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15 def bigrandom(): 16 return int(randy.random()*1000000)
33 def gen_random(): 34 return random.random()
14 def random_number_generator(): 15 ran_decimal = random.randint(1, 255) 16 return (ran_decimal, bin(ran_decimal), hex(ran_decimal))
140 def random_ints(): 141 """ Returns a random integer from 0 to 100,000 """ 142 return str(int(math.floor(random.random() * 100000)))
15 def rando(): 16 return random.StrongRandom().randint(2, 20000000)
3 def test1(random): 4 x = int(random) 5 y = int(random) 6 7 if 1 < x < 2 and y < 4: 8 z = x + y 9 if z < 7: 10 w = "true" 11 else: 12 w = False 13 print x, y, w
110 def gen(): 111 return fmt_string % (random.randint(1, x), random.randint(1, y))
15 def test2(random): 16 x = int(random) 17 y = int(random) 18 19 if 1 < x < 2 or y < 4: 20 z = x + y 21 if z < 7: 22 w = "true" 23 else: 24 w = False 25 print x, y, w
78 def _safe_random_int(self, min_value, max_value): 79 orig_min_value = min_value 80 orig_max_value = max_value 81 82 if min_value is None: 83 min_value = max_value - self.random_int() 84 if max_value is None: 85 max_value = min_value + self.random_int() 86 if min_value == max_value: 87 return self._safe_random_int(orig_min_value, orig_max_value) 88 else: 89 return self.random_int(min_value, max_value - 1)
206 def random_numbers(): 207 numbers = list(np.random.choice(list(map(str, range(1, 11))), random_int(n_chars))) 208 209 def random_astrix(n): 210 options = [("*", n, ""), ("", n, "*"), ("", n, "")] 211 return "".join(options[randint(0, 2)]) 212 213 return [random_astrix(n) if randint(0, 3) == 1 else n for n in numbers]