void CResultsDataManager::load(const String &filepath)
{
INFO(getPrintInfo(), "CResultsDataManager::load(\"" << filepath << "\")");
path p(filepath);
if (CDataManager::checkPathOk(p) == 1) {
if (getDataHandler()->getSelection())
getDataHandler()->getSelection()->loadResults(filepath.c_str());
else
getDataHandler()->getResults(true)->load(filepath);
} else
throw CException("CResultsDataManager::load", filepath + " is not a regular file");
}
void CResultsDataManager::dumpTestcases(const String &filepath)
{
INFO(getPrintInfo(), "CResultsDataManager::dumpTestcases(\"" << filepath << "\")");
if (getDataHandler()->getResults() || getDataHandler()->getSelection()) {
ofstream O((filepath + ".csv").c_str());
const IIDManager& idm = (getDataHandler()->getSelection() ? getDataHandler()->getSelection()->getResults() : getDataHandler()->getResults())->getTestcases();
for (IndexType idx = 0; idx < idm.size(); ++idx) {
O << idx << ':' << idm[idx] << std::endl;
}
O.close();
} else
WARN("There is no results data to be dumped.");
}
void CResultsDataManager::dumpRevisions(const String& filepath)
{
INFO(getPrintInfo(), "CResultsDataManager::dumpRevisions(\"" << filepath << "\")");
if (getDataHandler()->getResults() || getDataHandler()->getSelection()) {
ofstream O((filepath + ".csv").c_str());
IntVector revList = (getDataHandler()->getSelection() ? getDataHandler()->getSelection()->getResults() : getDataHandler()->getResults())->getRevisionNumbers();
for (IndexType idx = 0; idx < revList.size(); ++idx) {
O << idx << ':' << revList[idx] << std::endl;
}
O.close();
} else {
WARN("There is no results data to be dumped.");
}
}
///////////////////////////////////////////////////////////
///////////////////////////////////////////////////////////
//
//
// Create a data handler and connect it to the buffer
//
//
///////////////////////////////////////////////////////////
///////////////////////////////////////////////////////////
ptr<handlers::dataHandler> buffer::getDataHandler(bool bWrite, imbxUint32 size)
{
PUNTOEXE_FUNCTION_START(L"buffer::getDataHandler");
return getDataHandler(bWrite, false, size);
PUNTOEXE_FUNCTION_END();
}
///////////////////////////////////////////////////////////
///////////////////////////////////////////////////////////
//
//
// Create a raw data handler and connect it to the buffer
//
//
///////////////////////////////////////////////////////////
///////////////////////////////////////////////////////////
ptr<handlers::dataHandlerRaw> buffer::getDataHandlerRaw(bool bWrite, imbxUint32 size)
{
PUNTOEXE_FUNCTION_START(L"buffer::getDataHandlerRaw");
ptr<handlers::dataHandler> returnValue = getDataHandler(bWrite, true, size);
return ptr<handlers::dataHandlerRaw>((handlers::dataHandlerRaw*)returnValue.get());
PUNTOEXE_FUNCTION_END();
}
void CResultsDataManager::dumpPassFail(const String& filepath, bool psize, char csep, char rsep)
{
INFO(getPrintInfo(), "CResultsDataManager::dumpPassFail(\"" << filepath << "\")");
if (getDataHandler()->getResults() || getDataHandler()->getSelection()) {
ofstream O((filepath + ".csv").c_str());
const IBitMatrix& m = (getDataHandler()->getSelection() ? getDataHandler()->getSelection()->getResults() : getDataHandler()->getResults())->getPassedBitMatrix();
if (psize) {
O << m.getNumOfRows() << csep << m.getNumOfCols() << rsep;
}
for (IndexType rev = 0; rev < m.getNumOfRows(); ++rev) {
O << m[rev][0];
for(IndexType tcidx = 1; tcidx < m.getNumOfCols(); ++tcidx) {
O << csep << (m[rev][tcidx] ? '1' : '0');
}
O << rsep;
}
O.close();
} else
WARN("There is no results data to be dumped.");
}
