docstr: In this test, we have an intermediate fuzzy match with a keyword (the shortest one)
  We check that we get only the shortest keyword when going further into fuzzy match is too
  expansive to get the longest keyword. We also replace a classic match later in the string,
  to check that the inner data structures all have a correct state
docstr_tok: ["In","this","test",",","we","have","an","intermediate","fuzzy","match","with","a","keyword","(","the","shortest","one",")","We","check","that","we","get","only","the","shortest","keyword","when","going","further","into","fuzzy","match","is","too","expansive","to","get","the","longest","keyword",".","We","also","replace","a","classic","match","later","in","the","string",",","to","check","that","the","inner","data","structures","all","have","a","correct","state"]
code: def test_intermediate_match_then_no_match(self):
      """
      In this test, we have an intermediate fuzzy match with a keyword (the shortest one)
      We check that we get only the shortest keyword when going further into fuzzy match is too
      expansive to get the longest keyword. We also replace a classic match later in the string,
      to check that the inner data structures all have a correct state
      """
      keyword_proc = KeywordProcessor()
      keyword_proc.add_keyword("keyword")
      keyword_proc.add_keyword("keyword with many words")
      sentence = "This sentence contains a keywrd with many items inside, A keyword at the end"
      target_sentence = "This sentence contains a keyword with many items inside, A keyword at the end"
  
      self.assertEqual(
          keyword_proc.replace_keywords(sentence, max_cost=1),
          target_sentence,
      )
  
file_path: flashtext/test/test_replace_fuzzy.py
imports: from flashtext import KeywordProcessor
  import logging
  import unittest
label_desc: Use image node_id 7 for calling the TestReplaceFuzzy obj's underlying member method code with example usage: obj.test_intermediate_match_then_no_match() without return types