nico.rb

class ComputerGuess
	def play
		possible_digits = [0,1,2,3,4,5,6,7,8,9]
		good_digits = []
		bad_digits = []
		playing = true
		while playing
			initial_guess = generate_number(possible_digits)
			clues = get_clues(initial_guess)
			running = did_we_guess?(clues)
			generate_guess(initial_guess, clues, possible_digits)
		end
	end

	def generate_guess(previous_guess, clues, possible_digits, good_digits)
		digits_to_try = possible_digits - previous_guess
		digit_to_try = rand(digits_to_try.length) - 1
		new_guess = previous_guess
		new_guess.pop().push(digit_to_try)
		clues_value = clues.good + clues.regular
		new_clues = get_clues(new_guess)

		if new_clues.good + new_clues.regular > clues_value
			good_digits.push(digit_to_try)
		elsif new_clues.good + new_clues.regular < clues_value
			possible_digits.delete(digit_to_try)
		end

		generate_guess(new_guess, new_clues, possible_digits, good_digits)
	end

	def did_we_guess?(clues)
		if clues.good == 4
			puts('AWESOME!!!!')
			return false
		end

		return true
	end

	def get_clues(guess)
		puts(guess)
		puts('How many good clues?')
		good = gets.chomp.to_i
		puts('How many regular clues?')
		regular = gets.chomp.to_i
		puts('Good:' + good.to_s + ' -- ' + 'Regular:' + regular.to_s)

		return {'good': good, 'regular': regular}
	end

	def generate_number(possible_digits)
    	guess = []
    	4.times.each do
      		guess << possible_digits.delete_at(rand(possible_digits.length) - 1)
    	end

		if guess[0] == 0
			guess = generate_initial_number(possible_digits)
		end

		return guess
	end
end

ComputerGuess.new.play