parameters: (s, min_length, max_length)
return_statement: return output
docstring: Inserts line breaks to try to get line lengths within the given range.
  
      This tries to minimize raggedness and to break lines at punctuation
      (periods and commas).  It never splits words or numbers.  Multiple spaces
      may be converted into single spaces.
  
      Args:
          s: The string to split.
          min_length: The requested minimum number of characters per line.
          max_length: The requested minimum number of characters per line.
  
      Returns:
          A copy of the original string with zero or more line breaks inserted.
docstring_summary: Inserts line breaks to try to get line lengths within the given range.
docstring_tokens: Inserts line breaks to try to get line lengths within the given range .
function: def _insert_breaks(s, min_length, max_length):
      """Inserts line breaks to try to get line lengths within the given range.
  
      This tries to minimize raggedness and to break lines at punctuation
      (periods and commas).  It never splits words or numbers.  Multiple spaces
      may be converted into single spaces.
  
      Args:
          s: The string to split.
          min_length: The requested minimum number of characters per line.
          max_length: The requested minimum number of characters per line.
  
      Returns:
          A copy of the original string with zero or more line breaks inserted.
      """
      newline = '\\n'
      if len(s) < min_length:
          return s
      # Try splitting by sentences.  This assumes sentences end with periods.
      sentences = s.split('.')
      # Remove empty sentences.
      sentences = [sen for sen in sentences if sen]
  
      # If all sentences are at least min_length and at most max_length,
      # then return one per line.
      if not [sen for sen in sentences if
              len(sen) > max_length or len(sen) < min_length]:
          return newline.join([sen.strip() + '.' for sen in sentences])
  
      # Otherwise, divide into words, and use a greedy algorithm for the first
      # line, and try to get later lines as close as possible in length.
      words = [word for word in s.split(' ') if word]
      line1 = ''
      while (len(line1) + 1 + len(words[0]) < max_length and
             # Preferentially split on periods and commas.
             (not ((line1.endswith('. ') or line1.endswith(', ')) and
                   len(line1) > min_length))):
          line1 += words.pop(0) + ' '
          # If it all fits on one line, return that line.
          if not words:
              return line1
      ideal_length = len(line1)
      output = line1
      line = ''
      while words:
          line += words.pop(0) + ' '
          if words:
              potential_len = len(line) + len(words[0])
              if (potential_len > max_length or
                  potential_len - ideal_length > ideal_length - len(line) or
                  (line.endswith('. ') and len(line) > min_length)):
                  output += newline + line
                  line = ''
      output += newline + line
      return output
function_tokens: def _insert_breaks ( s , min_length , max_length ) : newline = '\\n' if len ( s ) < min_length : return s # Try splitting by sentences.  This assumes sentences end with periods. sentences = s . split ( '.' ) # Remove empty sentences. sentences = [ sen for sen in sentences if sen ] # If all sentences are at least min_length and at most max_length, # then return one per line. if not [ sen for sen in sentences if len ( sen ) > max_length or len ( sen ) < min_length ] : return newline . join ( [ sen . strip ( ) + '.' for sen in sentences ] ) # Otherwise, divide into words, and use a greedy algorithm for the first # line, and try to get later lines as close as possible in length. words = [ word for word in s . split ( ' ' ) if word ] line1 = '' while ( len ( line1 ) + 1 + len ( words [ 0 ] ) < max_length and # Preferentially split on periods and commas. ( not ( ( line1 . endswith ( '. ' ) or line1 . endswith ( ', ' ) ) and len ( line1 ) > min_length ) ) ) : line1 += words . pop ( 0 ) + ' ' # If it all fits on one line, return that line. if not words : return line1 ideal_length = len ( line1 ) output = line1 line = '' while words : line += words . pop ( 0 ) + ' ' if words : potential_len = len ( line ) + len ( words [ 0 ] ) if ( potential_len > max_length or potential_len - ideal_length > ideal_length - len ( line ) or ( line . endswith ( '. ' ) and len ( line ) > min_length ) ) : output += newline + line line = '' output += newline + line return output