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10 def uniqueChar(passedStr): 11 12 # Will use the built-in function set() which 13 # eliminates dupplicates 14 deleteDuplicateIfAny = set(passedStr) 15 16 # If the string had unique characters the string 17 # length remains the same 18 # If the string has duplicates then size 19 if len(deleteDuplicateIfAny) == len(passedStr): 20 return "Unique" 21 else: 22 return "Not Unique"
115 def generate_character_sets(): 116 declarations = [] 117 for char_type, char_generator in [ 118 ("unicode_start_ch", get_start_characters_as_number), 119 ("unicode_continuation_ch", get_continue_not_start_as_number), 120 ]: 121 for set_type, chars in zip(("any", "range"), to_ranges(char_generator())): 122 declarations.append( 123 f"{char_type}_{set_type} = (\n" 124 f"{make_split_strings(chars)}\n" 125 f")\n" 126 ) 127 128 return "".join(declarations)
65 def generate_random_string(number_of_random_chars=8, character_set=string.ascii_letters): 66 """ 67 Generate a series of random characters. 68 69 Kwargs: 70 number_of_random_chars (int) : Number of characters long 71 character_set (str): Specify a character set. Default is ASCII 72 """ 73 return u('').join(random.choice(character_set) 74 for _ in range(number_of_random_chars))
57 def test_generate_string(self): 58 outstring = self.lib.generate_string(self.n) 59 self.assertEqual(outstring[:self.n], generate_string(self.n))
2 def firstUniqChar(self, s): 3 """ 4 :type s: str 5 :rtype: int 6 """ 7 counts = [0] * 26 8 for item in s: 9 counts[ord(item) - ord('a')] += 1 10 for (index, item) in enumerate(s): 11 if counts[ord(item) - ord('a')] == 1: 12 return index 13 return -1