Morse Code translator written in Ruby as solution of CodementorX Assessment.

morse.rb

class Morse
  def posibilities(signals)
    signals.include?('?') ? check_wildcard(signals) : morses["#{signals}"]
  end

  def check_wildcard(signals)
    length = signals.split('').length
    values = []
    if length.eql?(1)
      values = ["E", "T"]
    else
      indexes = []
      chars = signals.split('')
      chars.each.with_index do |char, index|
        next if char.eql?('?')
        indexes << index
      end

      morses.keys.each do |morse|
        next unless morse.length.eql?(length)
        valid = true
        indexes.each do |index|
          next if chars[index].eql?(morse.split('')[index])
          valid = false
        end
        values << morses[morse] if valid
      end
    end
    values
  end

  def morses
    {
      '.' => 'E',
      '-' => 'T',
      '..' => 'I',
      '.-' => 'A',
      '-.' => 'N',
      '--' => 'M',
      '...' => 'S',
      '..-' => 'U',
      '.-.' => 'R',
      '.--' => 'W',
      '-..' => 'D',
      '-.-' => 'K',
      '--.' => 'G',
      '---' => 'O'
    }
  end
end

That’s a nice and practical choice for an assessment—building a Morse code translator really shows how you think about logic and edge cases. Writing it in Ruby keeps the solution clean and readable, which is great for reviewers. I like to think of a Morse code translator as decoding human signals, turning dots and dashes into meaningful text. For CodementorX, it’s a solid way to demonstrate problem-solving, mapping structures, and clear implementation. You can view more here themorsecodetranslator.net