#define RELAY_BRD_V1

#include <Arduino.h>

#include <NuvIoT.h>

#define EXAMPLE_SKU "CONSOLE_MANAGER"

#define FIRMWARE_VERSION "1.0.0"

byte buffer[8];

bool running = true;

/**

*

* @brief Sets the status of the command. Modifies the global `return` boolean variable.

*

* @param cmd: Command signaling the function wether to restart or exit the program.

*

**/

void cmdCallback(String cmd){

if (cmd == "exit"){

running = false;

}

else if (cmd == "restart"){

running = true;

}

}

void setup(){

initPins();

// ledManager.setup(&ioConfig);

// ledManager.beep(20);

configureConsole();

console.registerCallback(cmdCallback);

for (byte idx = 0; idx < 8; ++idx){

buffer[idx] = 0x32 + idx;

}

welcome(EXAMPLE_SKU, FIRMWARE_VERSION);

state.init(EXAMPLE_SKU, FIRMWARE_VERSION, "0.0.0", "cns001", 010);

}

int nextPrint = 0;

int idx = 0;

void loop(){

// console.loop() should be called to look for any input coming in

// via a serial port.

console.loop();

//ledManager.loop();

if (nextPrint < millis() && running){

nextPrint = millis() + 1000;

console.println("Hello World => " + String(idx++));

console.printError("Not good!");

console.printWarning("watch out!");

console.printByteArray("We can describe this buffer:", buffer, 8);

console.printByteArray(buffer, 8);

console.printByte(0x64);

console.newline();

console.setVerboseLogging(false);

console.printVerbose("This will not get sent to the console.");

console.setVerboseLogging(true);

console.printVerbose("This will get sent to the console.");

console.newline();

console.newline();

}

// If your app gets into a state where it can't recover and you don't want to do a restart,

// call this method continually to write output to the console.

// console.repeatFatalError("unrocoverable error.");

}