void initializeValidators(HGAssets& mAssets)
{
HG_LO_VERBOSE("hg::Online::initializeValidators") << "Initializing validators...\n";
for(const auto& p : mAssets.getLevelDatas())
{
HG_LO_VERBOSE("hg::Online::initializeValidators") << "Adding (" << p.first << ") validator\n";
const auto& l(p.second);
const auto& validator(getValidator(l->packPath, l->id, l->getRootString(), mAssets.getStyleData(l->styleId).getRootPath(), l->luaScriptPath));
validators.addValidator(p.first, validator);
HG_LO_VERBOSE("hg::Online::initializeValidators") << "Added (" << p.first << "): " << validator << "\n";
}
HG_LO_VERBOSE("hg::Online::initializeValidators") << "Finished initializing validators...\n";
}
int main( int argc, char ** argv )
{
try
{
XMLPlatformUtils::Initialize();
}
catch( const XMLException& e )
{
cerr<< "Error during Xerces-c Initialization\n"
<< " Exception message:"
<< DOMString(e.getMessage()) << endl;
return 1;
}
if ( false == validateArguments(argc, argv))
{
usage("EXE-NAME: ");
//exit (99);
}
EppParser *parser = new EppParser();
EppXmlValidator* validator = getValidator();
if (1 == argc)
{
validator->loadXSD(getenv("PWD"));
}
else if ((2 == argc) && (0 == strcmp(argv[1], ".")))
{
validator->loadXSD(getenv("PWD"));
}
else
{
validator->loadXSD(argv[1]);
}
runEppTestFee(*parser);
delete parser;
delete validator;
XMLPlatformUtils::Terminate();
}
void doValidate(XS orig, XS again, const char* methodName)
{
std::cout<<methodName<<"::"<<endl;
if( XMLON )
{
std::cout<<orig;
}
if (orig.equals(again))
{
std::cout<<endl<<"Result of toXML and fromXML matches"<<endl;
}
else
{
std::cout<<endl<<"*******ERROR****** Result of toXML and fromXML does NOT match"<<endl;
}
makeValidate(orig, *getValidator());
//makeValidate(again, getValidator());
}
void State::setNew(const effect_lists * is)
{
logState.clear();
feValue.clear();
changedPNEs.clear();
for(list<simple_effect*>::const_iterator i = is->add_effects.begin();
i != is->add_effects.end();++i)
{
logState[vld->pf.buildLiteral(*i)] = true;
};
for(pc_list<assignment*>::const_iterator i1 = is->assign_effects.begin();
i1 != is->assign_effects.end();++i1)
{
const FuncExp * fe = vld->fef.buildFuncExp((*i1)->getFTerm());
// DPL 2/2/06: Need to remember which PNEs changed in order to trigger
// processes properly in the initial state.
changedPNEs.insert(fe);
FEScalar feNewValue = dynamic_cast<const num_expression *>((*i1)->getExpr())->double_value();
feValue[fe] = feNewValue;
//setup initial value for LaTeX graph
if(LaTeX)
{
FEGraph * feg = getValidator()->getGraph(fe);
//setup initial value if nec
if(feg->initialTime == -1)
{
feg->initialTime = time;
feg->initialValue = feNewValue;
};
};
};
};
void
State::update(const FuncExp * fe,assign_op aop,FEScalar value)
{
bool setInitialValue = false;
FEGraph * feg = 0;
if(LaTeX)
{
feg = getValidator()->getGraph(fe);
//setup initial value if nec
if(feg->initialTime == -1)
{
map<const FuncExp*,FEScalar>::const_iterator i = feValue.find(fe);
if(i != feValue.end())
{
feg->initialTime = 0;
feg->initialValue = fe->evaluate(this);
}
else
{
feg->initialTime = time;
setInitialValue = true;
};
};
};
if(Verbose && !LaTeX) *report << "Updating " << *fe << " (" << feValue[fe] << ") by " << value << " ";
FEScalar feValueInt = feValue[fe];
switch(aop)
{
case E_ASSIGN:
if(LaTeX)
{
*report << " \\> \\assignment{"<<*fe<<"}{"<<feValue[fe]<<"}{"<<value<<"}\\\\\n";
}
else if(Verbose) cout << "assignment\n";
feValue[fe] = value;
break;
case E_ASSIGN_CTS:
if(LaTeX)
{
*report << " \\> \\assignmentcts{"<<*fe<<"}{"<<feValue[fe]<<"}{"<<value<<"}\\\\\n";
}
else if(Verbose) cout << "assignment\n";
feValue[fe] = value;
return;
case E_INCREASE:
if(LaTeX)
{
*report << " \\> \\increase{"<<*fe<<"}{"<<feValue[fe]<<"}{"<<value<<"}\\\\\n";
}
else if(Verbose) cout << "increase\n";
feValue[fe] += value;
break;
case E_DECREASE:
if(LaTeX)
{
*report << " \\> \\decrease{"<<*fe<<"}{"<<feValue[fe]<<"}{"<<value<<"}\\\\\n";
}
else if(Verbose) cout << "decrease\n";
feValue[fe] -= value;
break;
case E_SCALE_UP:
if(LaTeX)
{
*report << " \\> \\scaleup{"<<*fe<<"}{"<<feValue[fe]<<"}{"<<value<<"}\\\\\n";
}
else if(Verbose) cout << "scale up\n";
feValue[fe] *= value;
break;
case E_SCALE_DOWN:
if(LaTeX)
{
*report << " \\> \\scaledown{"<<*fe<<"}{"<<feValue[fe]<<"}{"<<value<<"}\\\\\n";
}
else if(Verbose) cout << "scale down\n";
feValue[fe] /= value;
break;
default:
return;
};
//handle discontinuities in graphs
if(LaTeX)
{
if(setInitialValue)
{
feValueInt = feValue[fe];
feg->initialValue = feValueInt;
};
if( (feValueInt != feValue[fe]) || setInitialValue )
{
//check value is already defined, may be communitive updates at the same time
map<double,pair<double,double> >::iterator j = feg->discons.find(time);
if(j == feg->discons.end())
{
feg->discons[time] = make_pair(feValueInt,feValue[fe]);
feg->happenings.insert(time);
}
else
{
j->second.second = feValue[fe];
};
};
};
return;
};
