PointExtractorUPtr getPointExtractor(std::stringstream& code)
{
char first;
code.get(first);
switch (first)
{
case 'B':
{
auto sex = getSetExtractor(code);
return PointExtractorUPtr(
new BaryCenterExtractor(sex)
);
}
break;
case 'P':
{
auto uex = getUnitExtractor(code);
return PointExtractorUPtr(
new UnitPositionExtractor(uex)
);
}
break;
default:
throw FactoryException("PointExtractor code not found");
}
}
MOUL::Creatable* MOUL::Factory::Create(uint16_t type)
{
switch (type) {
/* THAR BE MAJICK HERE */
#define CREATABLE_TYPE(id, cre) \
case id: return new cre(id);
#include "creatable_types.inl"
#undef CREATABLE_TYPE
case 0x8000: return static_cast<Creatable*>(0);
default:
fprintf(stderr, "[Factory] Tried to create unknown type %04X\n", type);
throw FactoryException(FactoryException::e_UnknownType);
}
}
/**
* Make all the object from the the \Parser string, vector<string>
* @return dataMap
*/
dataMap ObjectFactory::transformToObjet(){
dataMap theObjectMap;
parserMap theStringMap;
//string theFichier = "./liste.txt";
this->theParser->countNbLineInFile();
int nbLignesFichiers = this->theParser->getNbLigne();
//Get file
vector<string> lesLines;
try{
lesLines = this->theParser->copyFile();
}catch(ParserFichier::ParserException e){
e.what();
}
if (nbLignesFichiers < 1)
{
throw FactoryException("countNbLineInFile return a < 1 integer", "ObjectFactory.cpp::transformToObjet::43", "> 1 INTEGER") ;
}
for (int i = 0; i < nbLignesFichiers; ++i) {
Medicament theMedoc;
// Access to the i line
theStringMap = this->theParser->splitLine(this->theParser->oneLine(i, lesLines));
//Check if not empty avoid output_range exception
if (!theStringMap.begin()->first.empty())
{
//new Medicament from the i->first element of the map
theMedoc.setNomMedicament(theStringMap.begin()->first);
for (int j = 0; j < theStringMap.begin()->second.size(); ++j)
{
//new Effet corresponding to the i->second[j]
Effet theEffet(theStringMap.begin()->second[j]);
theMedoc.appendToEffets(theEffet);
++this->nbEffets; //iterate for nbEffet created during the generation
}
}
// Insert into the dataMap <int, Medicament>
theObjectMap.insert(std::make_pair(i, theMedoc));
}
return theObjectMap;
};
SetExtractorUPtr getSetExtractor(std::stringstream& code)
{
char first;
code.get(first);
switch (first)
{
case 'A':
{
return SetExtractorUPtr(
new AlliesArmyExtractor()
);
}
break;
case 'O':
{
return SetExtractorUPtr(
new OpponentArmyExtractor()
);
}
break;
case 'N':
{
char comp;
char second;
unsigned int number;
code.get(comp);
code.get(second);
code >> number;
auto sex = getSetExtractor(code);
if (second == 'D')
{
auto pex = getPointExtractor(code);
return SetExtractorUPtr(new NFarNearExtractor(comp == 'L' ? false : true, number, sex, pex));
}
else
{
unsigned int capIndex = second - '0';
if (capIndex > 6)
capIndex = 6;
return SetExtractorUPtr(new NMinMaxCapacityExtractor(comp == 'L' ? NMinMaxCapacityExtractor::MIN : NMinMaxCapacityExtractor::MAX, number, capIndex, sex));
}
}
break;
case 'T':
{
char comp;
char second;
float threshold;
code.get(comp);
code.get(second);
code << std::setprecision(4) << std::fixed;
code >> threshold;
auto sex = getSetExtractor(code);
if (second == 'D')
{
auto pex = getPointExtractor(code);
return SetExtractorUPtr(new ThresholdDistanceExtractor(comp == 'L' ? true : false, threshold, sex, pex));
}
else
{
unsigned int capIndex = second - '0';
if (capIndex > 6)
capIndex = 6;
return SetExtractorUPtr(new ThresholdCapacityExtractor(comp == 'L' ? true : false, threshold, capIndex, sex));
}
}
break;
default:
throw FactoryException("SetExtractor code not found");
}
}
