// Source: "Software Design ...", John A Robinson, Newnes, 2004, page 289.
#include <iostream>
using namespace std;
int event_value;	// The "value" of the event; i.e. the integer data on the card
enum state {precount, batching, t1_batch, t3_batch, end}; 
state current_state = precount;
int a, b, c, d;		// Counters

// Now follow the action functions
void dis_t1() 	{ cout << "The current event's value is " << event_value << "\n"; }
void inc_a() 	{ a++ ;}
void inc_b_c() 	{ b++; c++;}
void disp() 
	{ 
	dis_t1();
	cout << a << ' ' << b << ' ' << c << ' ' << d << '\n'; 
	}
void inc_b_d() 	{ b++; d++;}
void inc_c() 	{ c++ ;}
void inc_b() 	{ b++ ;}
void error() 	{ cerr << "Received event after reaching end state\n"; } 
void do_nothing() {}
struct table_entry {
	void (*action)();       // Pointer to the action to do
	state next_state;
	} table[5][3] = {       
		dis_t1, batching, inc_a, precount, inc_a, precount, 
		inc_b_c, t1_batch, disp, end, inc_b_d, t3_batch, 
		inc_c, t1_batch, disp, end, inc_b_d, t3_batch, 
		inc_b, t1_batch, disp, end, do_nothing, t3_batch, 
		error, end, error, end, error, end
		}; // So all the FSM is contained here
int main()
	{
	int type;
	while(1)
		{
		cin >> type >> event_value; // User enters a card type from 1 to 3 and a value
		if (type < 1 || type > 3)
			break; // Enter illegal card type to quit 
		(*table[current_state][type-1].action)(); 			// Do action 
		current_state = table[current_state][type-1].next_state; 	// Change state
		}
	return 0;
	}