Arduino remotely controlled

// imports
#include "bool_component.h"
#include "ccu.h"
#include "command_factory.h"
#include "percent_component.h"
#include "Simple_Repository_IO.h"

// for this library, we must know only the names
const String led = "led";
const String photoSensor = "photo";
// this one is responsible to execute commands
CentralCommandUnit ccu;

void setup()
{
  // creating a new Repository with 2 items
  Repository *hub = new Repository("hub", 2);

  // LED_BUILTIN >> your IDE knows the builtin led for your Arduino board
  // BoolComponent >> this led will turn on or off. This seems to be a boolean for me :)
  // Component::IoType::OUT >> we are not reading values, we're showing them
  BoolComponent *bc = new BoolComponent(LED_BUILTIN, led, Component::IoType::OUT);
  // A0 >> analogic input pin
  // PercentComponent >> the value starts at 0 (zero - pitch dark) and goes to 100 ("praise the sun")
  // Component::IoType::IN >> we are reading values
  PercentComponent *pc = new PercentComponent(A0, photoSensor, Component::IoType::IN);

  // adding to the repository
  hub->put(0, bc);
  hub->put(1, pc);
  // starting the Central Command Unit
  ccu.setup(hub);

  Serial.begin(9600);

  // ccu.execute >> tells the ccu to do some command
  // CommandFactory::describe() >> this is to create a JSON from your Arduino hub stored into the repository
  String result = ccu.execute(CommandFactory::describe());
  Serial.println(result);
}

// Please, don't use this library as the example bellow
// This is an example to it running. In the next article, we'll send commands remotely
void loop()
{
  // CommandFactory::read(photoSensor) >> asking the current value for the component with the name stored into the variable
  String value = ccu.execute(CommandFactory::read(photoSensor));

  const bool isBright = value.toInt() > 50;

  // CommandFactory::write(led, !isBright) >> change the value of an 'output' component with that name
  ccu.execute(CommandFactory::write(led, !isBright));
  delay(100);
}