text: # Copyright (c) 2021 FOSS-Devs
  # See LICENSE in the project root for license information.
  import os
  import difflib
  #import textwrap
  #import re
  import json
  
  class noswear():
      badlibpath = os.path.join(os.path.abspath(os.path.dirname(os.path.abspath(__file__))),"data", "wordlist.txt")
      whitelist = os.path.join(os.path.abspath(os.path.dirname(os.path.abspath(__file__))),"data", "clean.json")
      
      def __init__(self, string, difficulty: float = 80, badlib = badlibpath, whitelist = whitelist):
          if difficulty < 1 or difficulty > 100:
              raise ValueError
          self.string = string
          self.difficulty = difficulty / 1800
          self.score = None
          self.badlib = badlib
          self.whitelist = whitelist
          self.getresult = False
          self.fullresult = {"method": None, "badword": None, "word": None, "score": self.score, "difficulty": None}
          self._check()
  
      def _check(self):
          with open(f"{self.badlib}", "r") as words:
              badwords = words.read().splitlines()
          with open(f"{self.whitelist}", "r") as whitelist:
              normal_words = json.load(whitelist)
          spec_char = {"@": "a", "1": "i", "!": "i", "0": "o", "1": "l", "3": "e", "$": "s", "5": "s", "4": "a", "7": "t"}
          string = self.string.lower()
          for attr, value in spec_char.items():
              string = string.replace(attr, value)
          #string = re.sub(r"[^a-zA-Z0-9]+", ' ', string)
          string = ''.join(l for l in string if l.isalnum() or l == " ")
          string = ' '.join(string.split())
          spaces = len(string.split())
          no_space = string.replace(' ', '')
          if len(no_space) < 10 and spaces > 1:
              string = self._filter_clean_word(no_space, normal_words)
              for badword in badwords:
                  if self._checker(string, badword, self.difficulty):
                      self.getresult = True
                      return self.getresult
          elif spaces > 1 and len(string) > 9:
              string = ' '.join(string.split())
              string = string.split(' ')
              string = self._filter_clean_word(string, normal_words)
              for word in string:
                  for badword in badwords:
                      if self._checker(word, badword, self.difficulty):
                          self.getresult = True
                          return self.getresult
          else:
              no_space = self._filter_clean_word(no_space, normal_words)
              for badword in badwords:
                  if self._simple_check(no_space, badword):
                      self.getresult = True
                      return self.getresult
          #else:
          #    string = textwrap.wrap(string, 5)
          #    string = self._filter_clean_word(string, normal_words)
          #    for badword in badwords:
          #        for word in string:
          #            if self._checker(word, badword, self.difficulty):
          #                self.getresult = True
          #                return self.getresult
          return self.getresult
  
      def _diffcheck(self, word, badword, difficulty: float):
          oversize = len(word) + 2
          undersize = len(word) - 2
          if len(badword) <= oversize and len(badword) >= undersize:
              score = difflib.SequenceMatcher(None, word, badword, autojunk=True).quick_ratio()
              if score >= difficulty:
                  self.score = score
                  return True
          return False
  
      def _checker(self, string, badword, difficulty: float):
          x = len(string)
          difficulty = (x ** 2) / 500 + 0.79 +  difficulty
          if difficulty > 1:
              difficulty = 0.96
          self.fullresult = {"method": None, "badword": None, "word": string, "score": self.score, "difficulty": difficulty}
          if badword == string:
              {"method": 2, "badword": badword, "word": string, "score": self.score, "difficulty": difficulty}
              return True 
          elif len(string) <= 12 and self._diffcheck(string, badword, difficulty):
              self.fullresult = {"method": 3, "badword": badword, "word": string, "score": self.score, "difficulty": difficulty}
              return True
          return False
  
      def _simple_check(self,string, badword):
          if len(badword) > 3:
              if badword in string:
                  self.fullresult = {"method": 1, "badword": badword, "word": string, "score": self.score, "difficulty": None}
                  return True
          return False
  
      def _filter_clean_word(self, string, normal_words):
          if type(string) is list:
              for w in normal_words:
                  for word in string:
                      if word == w:
                          string.remove(word)
          else:
              for w in normal_words:
                  if string == w:
                      string = string.replace(string, '')
          return string
  
  noswear("hello").fullresult