#include "StdAfx.h"
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#include "RawResultReader.h"
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#include "akLoggerExt.h"
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#include "akCore/akFileDB.h"
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#include <process.h>
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#include "DitGlassRawClient.h"
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#include "GlassRawBase.h"
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#ifdef _DEBUG
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#undef THIS_FILE
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static char THIS_FILE[] = __FILE__;
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#define new DEBUG_NEW
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#endif
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CRawResultReader::CRawResultReader(void)
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{
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m_nThreadStackFileReadFlag = 0;
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m_nProcessState = RPS_StateIdle;
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m_strConfigFile;
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{
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GetModuleFileName(NULL, m_strConfigFile, MAX_PATH);
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char* ext = CakFileUtil::getFileExt(m_strConfigFile);
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strcpy(ext, "ini");
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}
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CreateDirectory("D:\\DIT_ResultData\\RawMerge", NULL);
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m_nProcessState = RPS_StateIdle;
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readOptionFile();
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}
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CRawResultReader::~CRawResultReader(void)
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{
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if (m_nThreadStackFileReadFlag == 1)
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{
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m_nThreadStackFileReadFlag = 2;
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while (m_nThreadStackFileReadFlag != 0)
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{
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Sleep(1);
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}
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}
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m_vecStackDefect.clear();
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}
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BOOL CRawResultReader::openFile(char* pGlassID)
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{
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CString strFileName;
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CDitGlassRawClient GlassRawClient;
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GlassRawClient.ConnectServer();
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CDitGlassRawClient* pShared = &GlassRawClient;
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_grmDefectData* pGrmStack;
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strFileName.Format("%s\\%s", m_strLocalPath, pGlassID);
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FILE* pf = fopen(strFileName.GetBuffer(0), "r");
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if (pf == NULL)
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return FALSE;
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std::vector<_grmDefectData> vecStackDefect;
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_grmDefectData StackDefect;
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char buffer[2048];
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char* pReadPoint = NULL;
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char *pStr;
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CString tempStr, strRight;
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while (!feof(pf)) //Data ½ÃÀÛ
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{
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pStr = fgets(buffer, 2048, pf);
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if (strncmp(buffer, "DATA", 4)) continue;
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if (strlen(buffer) <= 0 || pStr == NULL)
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break;
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if (strncmp(buffer, "DATA DEFECT", 10)) continue;
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//Defect Stack Start
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{
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pReadPoint = buffer;
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int temp;
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CString strtemp;
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pReadPoint = getParsingData(pReadPoint, 4, &temp);
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pReadPoint = getParsingData(pReadPoint, 6, &temp);
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pReadPoint = getParsingData(pReadPoint, 12, &strtemp);
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//Cell ID·Î idx ã±â
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{
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tempStr = strtemp.Right(2);
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int nUpper = atoi(tempStr.Left(1));
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nUpper *= 36;
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char ctemp[2];
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strRight = tempStr.Right(1);
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strcpy(ctemp, strRight);
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int nLower = static_cast<int>(ctemp[0]);
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if (48 <= nLower && nLower <= 57)
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nLower = 43 /* 65+26+17 */ + nLower;
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nLower -= 65;
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StackDefect.m_nCellIdx = nUpper + nLower;
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}
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pReadPoint = getParsingData(pReadPoint, 5, &temp);
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pReadPoint = getParsingData(pReadPoint, 8, &StackDefect.m_nUMCenterAlignX);
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pReadPoint = getParsingData(pReadPoint, 8, &StackDefect.m_nUMCenterAlignY);
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StackDefect.m_nUMCenterAlignY = StackDefect.m_nUMCenterAlignY*-1;
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pReadPoint = getParsingData(pReadPoint, 6, &StackDefect.m_nCellGate);
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pReadPoint = getParsingData(pReadPoint, 6, &StackDefect.m_nCellData);
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pReadPoint = getParsingData(pReadPoint, 4, &StackDefect.m_nPixelSize);
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pReadPoint = getParsingData(pReadPoint, 4, &StackDefect.m_nUMSizeX);
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pReadPoint = getParsingData(pReadPoint, 4, &StackDefect.m_nUMSizeY);
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pReadPoint = getParsingData(pReadPoint, 4, &StackDefect.m_nDefectRScale);
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pReadPoint = getParsingData(pReadPoint, 4, &strtemp); //StackDefect.m_DefectJudgement
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if (strtemp == "OK")
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StackDefect.m_DefectJudgement = Judge_OK;
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else if (strtemp == "TR")
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StackDefect.m_DefectJudgement = Judge_TR;
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else if (strtemp == "PR")
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StackDefect.m_DefectJudgement = Judge_PR;
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else
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StackDefect.m_StackInfo = Stack_Unknown;
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pReadPoint = getParsingData(pReadPoint, 4, &strtemp);
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strncpy(StackDefect.m_strDefectCode, strtemp.GetBuffer(0), 4+1); // Null ¹®ÀÚ ¹®¿¡ +1
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pReadPoint = getParsingData(pReadPoint, 2, &strtemp);
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if (strtemp == "UK")
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StackDefect.m_StackInfo = Stack_Unknown;
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else if (strtemp == "TD")
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StackDefect.m_StackInfo = Stack_TD;
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else if (strtemp == "SD")
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StackDefect.m_StackInfo = Stack_SD;
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else if (strtemp == "PD")
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StackDefect.m_StackInfo = Stack_PD;
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else if (strtemp == "SP")
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StackDefect.m_StackInfo = Stack_SP;
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else
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StackDefect.m_StackInfo = Stack_Unknown;
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pReadPoint = getParsingData(pReadPoint, 2, &StackDefect.m_nStackStepCount);
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pReadPoint = getParsingData(pReadPoint, 60, &strtemp); // Stack Step m_strStackFirst
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strncpy(StackDefect.m_strStackFirst, strtemp.GetBuffer(0), 60);
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pReadPoint = getParsingData(pReadPoint, 16, &strtemp); // ReviewImageName m_strRevImageName
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pReadPoint = getParsingData(pReadPoint, 12, &temp); // ¹Ì»ç¿ë
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pReadPoint = getParsingData(pReadPoint, 12, &temp); // ¹Ì»ç¿ë
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pReadPoint = getParsingData(pReadPoint, 12, &strtemp); // ZoneNum m_sZonePixelCount[i]
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pReadPoint = getParsingData(pReadPoint, 12, &strtemp);//m_DefectSizeType
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if (strtemp == "S")
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StackDefect.m_DefectSizeType = SizeType_Small;
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else if (strtemp == "M")
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StackDefect.m_DefectSizeType = SizeType_Mid;
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else if (strtemp == "L")
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StackDefect.m_DefectSizeType = SizeType_Large;
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else if (strtemp == "H")
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StackDefect.m_DefectSizeType = SizeType_Huge;
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else if (strtemp == "U")
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StackDefect.m_DefectSizeType = SizeType_Ultra;
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else
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StackDefect.m_DefectSizeType = SizeType_Small;
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pReadPoint = getParsingData(pReadPoint, 12, &strtemp);//m_DefectSubType
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if (strtemp == "MC")
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StackDefect.m_DefectSubType = DefectSubType_MC;
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else if (strtemp == "MD")
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StackDefect.m_DefectSubType = DefectSubType_Mask;
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else if (strtemp == "CD")
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StackDefect.m_DefectSubType = DefectSubType_Common;
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else if (strtemp == "NO")
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StackDefect.m_DefectSubType = DefectSubType_NoDefect;
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else if (strtemp == "N")
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StackDefect.m_DefectSubType = DefectSubType_Normal;
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else
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StackDefect.m_DefectSubType = DefectSubType_Normal;
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pReadPoint = getParsingData(pReadPoint, 12, &temp);//m_ReviewDefect.m_fWsi_ResultData[1]
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pReadPoint = getParsingData(pReadPoint, 12, &temp);//m_ReviewDefect.m_fWsi_ResultData[3]
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pReadPoint = getParsingData(pReadPoint, 12, &strtemp);//¹Ì»ç¿ë
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pReadPoint = getParsingData(pReadPoint, 12, &StackDefect.m_nLevelSrcMin);//m_nLevelSrcMin
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pReadPoint = getParsingData(pReadPoint, 12, &StackDefect.m_nLevelSrcMax);//m_nLevelSrcMax
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pReadPoint = getParsingData(pReadPoint, 12, &StackDefect.m_nLevelSrcAvg);//m_nLevelSrcAvg
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pReadPoint = getParsingData(pReadPoint, 12, &StackDefect.m_sDefectPeak);//m_sDefectPeak
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pReadPoint = getParsingData(pReadPoint, 12, &strtemp);//m_ReviewDefect.m_strWsi_3DImageFilename
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pReadPoint = getParsingData(pReadPoint, 12, &strtemp);//m_strAoiImageName
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strncpy(StackDefect.m_strAoiImageName, strtemp.GetBuffer(0), 12);
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pReadPoint = getParsingData(pReadPoint, 12, &StackDefect.m_nScanIdx);//m_nScanIdx
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pReadPoint = getParsingData(pReadPoint, 12, &StackDefect.m_nCameraID);//m_nCameraID
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pReadPoint = getParsingData(pReadPoint, 12, &temp);//m_nDefectIdx
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pReadPoint = getParsingData(pReadPoint, 12, &StackDefect.m_nLevelRefMin);//m_nLevelRefMin
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pReadPoint = getParsingData(pReadPoint, 12, &StackDefect.m_nLevelRefMax);//m_nLevelRefMax
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pReadPoint = getParsingData(pReadPoint, 12, &StackDefect.m_nLevelRefAvg);//m_nLevelRefAvg
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pReadPoint = getParsingData(pReadPoint, 12, &strtemp);//m_ReviewDefect.m_fWsi_ResultData[4]
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pReadPoint = getParsingData(pReadPoint, 12, &strtemp);//m_ReviewDefect.m_fWsi_ResultData[5]
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pReadPoint = getParsingData(pReadPoint, 12, &strtemp);//m_ReviewDefect.m_fWsi_ResultData[6]
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pReadPoint = getParsingData(pReadPoint, 12, &strtemp);//m_nHliLayers
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StackDefect.m_nHliLayers = 0;
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{
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CString resToken;
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int curPos = 0, idx = 0;
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resToken = strtemp.Tokenize(_T(","), curPos);
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while (resToken != "")
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{
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int nShiftCnt = atoi(resToken);
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StackDefect.m_nHliLayers = StackDefect.m_nHliLayers +( 1 << nShiftCnt );
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resToken = strtemp.Tokenize(_T(","), curPos);
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}
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}
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pReadPoint = getParsingData(pReadPoint, 12, &StackDefect.m_nCompact);//m_nCompact
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pReadPoint = getParsingData(pReadPoint, 12, &StackDefect.m_nThickness);//m_nThickness
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pReadPoint = getParsingData(pReadPoint, 12, &StackDefect.m_nMajor);//m_nMajor
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pReadPoint = getParsingData(pReadPoint, 12, &StackDefect.m_nMinor);//m_nMinor
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pReadPoint = getParsingData(pReadPoint, 12, &strtemp);//m_ReviewDefect.m_fWsi_ResultData[0]
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pReadPoint = getParsingData(pReadPoint, 12, &strtemp);//m_DefectType
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if (strtemp == "RB")
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StackDefect.m_DefectType = DefectType_RBlack;
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else if (strtemp == "RW")
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StackDefect.m_DefectType = DefectType_RWhite;
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else if (strtemp == "TB")
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StackDefect.m_DefectType = DefectType_TBlack;
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else if (strtemp == "TW")
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StackDefect.m_DefectType = DefectType_TWhite;
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else if (strtemp == "UN")
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StackDefect.m_DefectType = DefectType_Unknown;
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else
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StackDefect.m_DefectType = DefectType_Unknown;
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vecStackDefect.push_back(StackDefect);
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}
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}
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AKLOG("Read RawMerge Size : %d", vecStackDefect.size());
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fclose(pf);
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m_vecStackDefect = vecStackDefect;
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for (int i = 0; i < m_vecStackDefect.size(); i++)
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{
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pGrmStack = pShared->GetRawMergeData(i);
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pGrmStack->clear();
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memcpy(pGrmStack, &m_vecStackDefect[i], sizeof(_grmDefectData));
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}
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pShared->GetGlassData()->m_nRawMergeNum = m_vecStackDefect.size(); // RawMerge
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pShared->GetGlassData()->m_bRawMergeRead = TRUE;
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AKLOG("Import Vector Size : %d", m_vecStackDefect.size());
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return TRUE;
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}
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char* CRawResultReader::getParsingData(char* pBuf, int nLen, CString* pOutData)
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{
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for (int i = nLen - 1; i >= 0; i--)
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{
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if (pBuf[i] != ' ')
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{
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pBuf[i + 1] = 0;
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break;
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}
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}
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*pOutData = pBuf;
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return &pBuf[nLen + 1]; //±¸ºÐÀÚ °Ç³Ê ¶Ù¾î¼ ´ÙÀ½ ÀÐÀ» Æ÷ÀÎÆ® ³Ñ°ÜÁØ´Ù
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}
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char* CRawResultReader::getParsingData(char* pBuf, int nLen, short* pOutData)
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{
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pBuf[nLen] = 0;
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*pOutData = atoi(pBuf);
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return &pBuf[nLen + 1]; //±¸ºÐÀÚ °Ç³Ê ¶Ù¾î¼ ´ÙÀ½ ÀÐÀ» Æ÷ÀÎÆ® ³Ñ°ÜÁØ´Ù
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}
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char* CRawResultReader::getParsingData(char* pBuf, int nLen, int* pOutData)
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{
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pBuf[nLen] = 0;
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*pOutData = atoi(pBuf);
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return &pBuf[nLen + 1]; //±¸ºÐÀÚ °Ç³Ê ¶Ù¾î¼ ´ÙÀ½ ÀÐÀ» Æ÷ÀÎÆ® ³Ñ°ÜÁØ´Ù
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}
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BOOL CRawResultReader::readOptionFile(char* pFileName /*= "C:\\AOIServer\\ConfigFile\\MacroInfo.cfg"*/)
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{
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if (pFileName == NULL) pFileName = m_strConfigFile;
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CakFileDB akFileDB;
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akFileDB.openfile(pFileName);
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akFileDB.getItem("RawMerge_Use", &m_bStackUse, 0);
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akFileDB.getItem("RawMerge_LocalPath", m_strLocalPath, "D:\\DIT_ResultData\\RawMerge");
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if (m_bStackUse && m_nThreadStackFileReadFlag == 0)
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{
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_beginthread(threadResultFileRead, NULL, this);
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}
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return TRUE;
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}
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void CRawResultReader::threadResultFileRead(void* pArg)
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{
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CRawResultReader* pThis = (CRawResultReader*)pArg;
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pThis->m_nThreadStackFileReadFlag = 1;
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int nReadFailCount = 0;
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int nThreadCount = 0;
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CString strGlassID;
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while (pThis->m_nThreadStackFileReadFlag == 1)
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{
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if (pThis->m_nProcessState == RPS_CmdFileRead) //½ºÅÃÆÄÀÏ Àб⠼öÇà [±èÅÂÇö 2019/1/12]
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{
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strGlassID = pThis->m_strGlassID;
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pThis->m_nProcessState = RPS_StateFileRead;
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nThreadCount = 0;
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nReadFailCount = 0;
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AKLOG("RawMerge File Read Start : %s\\%s", pThis->m_strLocalPath, strGlassID);
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Sleep(3000);
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while (pThis->m_nProcessState == RPS_StateFileRead && pThis->m_nThreadStackFileReadFlag == 1)
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{
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if ((nThreadCount++ % 20) != 0) //¸í·É ¼öÇàÀ» ºü¸£°Ô °¨Áö À§ÇÑ Á¶Ä¡
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{
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Sleep(50);
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continue;
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}
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if (pThis->openFile(strGlassID.GetBuffer(0)) == TRUE)
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{
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pThis->m_nProcessState = RPS_ResultReadOK;
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AKLOG("RawMerge File Read Complete ");
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break;
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}
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nReadFailCount++;
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AKLOG("RawMerge File Read Try : %d", nReadFailCount);
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if (nReadFailCount > 10)
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{
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pThis->m_nProcessState = RPS_ResultReadFail;
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break;
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}
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Sleep(50);
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}
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if (pThis->m_nProcessState != RPS_ResultReadOK)
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{
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pThis->m_nProcessState = RPS_ResultReadFail;
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}
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}
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if (nReadFailCount)
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Sleep(500);
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}
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pThis->m_nThreadStackFileReadFlag = 0;
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}
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BOOL CRawResultReader::RawMergeFileReadStart(char* pGlassID)
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{
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if (m_nThreadStackFileReadFlag == 0)
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{
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_beginthread(threadResultFileRead, NULL, this);
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}
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if (m_nProcessState == RPS_StateFileRead)
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{
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m_nProcessState = RPS_CmdFileStop;
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while (m_nProcessState == RPS_CmdFileStop) Sleep(0);
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}
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m_strGlassID = pGlassID;
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m_nProcessState = RPS_CmdFileRead;
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return TRUE;
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}
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BOOL CRawResultReader::RawMergeFileReadStop(BOOL bWait/*=TRUE*/)
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{
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/*
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if (bWait == TRUE && m_nProcessState == SPS_StateFileRead)
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{
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m_nProcessState = SPS_CmdFileStop;
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while (m_nProcessState == SPS_CmdFileStop) Sleep(0);
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}
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*/
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return TRUE;
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}
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