#include <ArduLiteESP.h>

Digital led{2, OUT};

void main() {
  forever() {
    led.toggle();
    wait(500);
  }
}

#include <ArduLiteESP.h>

LED led{2};
Button button{4, IN_PULLUP};

void main() {
  forever() {
    if (button.pressed()) {
      led.toggle();
    }
    wait(10);
  }
}

#include <ArduLiteESP.h>

Analog sensor{34};

void main() {
  uart.begin(115200);
  sensor.setSmoothFactor(0.2f);
  
  forever() {
    float voltage = sensor.readVoltageSmooth();
    uart.send("Voltage: ");
    uart.send(voltage, 2);
    uart.sendLine(" V");
    wait(100);
  }
}

Digital led{2, OUT};
led.on();
led.off();
led.toggle();
bool state = led.read();
led.pulse(2, 10);  // LOW 2us, HIGH 10us

Analog sensor{34};
int raw = sensor.read();
float voltage = sensor.readVoltage();
int smoothed = sensor.readSmooth();
int averaged = sensor.readAverage(10);

PWM motor{25, 5000, 8};  // Pin, Freq, Resolution
motor.write(128);         // 0-255
motor.writePercent(50.0); // 0-100%
motor.fadeTo(255, 1000);  // Fade to 255 in 1s

Button btn{4, IN_PULLUP};
if (btn.pressed()) { /* clicked */ }
if (btn.released()) { /* released */ }
if (btn.held(2000)) { /* held 2 seconds */ }

LED led{2};
led.on();
led.blink(500);  // Auto blink 500ms
led.update();    // Call in loop

Timer timer;
timer.start();
if (timer.timeout(1000)) {
  // Every 1 second
}

uart.begin(115200);
uart.sendLine("Hello!");
uart.send("Value: ");
uart.sendLine(123);

// With callback
void onData(const char* data) {
  uart.send("Received: ");
  uart.sendLine(data);
}
uart.begin(115200, onData);

#include <ArduLiteESP_I2C.h>

i2c0.begin();
i2c0.scan();
i2c0.writeByte(0x27, 0x00, 0xFF);
uint8_t data;
i2c0.readByte(0x27, 0x00, &data);

void task1() {
  forever() {
    led1.toggle();
    wait(500);
  }
}

void main() {
  Task t1(task1, "led1");
  Task t2(task2, "led2", 2048, 1);     // Custom stack & priority
  Task t3(task3, "led3", 2048, 1, 0);  // Pin to Core 0
}