bool parseConfigs(int argc, char **argv)
{
ArgsParser& ap = ArgsParser::getInstance();
ModuleConnector& module_connector = ModuleConnector::getInstance();
po::options_description simDesc(simulationClass->moduleGetName());
simulationClass->moduleRegisterHelp(simDesc);
ap.addOptions(simDesc);
po::options_description initDesc(initClass->moduleGetName());
initClass->moduleRegisterHelp(initDesc);
ap.addOptions(initDesc);
po::options_description analyserDesc(analyserClass->moduleGetName());
analyserClass->moduleRegisterHelp(analyserDesc);
ap.addOptions(analyserDesc);
// setup all boost::program_options and add to ArgsParser
BoostOptionsList options = module_connector.registerHelp();
for (BoostOptionsList::const_iterator iter = options.begin();
iter != options.end(); ++iter)
{
ap.addOptions(*iter);
}
// parse environment variables, config files and command line
return ap.parse(argc, argv);
}
ArgsParser::ArgsErrorCode parseConfigs(int argc, char **argv)
{
ArgsParser& ap = ArgsParser::getInstance();
PluginConnector& pluginConnector = Environment<>::get().PluginConnector();
po::options_description simDesc(simulationClass->pluginGetName());
simulationClass->pluginRegisterHelp(simDesc);
ap.addOptions(simDesc);
po::options_description initDesc(initClass->pluginGetName());
initClass->pluginRegisterHelp(initDesc);
ap.addOptions(initDesc);
po::options_description pluginDesc(pluginClass->pluginGetName());
pluginClass->pluginRegisterHelp(pluginDesc);
ap.addOptions(pluginDesc);
// setup all boost::program_options and add to ArgsParser
BoostOptionsList options = pluginConnector.registerHelp();
for (BoostOptionsList::const_iterator iter = options.begin();
iter != options.end(); ++iter)
{
ap.addOptions(*iter);
}
// parse environment variables, config files and command line
return ap.parse(argc, argv);
}
void pluginLoad()
{
simulationClass->load();
mappingDesc = simulationClass->getMappingDescription();
pluginClass->setMappingDescription(mappingDesc);
initClass->setMappingDescription(mappingDesc);
}
void moduleLoad()
{
simulationClass->load();
mappingDesc = simulationClass->getMappingDescription();
analyserClass->setMappingDescription(mappingDesc);
initClass->setMappingDescription(mappingDesc);
}
virtual void start()
{
PluginConnector& pluginConnector = Environment<>::get().PluginConnector();
pluginConnector.loadPlugins();
log<picLog::SIMULATION_STATE > ("Startup");
simulationClass->setInitController(initClass);
simulationClass->startSimulation();
}
virtual void start()
{
ModuleConnector& module_connector = ModuleConnector::getInstance();
module_connector.loadModules();
log<picLog::SIMULATION_STATE > ("Startup");
simulationClass->setInitController(initClass);
simulationClass->startSimulation();
}
SimulationStarter() : mappingDesc(nullptr)
{
simulationClass = new SimulationClass();
initClass = new InitClass();
simulationClass->setInitController(initClass);
pluginClass = new PluginClass();
}
SimulationStarter() : mappingDesc(NULL)
{
simulationClass = new SimulationClass();
initClass = new InitClass();
simulationClass->setInitController(initClass);
analyserClass = new AnalyserClass();
}
void pluginUnload()
{
PluginConnector& pluginConnector = Environment<>::get().PluginConnector();
pluginConnector.unloadPlugins();
initClass->unload();
pluginClass->unload();
simulationClass->unload();
}
void moduleUnload()
{
ModuleConnector& module_connector = ModuleConnector::getInstance();
module_connector.unloadModules();
initClass->unload();
analyserClass->unload();
simulationClass->unload();
}
void saveSimulationData(int option, SimulationClass &s)
{
fstream file;
switch(option)
{
case 0:
/*
* Data file structure:
*
* time of running
* number of energy points
*/
try
{
file.open("/home/afro/Dokumenty/Praca Inżynierska/Kody/eP_t.txt", ios::out | ios::app);
file << s.countEnergyPoints() << endl;
file << s.getRunningTime() << endl;
file.close();
}
catch(string str)
{
cout << "Error: " << str << endl;
}
break;
case 1:
/*
* Data file structure:
*
* time of running
* number of nodes
*/
try
{
file.open("/home/afro/Dokumenty/Praca Inżynierska/Kody/t_N.txt", ios::out | ios::app);
file << s.getRunningTime() << endl;
file << s.getAmountOfNodes() << endl;
file.close();
}
catch(string str)
{
cout << "Error: " << str << endl;
}
break;
case 2:
/*
* Data file structure:
*
* number of energy points
* number of nodes
*/
try
{
file.open("/home/afro/Dokumenty/Praca Inżynierska/Kody/eP_N.txt", ios::out | ios::app);
file << s.countEnergyPoints() << endl;
file << s.getAmountOfNodes() << endl;
file.close();
}
catch(string str)
{
cout << "Error: " << str << endl;
}
break;
}
}
