#include "Arduino.h"

#include "stdlib.h"

#include <menu.h>

#include <menuFields.h>

#include <keyStream.h>

#include <chainStream.h>

#include <multidesktop.h>

#define LED_WORK 3

#define BUTTON_1 4

#define BUTTON_2 5

void print(const char *buffer, int ms)

{

Serial.println(buffer); delay(ms);

}

void up() { print("up pressed", 1000); }

void down() { print("down pressed", 1000); }

void led_button() { digitalWrite(LED_WORK, !digitalRead(LED_WORK)); }

void menu_button() { print("MENU", 1000); }

void show_1_screen()

}

void show_2_screen()

}

void show_3_screen()

}

#define BUTTONS 2

int8_t codes[] = { menu::upCode , menu::downCode };

func desktop1cb[] = { &up, &down };

func desktop2cb[] = { &led_button, 0 };

func desktop3cb[] = { &menu_button, 0 };

MultiDesktop<BUTTONS> multi_desktop( menu::enterCode , codes);

Desktop<BUTTONS> mainDesktop(&show_1_screen, desktop1cb);

Desktop<BUTTONS> secondDesktop(&show_2_screen, desktop2cb);

Desktop<BUTTONS> thirdDesktop(&show_3_screen, desktop3cb);

void setup()

}

keyMap encBtn_map[]={{BUTTON_1,menu::upCode}, {BUTTON_2,menu::enterCode}};//negative pin numbers means we have a pull-up, this is on when low

keyLook<2> encButton(encBtn_map);

Stream* in2[]={&encButton,&Serial};

chainStream<2> allIn(in2);

void loop()

}