const boost::array<bool, DataType::NUMBER_OF_DATA_TYPES>& NTupleEventReader::getSeenDatatypes() {
if (areDatatypesKnown == false) {
readDataTypes();
areDatatypesKnown = true;
}
return seenDataTypes;
}
//----------------------------------------
fData *readFile(FILE *dataFile, FILE *dataTypesFile, int *err) {
fData *dataTypes = NULL;
fData *data;
int errFlag = 0; //this errflag turns to 1 when there is a type conflict
if (!dataFile) {
fprintf(stderr, "Flib::readFile: The data file pointer is invalid.\n");
return (fData *) NULL;
}
if (dataTypesFile) if ((dataTypes = readDataTypes(dataTypesFile)) == NULL) {
fprintf(stderr, "Flib::readAndVerify: Could not read the dataTypes file.\n");
return (fData *) NULL;
}
data = (fData *) malloc(sizeof(fData));
if ((data->fieldNames = readRowOne(dataFile, &(data->numCols))) == NULL) return (fData *) NULL;
/* if we are verifying the types, use it as an argument to reading the data */
if (dataTypes)
errFlag = readFData(dataFile, data, dataTypes->types);
else
errFlag = readFData(dataFile, data, NULL);
/* if there was some sort of an error in the reading process */
if (data->data == NULL) return (fData *) NULL;
*err = errFlag;
return data;
}
ResultsStatBinary::ResultsStatBinary(
ObjectInputStream *archive,
MeshDataStat *meshDataStat,
NodeNoMapper *nodeNoMapperResFile,
int maxNoOfDataTypes,
OutputHandler *outputHandler,
std::string bn)
: ResultsStat(meshDataStat, nodeNoMapperResFile, outputHandler, bn)
{
readDataTypes(archive, maxNoOfDataTypes);
}
