status_t decodeLine(string * strLine)
{
std::string::size_type bracketPos;
string verb = "";
string arguments = "";
status_t decodeResult;
bracketPos = strLine->find('(', 0);
if (bracketPos == std::string::npos)
throw format_Error(ENN_ERR_NON_FILE);
if (verbArguement(strLine, verb, arguments))
{
if (verb == "inputVector")
{
#ifdef _DEBUG_
cout << "Decoding Input Vector\n";
#endif
return decodeInputVector(&arguments);
}
if (verb == "networkTopology")
{
#ifdef _DEBUG_
cout << "Decode Topology\n";
#endif
vector<unsigned int> layerWidths(maxLayers);
decodeResult = decodeNetworkTopology(&arguments, maxLayers, &layerWidths);
if (layerWidths[0] != ((nn*) theNetwork)->layerZeroWidth())
throw format_Error(ENN_ERR_NONMATCHING_TOPOLOGY);
return decodeResult;
}
// errMessage.Format("%s: %s", ENN_ERR_UNK_KEY_WORD, verb.GetBuffer());
errMessage = ENN_ERR_UNK_KEY_WORD;
errMessage += ": ";
errMessage += verb;
throw format_Error(errMessage.c_str());
}
else
throw format_Error(ENN_ERR_NON_FILE);
return FAILURE; // will not happen
}
status_t decodeLine(string * strLine)
{
std::string::size_type bracketPos;
string verb = "";
string arguements = "";
bracketPos = strLine->find('(', 0);
if (bracketPos == std::string::npos)
throw format_Error(ENN_ERR_NON_FILE);
if (verbArguement(strLine, verb, arguements))
{
if (verb == "inputVector")
{
if (lineCount++ == 0)
inputArray = new twoDFloatArray(net.standardInputNodes());
else
inputArray->addRow();
#ifdef _DEBUG_
cout << "Decoding Input Vector\n";
#endif
return decodeInputVector(&arguements, inputArray->values(lineCount - 1));
}
if (verb == "networkTopology")
{
#ifdef _DEBUG_
cout << "Decode Topology\n";
#endif
return decodeNetworkTopology(&arguements);
}
// errMessage.Format("%s: %s", ENN_ERR_UNK_KEY_WORD, verb.GetBuffer());
errMessage = ENN_ERR_UNK_KEY_WORD;
errMessage += ": ";
errMessage += verb;
throw format_Error(errMessage.c_str());
}
else
throw format_Error(ENN_ERR_NON_FILE);
return FAILURE; // will not happen
}
