//Blink 4 times and wait 3s before blinking again
//Blinking pattern is 0.2s ON and 0.4s OFF
ledSetCount(4, 0.2, 0.4, 3);

//Blink indefinitely with period 0.5s and 50% duty cycle
ledSetBlink(0.5, 50);

//Blink for 20 seconds then stop automatically
ledSetBlink(0.5, 50, 20000);

#include <statusled.h>

StatusLedManager slm;

void setup() {
  //It is up to you to set the correct output pin for your led
  pinMode(LED_BUILTIN, OUTPUT);

  //Create a new Status Led with a custom name
  slm.createStatusLed("ready", LED_BUILTIN);
  //Create more leds if needed...
  
  //Set the desired state by using the custom name you choose before to address the correct led
  slm("ready").ledSetBlink(2, 50);
}

void loop() {
  //Call the process method in your loop
  slm.process(millis());
}

// Use a fixed-size array (default: 4 LEDs max)
#define STATUSLED_MAX_LEDS 2    // Adjust to your needs
#include "statusled.h"

// Or use std::map for unlimited LEDs (larger footprint)
#define STATUSLED_USE_MAP
#include "statusled.h"

#include <statusled.h>

StatusLed sl = StatusLed();

void setup() {
  pinMode(LED_BUILTIN, OUTPUT);

  //Continuously blink the LED. Blink period is 2s and duty cycle 50% (1s on, 1s off).
  sl.ledSetBlink(2, 50);
}

void loop() {
  //Saving millis result here to remove multiple call overhead (if you have multiple LED to update)
  unsigned long current_millis=millis();

  //Calling process will return true if the state of the LED has changed.
  if(sl.process(current_millis)) {

    //Update output (use !sl.state if you must invert the output)
    digitalWrite(LED_BUILTIN, sl.state);
  }
}