/****************************************************************************** Function Name : nGenerateTextReport Input(s) : CStdioFile& omReportFile Output : INT Functionality : Generates Text Report Member of : CResultGenerator Friend of : - Author(s) : Venkatanarayana Makam Date Created : 07/04/2011 Modifications : Code Tag : ******************************************************************************/ INT CResultGenerator::nGenerateTextReport(CStdioFile& omReportFile) { //BUSMASTER Version omReportFile.WriteString("\n\t\t\t\tBUSMASTER Version:: BUSMASTER " + m_omStrVersion); omReportFile.WriteString("\n\t\t\t\tReport File For:: "); omReportFile.WriteString(m_omStrTestSetupFile); omReportFile.WriteString("\n\nTestSetup File Information:"); omReportFile.WriteString("\n---------------------------\n\t"); omReportFile.WriteString("\n\tTitle: "+ m_omStrTestSetupFile); omReportFile.WriteString("\n\tModule Name:"+m_ouHeaderInfo.m_sModuleName.m_omValue); omReportFile.WriteString("\n\tVersion: "+m_ouHeaderInfo.m_sVersion.m_omValue); omReportFile.WriteString("\n\tDatabase Information:"+m_ouHeaderInfo.m_omDatabasePath); omReportFile.WriteString("\n\n"); omReportFile.WriteString("Engineer Info:"); omReportFile.WriteString("\n--------------"); omReportFile.WriteString("\n\tName: "+m_ouHeaderInfo.m_sEngineerInfo1.m_omValue); omReportFile.WriteString("\n\tDesignation: "+m_ouHeaderInfo.m_sEngineerInfo2.m_omValue); omReportFile.WriteString("\nResults:"); omReportFile.WriteString("\n-------"); omReportFile.WriteString("\n"); INT nTcCount = (INT)m_odTcResultList.GetCount(); for(INT nTcIndex = 0; nTcIndex< nTcCount; nTcIndex++) { POSITION pos = m_odTcResultList.FindIndex(nTcIndex); CResultTc& ouResultTc = m_odTcResultList.GetAt(pos); omReportFile.WriteString("\nTestCase: "+ouResultTc.m_omTestCase); if(ouResultTc.m_eResult == ERRORS) { omReportFile.WriteString("\nResult:\tFAILED"); } else { omReportFile.WriteString("\nResult:\tSUCCESS"); } omReportFile.WriteString("\nStratTime:"+SysTimeToString(ouResultTc.m_sStartTime)); omReportFile.WriteString("\nEndTime:"+SysTimeToString(ouResultTc.m_sEndTime)); //omReportFile.WriteString("\n"); INT nVerifyCount = (INT)ouResultTc.m_ouVerifyList.GetCount(); for(INT nVerifyIndex = 0; nVerifyIndex <nVerifyCount; nVerifyIndex++) { CString omStrVerify; omStrVerify.Format("\n\tVerify - %d", nVerifyIndex+1); omReportFile.WriteString(omStrVerify); POSITION pos = ouResultTc.m_ouVerifyList.FindIndex(nVerifyIndex); CResultVerify& ouVerify = ouResultTc.m_ouVerifyList.GetAt(pos); INT nMsgCount = (INT)ouVerify.m_MessageResultList.GetCount(); if(nMsgCount == 0) { CString omStrTemp("No Message is Verified"); omReportFile.WriteString("\n\t\t" + omStrTemp); } else { for(INT nMsgIndex = 0; nMsgIndex<nMsgCount; nMsgIndex++) { POSITION pos = ouVerify.m_MessageResultList.FindIndex(nMsgIndex); CMessageResult& ouMsgResult = ouVerify.m_MessageResultList.GetAt(pos); omReportFile.WriteString("\n\t\t" + ouMsgResult.m_omMessage + ":"); INT nSignalCount = (INT)ouMsgResult.m_SignalResultList.GetCount(); for(INT nSignalIndex=0; nSignalIndex<nSignalCount; nSignalIndex++) { CString omStrTemp; POSITION posSignal = ouMsgResult.m_SignalResultList.FindIndex(nSignalIndex); CSignalResult ouSignalResult = ouMsgResult.m_SignalResultList.GetAt(posSignal); omStrTemp.Format("\n\t\t\t%-32s %16s (x = %s) %16s", ouSignalResult.m_omSignal, ouSignalResult.m_omSignalCondition, ouSignalResult.m_omSignalValue, ouSignalResult.m_omResult); omReportFile.WriteString(omStrTemp); } } } } omReportFile.WriteString("\n"); } return 0; }
void vConvStrtoByteArray(CByteArray* pomByteArrayBufTx, CHAR* pctempBuf, BOOL bHexON) { char tCh = ' '; UINT unCount=0; UCHAR ucFirstCh = '\0'; UCHAR ucSecondCh = '\0'; UCHAR ucThirdCh = '\0'; //Copy the modified string to a local Cstring //variable and remove all white spaces CString omStrTemp(pctempBuf); omStrTemp.Remove(tCh); INT nStrLength = omStrTemp.GetLength(); //start converting them into a byte. while (nStrLength) { //get the first char ucFirstCh = omStrTemp.GetAt(unCount++); //if the value is greater than or equal to zero or //less than or equal to nine, get the value by //subtracting the ASCII value of '0' if (('0' <= ucFirstCh) && (ucFirstCh <= '9')) { ucFirstCh -='0'; } else { //The character is between 'a' to 'f'. First //convert to lowercase and deduct 87 which //will give the correct value for the char //as the ASCII value of 'a' is 97. ucFirstCh = (UCHAR)tolower (ucFirstCh); ucFirstCh-= 87; } //if the value is greater than or equal to zero or //less than or equal to nine, get the value by //subtracting the ASCII value of '0' nStrLength --; if(nStrLength) { ucSecondCh = omStrTemp.GetAt(unCount++); if (('0' <= ucSecondCh) && (ucSecondCh <= '9')) { ucSecondCh -='0'; } else { //The character is between 'a' to 'f'. First //convert to lowercase and deduct 87 which //will give the correct value for the char //as the ASCII value of 'a' is 97. ucSecondCh = (UCHAR)tolower (ucSecondCh); ucSecondCh-= 87; } //Now add the byte to the byte array if(bHexON == TRUE) { ucFirstCh <<= 4; ucFirstCh |= ucSecondCh; pomByteArrayBufTx->Add(ucFirstCh); } nStrLength --; } if(bHexON == FALSE ) { //if the value is greater than or equal to zero or //less than or equal to nine, get the value by //subtracting the ASCII value of '0' //check if the mode is Decimal ,then get the third character if(nStrLength ) { ucThirdCh = omStrTemp.GetAt(unCount++); if (('0' <= ucThirdCh) && (ucThirdCh <= '9')) { ucThirdCh -='0'; } ucFirstCh = ucFirstCh * 100; ucFirstCh += ucSecondCh * 10; ucFirstCh = (UCHAR)(ucFirstCh + ucThirdCh); //ucFirstCh += ucThirdCh; nStrLength --; pomByteArrayBufTx->Add(ucFirstCh); } } }//while (nStrLength); }