static void application__init(void) {
led1__init();
led2__init();
led3__init();
led4__init();
buttons_handler__init();
}
void application__init(void) {
led1__init();
PORTC |= ((1<<PINC4) | (1<<PINC5));
TWDR = 0x00; // Default Initial Value
twi__slave_address__set(1);
twi__slave__thread__init();
}
void application__init(void) {
led1__init();
// init I2C
PORTC |= ((1 << PINC4) | (1 << PINC5));
TWDR = 0;
twi__slave_address__set(0x1F);
twi__slave__thread__init();
}
int main(void) {
ENABLE_PULLUP(IN__BUTTON1);
ENABLE_PULLUP(IN__BUTTON2);
ENABLE_PULLUP(IN__BUTTON3);
ENABLE_PULLUP(IN__BUTTON4);
ENABLE_PULLUP(IN__BUTTON5);
ENABLE_PULLUP(IN__BUTTON6);
ENABLE_PULLUP(UNUSED_D0);
ENABLE_PULLUP(UNUSED_D1);
led1__init();
led2__init();
led3__init();
while(1) {
uint8_t state = IN(IN__BUTTONS) & (_BV(IN__BUTTON1__PIN) | _BV(IN__BUTTON2__PIN) | _BV(IN__BUTTON3__PIN) | _BV(IN__BUTTON4__PIN) | _BV(IN__BUTTON5__PIN) | _BV(IN__BUTTON6__PIN));
if (!(state & _BV(IN__BUTTON1__PIN))) {
led1__set(1);
led2__set(0);
led3__set(0);
} else if (!(state & _BV(IN__BUTTON2__PIN))) {
led1__set(0);
led2__set(1);
led3__set(0);
} else if (!(state & _BV(IN__BUTTON3__PIN))) {
led1__set(1);
led2__set(1);
led3__set(0);
} else if (!(state & _BV(IN__BUTTON4__PIN))) {
led1__set(0);
led2__set(0);
led3__set(1);
} else if (!(state & _BV(IN__BUTTON5__PIN))) {
led1__set(1);
led2__set(0);
led3__set(1);
} else if (!(state & _BV(IN__BUTTON6__PIN))) {
led1__set(0);
led2__set(1);
led3__set(1);
} else {
led1__set(0);
led2__set(0);
led3__set(0);
}
_delay_ms(50);
}
}
static void application__init(void) {
ENABLE_PULLUP(UNUSED_D0);
ENABLE_PULLUP(UNUSED_D1);
ENABLE_PULLUP(UNUSED_D2);
ENABLE_PULLUP(UNUSED_D3);
ENABLE_PULLUP(UNUSED_D4);
ENABLE_PULLUP(UNUSED_B3);
ENABLE_PULLUP(UNUSED_B4);
ENABLE_PULLUP(UNUSED_B5);
button1__init();
button2__init();
button3__init();
button4__init();
button5__init();
button6__init();
led1__init();
led2__init();
led3__init();
led4__init();
led5__init();
led6__init();
}