thiagokokada

defmodule Calculator do
  def repl(acc \\ 0.0) do
    IO.puts("accumulator> #{acc}")
    [command, value] = IO.gets("operation> ") |> String.trim() |> String.split()
    {value, _} = Float.parse(value) # Convert a string to its float representation
    acc |> run_command(command, value) |> repl()
  end

  defp run_command(acc, command, value) do
    case command do

thiagokokada

defmodule Calculator do
  def repl(acc \\ 0.0, io \\ IO) do
    interpret(acc, io) |> repl(io)
  end

  def interpret(acc, io) do
    io.puts("accumulator> #{acc}")
    [command, value] = io.gets("operation> ") |> String.trim() |> String.split()
    {value, _} = Float.parse(value) # Convert a string to its float representation
    run_command(acc, command, value)

thiagokokada

defmodule CalculatorTest do
  use ExUnit.Case
  import ExUnit.CaptureIO

  doctest Calculator

  describe "+ 1.0" do
    defmodule FakeIO do
      defdelegate puts(message), to: IO
      def gets("operation> "), do: "+ 1.0"

thiagokokada

describe "+ 1.0 * 5" do
  defmodule FakeIO do
    defdelegate puts(message), to: IO
    def gets("operation> "), do: "+ 1.0\n"
    def gets("operation> "), do: "* 5\n"
  end

  test "accumulator should be 1.0" do
    run = fn -> Calculator.repl(0.0, FakeIO) end
    assert capture_io(run) =~ "5.0"

thiagokokada

defmodule Calculator do
  def repl(acc \\ 0.0, i \\ 0, io \\ IO) do
    interpret(acc, i + 1, io) |> repl(i + 1, io)
  end

  def interpret(acc, i, io) do
    io.puts("accumulator> #{acc}")
    [command, value] = io.gets("operation(#{i})> ") |> String.trim() |> String.split()
    {value, _} = Float.parse(value) # Convert a string to its float representation
    run_command(acc, command, value)

thiagokokada

describe "+ 1.0 * 5" do
  defmodule FakeIO do
    defdelegate puts(message), to: IO
    def gets("operation(1)> "), do: "+ 1.0"
    def gets("operation(2)> "), do: "* 5"
    def gets(_), do: "= 0.0"
  end

  test "accumulator should be 5.0" do
    run = fn ->

thiagokokada

#!/bin/sh

###############################################################################
# ABOUT                                                                       #
###############################################################################
# This is a modified version of mons v0.8.2 [1] with needed                   #
# liblist.sh v1.1 [2]  functions included inline.                             #
# [1]: https://github.com/Ventto/mons/blob/v0.8.2/mons                        #
# [2]: https://github.com/Ventto/libshlist/blob/v1.1/liblist.sh               #
###############################################################################

thiagokokada

Keybase proof

I hereby claim:

• I am thiagokokada on github.
• I am thiagokokada (https://keybase.io/thiagokokada) on keybase.
• I have a public key whose fingerprint is B291 6223 6D5D D544 24AB 0831 1CA3 07B3 74C1 BD81

To claim this, I am signing this object:

thiagokokada

{
  "$schema": "https://raw.githubusercontent.com/jsonresume/resume-schema/v1.0.0/schema.json",
  "basics": {
    "name": "Thiago Kenji Okada",
    "label": "Senior Software Engineer",
    "picture": "https://avatars2.githubusercontent.com/u/844343?s=460&u=b0a39e7e5e7079e199a81ba9bcce46648f1392af&v=4",
    "email": "[email protected]",
    "summary": "I am a Full Stack Senior Software Engineer with experience developing scalable applications in languages like Kotlin, Clojure and Ruby, frontend development with JavaScript and mobile development with Flutter. I also have experience in DevOps, mainly in AWS environment, working with tools like Ansible and Terraform and also managing multiple Kubernetes clusters. I have business experience in payment systems and financial services, and a computer science degree focused in distributed systems and cloud computing.",
    "location": {
      "city": "Dublin",

thiagokokada

Low-latency guests in KVM

Summary

Obtaining a low-latency guests in KVM (i.e.: low DPC latency for Windows guests) can be difficult. Without it, you may hear cracks/pops in audio or freezes in the VM, so they can be very annoying, specially for gaming dedicated VMs.

This document summarizes some of my findings on this subject.

Configuring KVM for real-time workloads