BAD

import random

class ThbkCommentsGenerator:
  '''
	creates comments B A B A Y
  '''
  heart_eyes_emoji = u'\U0001F60D'
  raised_hands = u'\U0001F64C'
  thumbs_up = u'\U0001F44D'
  face_blowing_a_kiss = u'\U0001F618'
  red_heart = u'\U00002764'
  okay_hand = u'\U0001f44c'
  beating_heart = u'\U0001F493'
  emojis = [heart_eyes_emoji,heart_eyes_emoji,raised_hands,thumbs_up,face_blowing_a_kiss,red_heart,okay_hand,beating_heart]

  def random_emoji(self):
      return random.choice(self.emojis)

  def random_good_word(self):
      return random.choice(['great','amazing','cute','precious','adorable','gorgeous','sweet'])

  def random_number_of_emojis(self):
      num_emojis = random.choice([1,2,2,2,3,3,4])
      s = u''
      for x in range(0,num_emojis):
          s = s + self.random_emoji() + u''
          return s

  def random_love_string(self):
      return random.choice([u'love',u'love',u'loove',u'looove',u'looooove',u'Love'])

  def generate_comments(self):
      cmts = []
      for x in range(0,100000):#100k will generate on avg 393,479 unique comments!!
        cmts.append(self.random_number_of_emojis() + u' too ' + self.random_good_word() + '!')
        cmts.append(self.random_number_of_emojis() + u' too ' + self.random_good_word() + '!')
        cmts.append(self.random_good_word() + u'! ' + self.random_number_of_emojis())
        cmts.append(u'so ' + self.random_good_word() + u' ' + self.random_number_of_emojis())
        cmts.append(self.random_number_of_emojis() + u' ' + self.random_good_word() + u' ' + self.random_number_of_emojis())
        cmts.append(self.random_number_of_emojis())
        cmts.append(self.random_number_of_emojis())
        cmts.append(self.random_number_of_emojis())
        cmts.append(self.random_number_of_emojis())
        cmts.append(self.random_love_string() + u' ' + self.random_love_string() + u' it! ' + self.random_number_of_emojis())
        cmts.append(self.random_number_of_emojis() + u' '+ self.random_love_string() + u' it! ' + self.random_number_of_emojis())
        cmts.append(self.random_love_string() + u' it! ' + self.random_number_of_emojis())
        cmts.append(self.random_number_of_emojis() + u'so ' + self.random_good_word() + self.random_number_of_emojis())
        cmts.append(self.random_number_of_emojis() + u' ' + self.random_love_string() + u' it!')
        cmts.append(self.random_love_string() + u' it!' + self.random_number_of_emojis())
        cmts.append(u'too ' + self.random_good_word() + self.random_number_of_emojis())
        cmts.append(u'I ' + self.random_love_string() + u' this' +  self.random_number_of_emojis())
        cmts.append(self.random_love_string() + u' it!' +  self.random_number_of_emojis() +  u' so' + self.random_good_word() + u'!')
        cmts.append(self.random_love_string() + u' it!' +  self.random_number_of_emojis() +  u' ' + self.random_good_word() + u'!')

      print(str(len(cmts)) + ' total cmts generated')
      self.comments = set(cmts)
      print(str(len(self.comments)) + ' unique comments generated')


  def __init__(self):
      self.comments = []
      random.seed()

GOOD

import random

class ThbkCommentsGenerator:
  '''
	creates comments B A B A Y
  '''
  def __init__(self):
      self.comments = []

  def generate_comments(self):
    heart_eyes_emoji = u'\U0001F60D'
    raised_hands = u'\U0001F64C'
    thumbs_up = u'\U0001F44D'
    face_blowing_a_kiss = u'\U0001F618'
    red_heart = u'\U00002764'
    okay_hand = u'\U0001f44c'
    beating_heart = u'\U0001F493'

    emojis = [heart_eyes_emoji,heart_eyes_emoji,raised_hands,thumbs_up,face_blowing_a_kiss,red_heart,okay_hand,beating_heart]
    def random_emoji():
        return random.choice(emojis)

    def random_good_word():
        return random.choice(['great','amazing','cute','precious','adorable','gorgeous','sweet'])

    def random_number_of_emojis():
        num_emojis = random.choice([1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,2,2,2,2,2,2,2,2,2,3])
        seed_moj = random_emoji()
        s = u''
        for x in range(0,num_emojis):
            s = s + seed_moj + u''
        return s

    def random_love_string():
        return random.choice([u'love',u'love',u'loove',u'looove',u'looooove',u'Love'])

    #TODO: how to call these functions EVERY TIME?! Should I create a shit long list of comments then?
    # otherwise comments are the same for each section! V. bad!

    comments = []
    for x in range(0,100000):#100k will generate on avg 393,479 unique comments!!
        comments.append(random_number_of_emojis() + u' too ' + random_good_word() + '!')
        comments.append(random_number_of_emojis() + u' too ' + random_good_word() + '!')
        comments.append(random_good_word() + u'! ' + random_number_of_emojis())
        comments.append(u'so ' + random_good_word() + u' ' + random_number_of_emojis())
        comments.append(random_number_of_emojis() + u' ' + random_good_word() + u' ' + random_number_of_emojis())
        comments.append(random_number_of_emojis())
        comments.append(random_love_string() + u' ' + random_love_string() + u' it! ' + random_number_of_emojis())
        comments.append(random_number_of_emojis() + u' '+ random_love_string() + u' it! ' + random_number_of_emojis())
        comments.append(random_love_string() + u' it! ' + random_number_of_emojis())
        comments.append(random_number_of_emojis() + u'so ' + random_good_word() + random_number_of_emojis())
        comments.append(random_number_of_emojis() + u' ' + random_love_string() + u' it!')
        comments.append(random_love_string() + u' it!' + random_number_of_emojis())
        comments.append(u'too ' + random_good_word() + random_number_of_emojis())
        comments.append(u'I ' + random_love_string() + u' this' +  random_number_of_emojis())
        comments.append(random_love_string() + u' it!' +  random_number_of_emojis() +  u' so' + random_good_word() + u'!')
        comments.append(random_love_string() + u' it!' +  random_number_of_emojis() +  u' ' + random_good_word() + u'!')

    # print(comments)
    unique_comments = list(set(comments))
    print(str(len(comments)) + ' total comments generated')
    print(str(len(unique_comments)) + ' total unique comments generated')
    print("first five comments:")
    for x in range(0,5):
        print unique_comments[x]
    print("...")
    return unique_comments