def test_integer_division6():
integer1 = Integer.max_value()
integer2 = Integer('5')
assert integer2 / integer1 == Integer('0')
def test_integer_division7():
integer1 = Integer('6')
integer2 = Integer('0')
with pytest.raises(ZeroDivisionError):
integer1 / integer2
def test_integer_division5():
integer1 = Integer.max_value()
integer2 = Integer('5')
assert integer1 / integer2 == Integer('429496729')
def test_integer_init2():
integer = Integer('-1')
assert str(integer) == '-1'
def test_integer_division1():
integer1 = Integer('20')
integer2 = Integer('4')
assert integer1 / integer2 == Integer('5')
def test_integer_division4():
integer1 = Integer('-20')
integer2 = Integer('-4')
assert integer1 / integer2 == Integer('5')
def test_integer_init1():
integer = Integer('3')
assert str(integer) == '3'
def test_integer_multiplication4():
integer1 = Integer('-107')
integer2 = Integer('-97')
assert integer1 * integer2 == Integer('10379')
def test_integer_plus4():
integer1 = Integer('25')
integer2 = Integer('-10')
assert integer1 + integer2 == Integer('15')
def test_integer_plus3():
integer1 = Integer('5')
integer2 = Integer('-10')
assert integer1 + integer2 == Integer('-5')
def test_integer_plus1():
integer1 = Integer('3')
integer2 = Integer('5')
assert integer1 + integer2 == Integer('8')
def test_integer_min_value2():
bits = Integer.min_value().bits
assert Integer.min_value().sign == Bit(True)
for bit in bits:
assert bit == Bit(True)
def test_integer_min_value1():
assert Integer.min_value() == Integer(str(-(2**(Integer.bit_len - 1) - 1)))