def filter_random_values():
range_values = loop_range()
random_values = loop_random_values()
match_values = []
for i in random_values:
if i in range_values:
match_values.append(i)
return match_values
def test_generated_random_mumbers(self):
self.assertNotIn(42, loop_random_values())
# This task is for the particular case of values between 1 and 100:
self.assertTrue(all(i != 0 and i <= 100 for i in loop_random_values()))
def gen_filter_random_values():
range_values = loop_range()
random_values = loop_random_values()
for i in random_values:
if i in range_values:
yield i
def sort_random_values():
values = loop_random_values()
values.sort() # in-place sorting
return values
def gen_sort_random_values():
values = loop_random_values()
values.sort()
for value in values:
yield value
