#include <string>
#include <set>
#include "components.h"

using namespace std;

using namespace std;

static bool check(const set<string> &show, const char *s)
{
	return show.size()==0 || show.count(s)>0;
}


extern "C" void design(const set<string> &show)
{
	// Le esp32 est installé sur deux headers
	CONNECTOR espl(0,1,0,20,CONNECT_FEMALE,"espl");
	CONNECTOR espr(1,1,3,20,CONNECT_FEMALE,"espr");
	if (check(show,"alim")){
		auto pin1 = espl.pin(1,3);
		jump ("red",1,pin1,pin1.addy(1),pin1.addy(1).to_vcc());
		pin1 = espr.pin(1,1);
		jump ("black",0,pin1,pin1.addy(1),pin1.addy(1).to_ground());
	}

	POINT adc0(0,espl.pin_y(5),2);
	POINT adc1(0,espl.pin_y(6),3);
	POINT adc2(0,espl.pin_y(7),4);
	POINT adc3(0,espl.pin_y(8),5);

	POINT adc4(0,espl.pin_y(9),2);
	POINT adc5(0,espl.pin_y(10),3);
	POINT adc6(0,espl.pin_y(11),4);
	POINT adc7(0,espl.pin_y(12),5);

	POINT adc8(0,espl.pin_y(13),2);
	POINT adc9(0,espl.pin_y(15),3);

	POINT esp5v(0,espl.pin_y(19),1);
	POINT espctl1(1,espr.pin_y(2),1);
	POINT espctl2(1,espr.pin_y(3),1);
	POINT espctl3(1,espr.pin_y(6),1);

	CONNECTOR connect(1,22,2,20,CONNECT_MALE,"thermistor");

	const char *color = "orange";
	int h=2;
	if (check(show,"couche0")){
		jump (color,h,adc0,adc0.addy(10),adc0.movehole(3).addy(10),connect.pin(2,2).switchside().movehole(3),connect.pin(2,2));
		jump (color,h,adc1,adc1.addy(10),adc1.movehole(4).addy(10),connect.pin(4,2).switchside().movehole(4),connect.pin(4,2));
		jump (color,h,adc2,adc2.addy(10),adc2.movehole(5).addy(10),connect.pin(6,2).switchside().movehole(5),connect.pin(6,2));
		jump (color,h,adc3,adc3.addy(10),adc3.movehole(6).addy(10),connect.pin(8,2).switchside().movehole(6),connect.pin(8,2));
	}

	h+=2;
	color = "green";
	if (check(show,"couche1")){
		jump (color,h,adc4,adc4.addy(10),adc4.movehole(3).addy(10),connect.pin(10,2).switchside().movehole(3),connect.pin(10,2));
		jump (color,h,adc5,adc5.addy(10),adc5.movehole(4).addy(10),connect.pin(12,2).switchside().movehole(4),connect.pin(12,2));
		jump (color,h,adc6,adc6.addy(10),adc6.movehole(5).addy(10),connect.pin(14,2).switchside().movehole(5),connect.pin(14,2));
		jump (color,h,adc7,adc7.addy(10),adc7.movehole(6).addy(10),connect.pin(16,2).switchside().movehole(6),connect.pin(16,2));
	}

	h+=2;
	color="gray";
	if (check(show,"couche2")){
		jump (color,h,adc8,adc8.addy(10),adc8.movehole(3).addy(10),connect.pin(18,2).switchside().movehole(3),connect.pin(18,2));
		jump (color,h,adc9,adc9.addy(10),adc9.movehole(4).addy(10),connect.pin(20,2).switchside().movehole(4),connect.pin(20,2));
	}

	if (check(show,"alim")){
		for (int i=0; i<10; i++){
			int y = i*2+1;
			jump("red",0,connect.pin(y,5),connect.pin(y,5).to_vcc());
			y++;
			resistor_ground(connect.pin(y,1),connect.pin_y(y),"darkgray",12000);
		}
	}

	CONNECTOR relay1(0,43,1,3,CONNECT_MALE,"relay1");
	CONNECTOR relay2(1,43,3,3,CONNECT_MALE,"relay2");

	if (check(show,"couche2")){
		jump ("orange",6,espctl1.movehole(2),relay2.pin(1,2));
		jump ("orange",6,espctl2.movehole(1),relay1.pin(1,5));
	}
	if (check(show,"alim")){
		jump ("red",1,esp5v.movehole(4),relay1.pin(2,4));
		jump ("black",0,relay1.pin(3,1),relay1.pin(3,1).to_ground());
		jump ("black",0,relay1.pin(3,5),relay2.pin(3,1));
		jump ("red",0,relay1.pin(2,5),relay2.pin(2,1));
	}
}