/******************************************************************************
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);
}
