
deviceCount++;
dr[0] = deviceCount;
tblDataTemp.ImportRow(dr);
//Move Status Column to last
int lastRowIndex = tblDataTemp.Rows.Count - 1;
int lastColumnIndex = tblDataTemp.Columns.Count - 1;
tblDataTemp.Rows[lastRowIndex][lastColumnIndex] = dr[DataParseResult.Columns.Count - 1];
tblDataTemp.Rows[lastRowIndex][DataParseResult.Columns.Count - 1] = null;
}
}
DataParseResult = tblDataTemp;
}
else
{
try
{
tblDataTemp.PrimaryKey = null;
foreach (DataRow dr in tblDataTemp.Rows)
{
if (tblDataTemp.Rows.IndexOf(dr) > 3)
{
//reset device count
deviceCount++;
dr[0] = deviceCount;
DataParseResult.ImportRow(dr);
//Move Status Column to last
if (tblDataTemp.Columns.Count < DataParseResult.Columns.Count)
{
int lastRowIndex = DataParseResult.Rows.Count - 1;
int lastColumnIndex = DataParseResult.Columns.Count - 1;
DataParseResult.Rows[lastRowIndex][lastColumnIndex] = dr[tblDataTemp.Columns.Count - 1];
DataParseResult.Rows[lastRowIndex][tblDataTemp.Columns.Count - 1] = null;
}
}
}//end of foreach (DataRow dr in DataParseResultTemp.Rows)
}
catch (Exception ex)
{
throw new Exception(ex.Message);
}
}//end of if (DataParseResultTemp.Columns.Count > DataParseResult.Columns.Count)
}// end of if else (isFirstTable)
#endregion *** Merge Data Table ***
#region *** Final Properties ***
m_Bin = bin;
m_Header = header;
m_FailedDevice = failedDevice;
m_PassedDevice = passedDevice;
m_TestedDevice = testedDevice;
m_ParseTime = parseTime;
m_InsertTime = insertTime;
#endregion *** Final Properties ***
}
catch (Exception ex)
{
throw new Exception("Parse data error \n "+ ex.Message);
}
DataParseResult.PrimaryKey = new DataColumn[] { DataParseResult.Columns[0] };
return DataParseResult;
}
///<summary>
///<para>Parse test data from LTX stdf test result in to datatable (multifile)</para>
///<seealso cref="DataParse.GetDataFromStd"/>
///</summary>
/// <param name="fileName">Full patch with file name of the stdf file (multifile)</param>
/// <returns>DataTable</returns>
public DataTable GetDataFromStd(string[] arrayFileName)
{
#region *** Variable define ***
DataTable DataParseResult = new DataTable();
DataTable DataParseResultTemp = new DataTable();
double parseTime = 0;
double insertTime = 0;
int deviceCount = 0;
int testedDevice = 0;
int passedDevice = 0;
int failedDevice = 0;
DataHeader header = new Common.DataHeader();
Bin bin = new Common.Bin();
bool isFirstFile = true;
bool isFirstTable = true;
DateTime dtLotStart = DateTime.Now;
DateTime dtLotFinish = DateTime.Now;
Dictionary<string, int> headerDic = new Dictionary<string, int>();
#endregion *** Variable define ***
#region *** Innitial Properties ***
bin.DeviceCount = new int[8];
bin.Name = new string[8];
bin.Number = new int[8];
bin.Percent = new double[8];
header.SessionCount = 0;
#endregion *** Innitial Properties ***
#region *** Get and merge data table ***
try
{
foreach (string fileName in arrayFileName)
//Parallel.ForEach(arrayFileName, fileName =>
{
DataParseResultTemp = this.GetDataFromStd(fileName);
#region *** Caculate Properties ***
header.SessionCount++;
parseTime += m_ParseTime;
insertTime += m_InsertTime;
testedDevice += m_TestedDevice;
passedDevice += m_PassedDevice;
failedDevice += m_FailedDevice;
header.FailQuantity += m_Header.FailQuantity;
header.LotQuantity += m_Header.LotQuantity;
header.PassQuantity += m_Header.PassQuantity;
header.TestQuantity += m_Header.TestQuantity;
header.enVision_Version = m_Header.enVision_Version;
if (isFirstFile)
{
header.LotID = m_Header.LotID;
header.SubLotID = m_Header.SubLotID;
header.OperatorID = m_Header.OperatorID;
header.TestBoard = m_Header.TestBoard;
header.DeviceName = m_Header.DeviceName;
header.Tester = m_Header.Tester;
header.Handler = m_Header.Handler;
header.TesterType = m_Header.TesterType;
header.Product = m_Header.Product;
header.ProgramRev = m_Header.ProgramRev;
dtLotStart = Convert.ToDateTime(m_Header.LotStartDateTime);
dtLotFinish = Convert.ToDateTime(m_Header.LotFinishDateTime);
isFirstFile = false;
}
else
{
if (m_Header.LotID != "" && m_Header.LotID != null)
header.LotID = header.LotID + " & " + m_Header.LotID;
if (m_Header.SubLotID != "" && m_Header.SubLotID != null)
header.SubLotID = header.SubLotID + " & " + m_Header.SubLotID;
if (m_Header.OperatorID != "" && m_Header.OperatorID != null)
header.OperatorID = header.OperatorID + " & " + m_Header.OperatorID;
if (m_Header.TestBoard != "" && m_Header.TestBoard != null)
header.TestBoard = header.TestBoard + " & " + m_Header.TestBoard;
if (m_Header.Tester != "" && m_Header.Tester != null)
header.Tester = header.Tester + " & " + m_Header.Tester;
if (m_Header.TesterType != "" && m_Header.TesterType != null)
header.TesterType = header.TesterType + " & " + m_Header.TesterType;
if (m_Header.Handler != "" && m_Header.Handler != null)
header.Handler = header.Handler + " & " + m_Header.Handler;
//Lot Start Datetime
if (m_Header.LotStartDateTime < dtLotStart)
{
dtLotStart = m_Header.LotStartDateTime;
}
//Lot Finish Datetime
if (m_Header.LotFinishDateTime > dtLotFinish)
{
dtLotFinish = m_Header.LotFinishDateTime;
}
//Check Product Name
if (m_Header.Product != header.Product)
{
throw new Exception("file " + fileName + " has different Product name with before.");
}
//Check Program Rev
if (m_Header.ProgramRev != header.ProgramRev)
{
throw new Exception("file " + fileName + " has different Program Rev with before.");
}
}//end of if firstfile
header.Yield = Math.Round(Convert.ToDouble(header.PassQuantity) / Convert.ToDouble(header.TestQuantity) * 100, 3);
header.LotStartDateTime = dtLotStart;
header.LotFinishDateTime = dtLotFinish;
for (int i = 0; i < 8; i++)
{
bin.DeviceCount[i] += m_Bin.DeviceCount[i];
bin.Name[i] = m_Bin.Name[i];
bin.Number[i] = m_Bin.Number[i];
bin.Percent[i] = Math.Round(Convert.ToDouble(bin.DeviceCount[i]) / Convert.ToDouble(m_TestedDevice) * 100, 3);
}
#endregion *** Caculate Properties ***
#region *** Merge Data Table ***
if (isFirstTable)
{
isFirstTable = false;
//Build table structure
DataParseResult = DataParseResultTemp.Clone();
foreach (DataRow dr in DataParseResultTemp.Rows)
{
DataParseResult.ImportRow(dr);
}
//get first table device count
deviceCount = DataParseResult.Rows.Count - 4;
}
else
{
//merge less columns datatable to more columns datatable
if (DataParseResultTemp.Columns.Count > DataParseResult.Columns.Count)
{
foreach (DataRow dr in DataParseResult.Rows)
{
if (DataParseResult.Rows.IndexOf(dr) > 3)
{
//reset device count
deviceCount++;
dr[0] = deviceCount;
DataParseResultTemp.ImportRow(dr);
//Move Status Column to last
int lastRowIndex = DataParseResultTemp.Rows.Count - 1;
int lastColumnIndex = DataParseResultTemp.Columns.Count - 1;
DataParseResultTemp.Rows[lastRowIndex][lastColumnIndex] = dr[DataParseResult.Columns.Count - 1];
DataParseResultTemp.Rows[lastRowIndex][DataParseResult.Columns.Count - 1] = null;
}
}
DataParseResult = DataParseResultTemp;
}
else
{
foreach (DataRow dr in DataParseResultTemp.Rows)
{
if (DataParseResultTemp.Rows.IndexOf(dr) > 3)
{
//reset device count
deviceCount++;
dr[0] = deviceCount;
DataParseResult.ImportRow(dr);
//Move Status Column to last
if (DataParseResultTemp.Columns.Count < DataParseResult.Columns.Count)
{
int lastRowIndex = DataParseResult.Rows.Count - 1;
int lastColumnIndex = DataParseResult.Columns.Count - 1;
DataParseResult.Rows[lastRowIndex][lastColumnIndex] = dr[DataParseResultTemp.Columns.Count - 1];
DataParseResult.Rows[lastRowIndex][DataParseResultTemp.Columns.Count - 1] = null;
}
}
}//end of foreach (DataRow dr in DataParseResultTemp.Rows)
}//end of if (DataParseResultTemp.Columns.Count > DataParseResult.Columns.Count)
}// end of if else (isFirstTable)
#endregion *** Merge Data Table ***
}//);//end of foreach (string fileName in arrayFileName)
#region *** Final Properties ***
m_Bin = bin;
m_Header = header;
m_FailedDevice = failedDevice;
m_PassedDevice = passedDevice;
m_TestedDevice = testedDevice;
m_ParseTime = parseTime;
m_InsertTime = insertTime;
#endregion *** Final Properties ***
}
catch (Exception ex)
{
throw new Exception("Parse data error \n " + ex.Message);
}
#endregion *** Parse test data from txt file ***
DataParseResult.PrimaryKey = new DataColumn[] { DataParseResult.Columns[0] };
return DataParseResult;
}