void SPSSImporterTest::spssTester()
{
QFETCH(QString, filename);
qDebug() << "File: " << filename;
//spss file open
QString fullPath_spss = QString(TESTFILE_FOLDER "spssimporter_test/spss_files/").append(filename);
DataSetPackage *ds_spss = new DataSetPackage();
fe_spss->setPath(fullPath_spss);
asl_spss->loadTask(fe_spss, ds_spss); //load the spss file
//asl_spss->_thread.quit();
struct fileContent fc_spss;
copyToStructure(ds_spss, &fc_spss); //copy contents of ds_spss to file contents structure
SharedMemory::deleteDataSet(ds_spss->dataSet); //clear shared memory
ds_spss->~DataSetPackage();
//csv file open
QString csvFile = filename;
csvFile.replace(filename.size()-3, 3, "csv");
QString fullPath_csv = QString(TESTFILE_FOLDER "spssimporter_test/csv_files/").append(csvFile);
DataSetPackage *ds_csv = new DataSetPackage();
fe_csv->setPath(fullPath_csv);
asl_csv->loadTask(fe_csv, ds_csv); //load the corresponding csv file - this is the expected output
//asl_csv->_thread.quit();
struct fileContent fc_csv;
copyToStructure(ds_csv, &fc_csv); //copy contents of ds_csv to fc_csv structure
SharedMemory::deleteDataSet(ds_csv->dataSet); //clear the shared memory
ds_csv->~DataSetPackage();
QVERIFY(checkIfEqual(&fc_spss, &fc_csv)); // end of test
}
int main(int argc, char **argv) {
int *x = new int;
delete x;
std::string *s = new std::string();
checkIfEqual();
int *values[8];
for(unsigned int v = 0; v < 8; ++v) values[v] = new int;
for(unsigned int v = 0; v < 8; ++v) delete values[v];
checkIfEqual();
return 0;
}
int main()
{
float dataA[N][N], dataB[N][N], dataD[N][N];
//int i, j;
complex A[N][N], B[N][N];
readFile("1_im1", dataA);
readFile("1_im2", dataB);
readFile("out_1", dataD);
//print2DMatrix(dataA);
//readFile("1_im1", dataA);
//readFile("1_im2", dataB);
//readFile("out_1", dataD);
parseToComplex(A, dataA);
parseToComplex(B, dataB);
double startTime = MPI_Wtime();
c_fft2d_serial(A);
c_fft2d_serial(B);
pointMul_serial(A, B);
c_inv_fft2d_serial(A);
double endTime = MPI_Wtime();
printf("Duration = %f\n", (endTime - startTime));
float D[N][N];
parseToReal(D, A);
//print2DMatrix(D);
checkIfEqual(D, dataD);
}
