# Assign the weight for each of the coding subjects
def coding_skill_score(skills):
  skills_weight = {'Python': 1,'Ruby': 2,'Bash': 4,'Git': 8,'HTML': 16,'TDD': 32,'CSS': 64,'JavaScript': 128}

# Initializing 2 variables for total score and the recommended skills
  total_coding_score = 0
  learn_skills = {}

# Calculating the coding skill score
  for skill, value in skills.items():
      if value.lower() == 'yes':
          total_coding_score = total_coding_score + skills_weight[skill]
      else:
          learn_skills[skill] = skills_weight[skill]

  return total_coding_score, learn_skills

# Collect the user input for each coding subject 
def main():
  skills = {
      'Python': input("1. Python: "),
      'Ruby': input("2. Ruby: "),
      'Bash': input("3. Bash: "),
      'Git': input("4. Git: "),
      'HTML': input("5. HTML: "),
      'TDD': input("6. TDD: "),
      'CSS': input("7. CSS: "),
      'JavaScript': input("8. JavaScript?: ")
  }

  total_coding_score, learn_skills = coding_skill_score(skills)

# System output of the total score
  print(f"\nYour current coding skill score is: {total_coding_score}")

# System recommendation for new skills to user
  if learn_skills:
      print("\nWe recommend you learn the following skills and get additional points:")
      for skill, points in learn_skills.items():
          print(f"{skill}: {points} points")
  else:
    print("\nYou have 100% of the skills we are looking for!!")

# Introduction to the candidate before questions
if __name__ == "__main__":
  print("Hi! Thank you for applying to ACME Corporation!")
  candidate_name = input("What is your name: ")
  print("Thank you,", candidate_name,"!")
  print("This is our coding skills questionnaire for the role you applied!")
  print("Do you have coding skills for the below (yes/no)?")

# Begin the questions
  main()

# Final statement after recommendations
  print("\nAll the best!")