#include <cstdlib>
#include <iostream>
#include "adevs.h"
#include "job.h"
#include "proc.h"
#include "genr.h"
#include "transd.h"
using namespace std;

int main() 
{
	/// Get experiment parameters
	double g, p, t;
	cout << "Genr period: ";
	cin >> g;
	cout << "Proc time: ";
	cin >> p;
	cout << "Observation time: ";
	cin >> t;
	/// Create and connect the atomic components using a digraph model.
	adevs::Digraph<job> model;
	genr* gnr = new genr(g);
	transd* trnsd = new transd(t);
	proc* prc = new proc(p);
	/// Add the components to the digraph
	model.add(gnr);
	model.add(trnsd);
	model.add(prc);
	/// Establish component coupling
	model.couple(gnr, gnr->out, trnsd, trnsd->ariv);
	model.couple(gnr, gnr->out, prc, prc->in);
	model.couple(prc, prc->out, trnsd, trnsd->solved);
	model.couple(trnsd, trnsd->out, gnr, gnr->stop);
	/// Create a simulator for the model and run it until
	/// the model passivates.
	adevs::Simulator<PortValue> sim(&model);
	while (sim.nextEventTime() < DBL_MAX)
	{
		sim.execNextEvent();
	}
	/// Done!
	return 0;
}