Blink.c

// This file is automatically generated.

#include <avr/io.h>
#include <util/delay_basic.h>
#include <stdbool.h>

struct list {
    uint8_t size;
    void* values;
};

struct tuple2 {
    void* value0;
    void* value1;
};

struct tuple6 {
    void* value0;
    void* value1;
    void* value2;
    void* value3;
    void* value4;
    void* value5;
};

static void bootup();

static void input_timer();

static void stream_1(uint8_t arg, void* value);

static void stream_2(uint8_t arg, void* value);

static void stream_3(uint8_t arg, void* value);

static void stream_4(uint8_t arg, void* value);

static void stream_5(uint8_t arg, void* value);

static void stream_6(uint8_t arg, void* value);

static void stream_7(uint8_t arg, void* value);

static void stream_8(uint8_t arg, void* value);

static void bootup() {
  bool temp0;
  temp0 = 0;
  stream_1(0, (void*)(&temp0));
}

static void input_timer() {
  uint16_t temp1;
  temp1 = TCNT1;
  TCNT1 = 0;
  stream_2(1, (void*)(&temp1));
}

static void stream_1(uint8_t arg, void* value) {
  bool input_0 = *((bool*)value);
  uint16_t temp2;
  temp2 = 10000;
  stream_2(0, (void*)(&temp2));
}

static void stream_2(uint8_t arg, void* value) {
  static uint16_t input_0;
  static uint16_t input_1;
  uint16_t temp3;
  uint16_t temp4;
  struct tuple2 temp5;
  switch (arg) {
    case 0:
      input_0 = *((uint16_t*)value);
      break;
    case 1:
      input_1 = *((uint16_t*)value);
      break;
  }
  temp3 = input_0;
  temp4 = input_1;
  temp5.value0 = (void*)&temp3;
  temp5.value1 = (void*)&temp4;
  stream_3(0, (void*)(&temp5));
}

static void stream_3(uint8_t arg, void* value) {
  struct tuple2 input_0 = *((struct tuple2*)value);
  static uint16_t temp6 = 0;
  static uint16_t temp7 = 0;
  static struct tuple2 input_1 = { .value0 = (void*)&temp6, .value1 = (void*)&temp7 };
  uint16_t temp8;
  uint16_t temp9;
  struct tuple2 temp10;
  uint16_t temp11;
  uint16_t temp12;
  struct tuple2 temp13;
  struct tuple2 temp14;
  temp8 = 0;
  temp9 = 0;
  temp10.value0 = (void*)&temp8;
  temp10.value1 = (void*)&temp9;
  temp11 = 1;
  temp12 = (*((uint16_t*)input_1.value1) + *((uint16_t*)input_0.value1));
  temp13.value0 = (void*)&temp11;
  temp13.value1 = (void*)&temp12;
  if (((*((uint16_t*)input_1.value1) + *((uint16_t*)input_0.value1)) > *((uint16_t*)input_0.value0))) {
    temp14 = temp10;
  } else {
    temp14 = temp13;
  }
  *((uint16_t*)input_1.value0) = *((uint16_t*)temp14.value0);
  *((uint16_t*)input_1.value1) = *((uint16_t*)temp14.value1);
  stream_4(0, (void*)(&input_1));
}

static void stream_4(uint8_t arg, void* value) {
  struct tuple2 input_0 = *((struct tuple2*)value);
  if (*((uint16_t*)input_0.value0) == 0) {
    stream_5(0, (void*)(&input_0));
  }
}

static void stream_5(uint8_t arg, void* value) {
  struct tuple2 input_0 = *((struct tuple2*)value);
  bool temp15;
  temp15 = 0;
  stream_6(0, (void*)(&temp15));
}

static void stream_6(uint8_t arg, void* value) {
  bool input_0 = *((bool*)value);
  static uint16_t input_1 = 0;
  input_1 = (input_1 + 1);
  stream_7(0, (void*)(&input_1));
}

static void stream_7(uint8_t arg, void* value) {
  uint16_t input_0 = *((uint16_t*)value);
  bool temp16;
  temp16 = (input_0) % 2 == 0;
  stream_8(0, (void*)(&temp16));
}

static void stream_8(uint8_t arg, void* value) {
  bool input_0 = *((bool*)value);
  if (input_0) {
    PORTB |= (1 << PB5);
  } else {
    PORTB &= ~(1 << PB5);
  }
}

int main(void) {
  TCCR1B |= (1 << CS12);
  TCCR1B |= (1 << CS10);
  DDRB |= (1 << PB5);
  bootup();
  while (1) {
    input_timer();
  }
  return 0;
}