#include <iostream>
#include <string>
#include <conio.h>
using namespace std;
typedef enum {activ = 0, inactiv = 1, defect = 2}stare;
typedef enum {V5,V12,V24,V220}tensiune_comanda;

class Lista;
class Modul
{
private :
	int id_modul = rand() % 4000;
	string denumire;
	int tip;
public:
	int valoare;
	Modul *urm;

public :
	Modul(int tp,int id, string den, int val)
	{
		tip = tp;
		id_modul = id;
		denumire = den;
		valoare = val;
		urm = NULL;
	}
	virtual void afisare()
	{
		if (tip == 1)
			cout << "element executie :" << endl;
		if (tip == 2)
			cout << "senzor" << endl;
		cout << "ID MODUL :" << id_modul << endl;
		cout << "DENUMIRE : " << denumire << endl;
	}
	friend class Lista;
};
class Element_executie : public Modul
{
	tensiune_comanda t;
	stare s;
public:
	Element_executie(int tp,int id, string den, int val, tensiune_comanda ten, stare st) : Modul(tp,id, den, val)
	{
	t = ten;
		s = st;
	}
	virtual void afisare()
	{
		Modul::afisare();
		if (s == 0)
		{
			cout << "ACTIV" << endl;

		}
		if (s == 1)
			cout << "INACTIV" << endl;
		if (s == 2)
			cout << "DEFECT" << endl;
		if (t == 0)
			cout << "5 volti" << endl;
		if (t == 1)
			cout << "12 volti" << endl;
		if (t == 2)
			cout << "24volti" << endl;
		if (t == 3)
			cout << "220volti" << endl;
	}

	friend class Lista;
};
class Senzor : public Modul
{
	float factor_calibrare, factor_translatie;
	float val_reala;
	int tip;

public:
	Senzor(int tp,int id, string den, int val, float calib, float transl, float val_r) : Modul(tp,id, den, val)
	{
		factor_translatie = transl;
		factor_calibrare = calib;
		val_reala = val_r;

	}
	virtual void afisare()
	{
		Modul::afisare();
		cout << "factor calibrare :" << factor_calibrare<<endl;
		cout << "factor translatie :" << factor_translatie << endl;
		cout << "valoarea reala :" << val_reala << endl;
	}

	friend class Lista;
};
class Lista
{
public :
	Modul *head;
	void adaugare(Modul *m);
		void afisare_lista();
		void stergere(string den);
		void cautare();
};
void Lista::adaugare(Modul *a)
{
	Modul *m;

	if (head == NULL)
		head = a;
	else {
		m = head;
		while (m->urm != NULL)
			m = m->urm;
			m->urm = a;
	}

}
void Lista::afisare_lista()
{
	Modul *q;

	if (head == NULL)
		cout << "nu exista nod in lista";
	else
	{
		q = head;
		while (q!= NULL)
		{
			q->afisare();
			q = q->urm;

		}

	}
}
class Myexception
{
public :
	string s;
	int i;
	Myexception()
	{
		s = "0";
		i = 0;
	}
	Myexception(string x,int y)
	{
		x = s;
		y = i;

	}

};
void inserare(Lista &l, int x)
{
	Modul *m;
	int id_modul = rand() % 4000;
	string denumire;
	int valoare;
	int star;
	int tensiune;
	float factor_calibrare, factor_translatie;
	float val_reala;
	cout << "dati denumirea";
	cin >> denumire;
	try {
		cout << "dati valoarea:";
		cin >> valoare;
		if (valoare<0)
		throw Myexception("valoare<0", valoare);
	}
	catch (Myexception y)
	{
		do {
			cout << "introdu valoare pozitiva";
			cin >> valoare;
		} while (valoare < 0);

	}
	if (x == 0)
	{
		Element_executie *el;
		cout << "dati starea : 0-activ 1-inactiv 2-defect :";
		cin >> star;
		stare st = static_cast<stare>(star);
		cout << "dati tensiunea de comanda : 0-5v, 1-12v 2-24v,3-220v";
		cin >> tensiune;
		tensiune_comanda t = static_cast<tensiune_comanda>(tensiune);
		el = new Element_executie(1, id_modul, denumire, valoare,t,st);
		m = el;
		l.adaugare(m);
	}
	if (x == 1)
	{
		Senzor *sen;
		cout << "dati factorul de calibrare";
		cin >> factor_calibrare;
		cout << "dati factorul de translatie";
		cin >> factor_translatie;
		val_reala = valoare*factor_calibrare + factor_translatie;
		sen = new Senzor(2, id_modul, denumire, valoare, factor_calibrare, factor_translatie, val_reala);
		m = sen;
		l.adaugare(m);
	}
}
void Lista::stergere(string denumire1)
{
	Modul *p;
	p = head;
	if (p)
	{
		if (head->denumire.compare(denumire1) == 0)
			head = head->urm;
		else while (p->urm && p->urm->denumire.compare(denumire1) != 0)
			p = p->urm;
		if (p->urm != NULL)
			p->urm = p->urm->urm;

	}
}
void Lista::cautare()
{
	Modul *q;
	Element_executie *el;
	q = head;
	while (q!=NULL)
	{
		if (q->tip == 1)
		{
			el = (Element_executie *)q;
			if (el->s == 2)
				el->afisare();
		}
	q = q->urm;
	}


}
int main()
{
	int opt;
	string nume1;
	Lista l;
	l.head = NULL;
	do
	{
		cout << "1.Adaugare element de executie" << endl;
		cout << "2.adaugare senzor" << endl;
		cout << "3.afisare modul" << endl;
		cout << "4.sterge modul" << endl;
		cout << "5.Cautare elemente de executie defecte" << endl;
		cout << "introduceti optiunea" << endl;
		cin >> opt;
		switch (opt)
		{
		case 1:
			inserare(l, 0);
			break;
		case 2:
			inserare(l, 1);
			break;
		case 3:
			l.afisare_lista();
			break;
		case 4 :
			cout << "introdu numele";
			cin >> nume1;
			l.stergere(nume1);
			l.afisare_lista();
			break;
		case 5 :
			l.cautare();
			break;
		}
	} while (opt != 0);
}