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-export([uptime/0, uptime/1, uptime_string/0]).

%% @doc uptime in native time units
uptime() ->
    erlang:monotonic_time() - erlang:system_info(start_time).

%% @doc uptime in specified time units
uptime(Unit) ->
    erlang:convert_time_unit(uptime(), native, Unit).

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// Closure
(function() {
  /**
   * Decimal adjustment of a number.
   *
   * @param {String}  type  The type of adjustment.
   * @param {Number}  value The number.
   * @param {Integer} exp   The exponent (the 10 logarithm of the adjustment base).
   * @returns {Number} The adjusted value.
   */

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function trampoline(f) {
  return function trampolined(...args) {
    let result = f.bind(null, ...args);

    while (typeof result === 'function') result = result();

    return result;
  };
}

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function trampoline(f) {
  return function trampolined(...args) {
    let result = f.bind(null, ...args);

    while (typeof result === 'function') result = result();

    return result;
  };
}

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//  Discord all events!
//  A quick and dirty fleshing out of the discord.js event listeners  (not tested at all!)
//     listed here -> https://discord.js.org/#/docs/main/stable/class/Client
//  Learn from this, do not just copy it mofo!
//
//  Saved to -> https://gist.github.com/koad/316b265a91d933fd1b62dddfcc3ff584


            /*      
                koad-was-here  

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3) Determinar o valor lógico, quando possível, de cada uma das proposições a seguir, mostre o desenvolvimento completo para encontrar a resposta:

a) (r ^ (~q > p)) ^ ~((p <> ~q) > r v ~p)

sabendo que V(p) = F e V(r) = V
(v ^ (~q > F)) ^ ~((F <> ~q) > v v ~F)
(v ^ (~q > F)) ^ ~((F <> ~q) > v v ~F)

q = V
(v ^ (~V > F)) ^ ~((F <> ~V) > v v ~F)

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const tamanhoDa = (lista) => lista.length
const atéEncontrarOTotal = (total, x ) => n => (total += n) <= x

const dividir = (x, y, total = 0) => 
  tamanhoDa(
    crieUmaListaDeTamanho(x)
      .ePreenchaCom(y)
      .filter( atéEncontrarOTotal(total, x) )
  )

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const tamanhoDa = (lista) => lista.length

const dividir = (x, y, total = 0) => 
  tamanhoDa(
    crieUmaListaDeTamanho(x)
      .ePreenchaCom(y)
      .filter( n => (total += n) <= x )
  )

suissa

const tamanhoDa = (lista) => lista.length

const dividir = (x, y, total = 0) => 
  tamanhoDa(
    crieUmaListaDeTamanho(x).ePreenchaCom(y)
      .filter(n => {
        total = total + n
        return total <= x
      })
  )

suissa

const tamanhoDa = (lista) => lista.length

const dividir = (x, y, passos = 0, total = 0) => {

  const lista = crieUmaListaDeTamanho(x).ePreenchaCom(y)

  return tamanhoDa(lista.filter(n => {
    total = total + n
    return total <= x
  }))