import lottery print(lottery.lottery()) print(lottery.lottery(3)) print(lottery.lottery_comprehension()) print(lottery.lottery_comprehension(3))
from lottery import lottery lottery print(lottery()) a = 7 b = 10 print(lottery(a)) print(lottery(a, b)) print(lottery(n=a, max=b)) print(lottery(max=b)) print(lottery(max=b, n=a))
from lottery import lottery print(lottery(max=49, n=6)) # [13, 45, 3, 21, 40, 39] # breakpoint() print(lottery(45, 6)) print(lottery()) # Standardwert: 6 aus 49 print(lottery(n=10))
from isprime import isprime from lottery import lottery print(isprime(91)) print(isprime(97)) lottery_numbers = lottery() for number in lottery_numbers: print(number) print(isprime(number))
def test_example2(self): self.assertAlmostEqual(0.1909090909, lottery.lottery("100 10 2 2"), 10)
def test_example1(self): self.assertAlmostEqual(0.1, lottery.lottery("100 10 2 1"), 10)
def test_example4(self): self.assertAlmostEqual(0.0222222222222, lottery.lottery("10 2 1 2"), 10)
def test_example3(self): self.assertAlmostEqual(1.0, lottery.lottery("10 10 5 1"), 10)
from lottery import lottery print(lottery()) print(lottery(45, 6)) print(lottery(n=10))