#include <Core/Modelica.h>
//#define BOOST_EXTENSION_GLOBALSETTINGS_DECL BOOST_EXTENSION_EXPORT_DECL
#include <Core/SimulationSettings/GlobalSettings.h>

GlobalSettings::GlobalSettings()
  : _startTime(0.0)
  , _endTime(5.0)
  , _hOutput(0.001)
  , _resultsOutput(true)
  , _infoOutput(true)
  , _selected_solver("Euler")
  , _selected_lin_solver("Newton")
  , _selected_nonlin_solver("Newton")
  , _resultsfile_name("results.csv")
  , _endless_sim(false)
  , _outputFormat(EMPTY)
  , _outputPointType(ALL)
  , _log_type(OFF)
  , _alarm_time(0)
{
}

GlobalSettings::~GlobalSettings()
{
}

///< Start time of integration (default: 0.0)
double GlobalSettings::getStartTime()
{
  return _startTime;
}

void GlobalSettings::setStartTime(double time)
{
  _startTime = time;
}

///< End time of integraiton (default: 1.0)
double GlobalSettings::getEndTime()
{
  return _endTime;
}

void GlobalSettings::setEndTime(double time)
{
  _endTime = time;
}

///< Output step size (default: 20 ms)
double GlobalSettings::gethOutput()
{
  return _hOutput;
}

void GlobalSettings::sethOutput(double h)
{
  _hOutput = h;
}

bool GlobalSettings::useEndlessSim()
{
  return _endless_sim ;
}

void GlobalSettings::useEndlessSim(bool endles)
{
  _endless_sim = endles;
}

OutputFormat GlobalSettings::getOutputFormat()
{
  return _outputFormat;
}

void GlobalSettings::setOutputFormat(OutputFormat format)
{
  _outputFormat = format;
}

OutputPointType GlobalSettings::getOutputPointType()
{
  return _outputPointType;
}

void GlobalSettings::setOutputPointType(OutputPointType type)
{
  _outputPointType = type;
}

LogType GlobalSettings::getLogType()
{
  return _log_type;
}

void GlobalSettings::setLogType(LogType type)
{
  _log_type = type;
}

///< Write out results ([false,true]; default: true)
bool GlobalSettings::getResultsOutput()
{
  return _resultsOutput;
}

void GlobalSettings::setResultsOutput(bool output)
{
  _resultsOutput = output;
}

void GlobalSettings::setResultsFileName(string name)
{
  _resultsfile_name = name;
}

string  GlobalSettings::getResultsFileName()
{
  return _resultsfile_name;
}

///< Write out statistical simulation infos, e.g. number of steps (at the end of simulation); [false,true]; default: true)
bool GlobalSettings::getInfoOutput()
{
  return _infoOutput;
}

void GlobalSettings::setInfoOutput(bool output)
{
  _infoOutput = output;
}

string GlobalSettings::getOutputPath()
{
  return _output_path ;
}

void GlobalSettings::setOutputPath(string path)
{
  _output_path = path;
}

string GlobalSettings::getSelectedSolver()
{
  return _selected_solver;
}

void GlobalSettings::setSelectedSolver(string solver)
{
  _selected_solver = solver;
}

string   GlobalSettings::getSelectedLinSolver()
{
  return _selected_lin_solver;
}

void GlobalSettings::setSelectedLinSolver(string solver)
{
  _selected_lin_solver = solver;
}

string GlobalSettings::getSelectedNonLinSolver()
{
  return _selected_nonlin_solver;
}

void GlobalSettings::setSelectedNonLinSolver(string solver)
{
  _selected_nonlin_solver = solver;
}

/**
initializes settings object by an xml file
*/
void GlobalSettings::load(std::string xml_file)
{
}

void GlobalSettings::setRuntimeLibrarypath(string path)
{
  _runtimeLibraryPath = path;
}

string GlobalSettings::getRuntimeLibrarypath()
{
  return _runtimeLibraryPath;
}

void GlobalSettings::setAlarmTime(unsigned int t)
{
  _alarm_time = t;
}

unsigned int GlobalSettings::getAlarmTime()
{
  return _alarm_time;
}
