double CConditionalFormulaParser::Calculate(std::map<char, double> params)
{
mergeParams(params);
if (_preparedFormula.function(params[_preparedFormula.operandA], params[_preparedFormula.operandB]))
{
return calcFormula(_preparedFormula.trueFormula, params);
}else {
return calcFormula(_preparedFormula.falseFormula, params);
}
}
void loadMemory( string name, ::PhysicalMemory* memory,
const SST::Params& params )
{
int num = 0;
DBGC(1,"%s\n",name.c_str());
while ( 1 ) {
Addr start,end;
std::stringstream numSS;
std::string tmp;
numSS << num;
tmp = numSS.str() + ".process.executable";
std::string exe = params.find_string( tmp );
if ( exe.size() == 0 ) {
break;
}
DBGC(1,"%s%s %s\n",name.c_str(), tmp.c_str(), exe.c_str() );
tmp = numSS.str() + ".physicalMemory.start";
start = params.find_integer( tmp );
DBGC(1,"%s%s %#lx\n", name.c_str(), tmp.c_str(), start);
tmp = numSS.str() + ".physicalMemory.end";
end = params.find_integer( tmp, 0 );
DBGC(1,"%s%s %#lx\n", name.c_str(), tmp.c_str(), end);
tmp = name + numSS.str() + ".dummySystem";
DummySystem* system = create_DummySystem( tmp, memory,
Enums::timing, start, end);
SST::Params mergedParams = mergeParams(
params.find_prefix_params( numSS.str() + ".process."),
params.find_prefix_params( "process." ) );
tmp = name + numSS.str();
Process* process = newProcess( tmp, mergedParams, system );
process->assignThreadContext(num);
// NOTE: system and process are not needed after
// startup, how do we free them?
++num;
}
}
double CFormulaParser::Calculate(std::map<char, double> params)
{
mergeParams(params);
return calcFormula(_preparedFormula,params);
}
