def __from_str__(self):
if utils.RepresentsInt(self.size):
self.size = int(self.size)
else:
# ToDo: Handle Error
pass
def test_utils_01_represents_int():
assert utils.RepresentsInt("10")
assert utils.RepresentsInt("0")
assert utils.RepresentsInt("-10")
assert utils.RepresentsInt("1123")
assert utils.RepresentsInt("99999")
assert utils.RepresentsInt("-99999")
assert utils.RepresentsInt("+99999")
assert utils.RepresentsInt("123456789")
assert utils.RepresentsInt(10)
assert utils.RepresentsInt(0)
assert utils.RepresentsInt(-10)
assert utils.RepresentsInt(1123)
assert utils.RepresentsInt(99999)
assert utils.RepresentsInt(-99999)
assert utils.RepresentsInt(+99999)
assert utils.RepresentsInt(123456789)
assert not utils.RepresentsInt("10.0")
assert not utils.RepresentsInt("0.0")
assert not utils.RepresentsInt("-10.0")
assert not utils.RepresentsInt("1.")
assert not utils.RepresentsInt("asd")
assert not utils.RepresentsInt("number")
assert not utils.RepresentsInt("3+6j")
assert not utils.RepresentsInt("-")
assert not utils.RepresentsInt("+")
assert not utils.RepresentsInt(10.0)
assert not utils.RepresentsInt(0.0)
assert not utils.RepresentsInt(-10.0)
assert not utils.RepresentsInt(1.0)
assert not utils.RepresentsInt(3 + 6j)
assert not utils.RepresentsInt([])
assert not utils.RepresentsInt({})
assert not utils.RepresentsInt(())