def test_hyper_into_int32(self):
s = srvsvc.NetRemoteTODInfo()
def assign():
s.timezone = server_id.SERVERID_UNIQUE_ID_NOT_TO_VERIFY
self.assertRaises(OverflowError, assign)
def test_int_float_into_int32(self):
s = srvsvc.NetRemoteTODInfo()
def assign():
s.timezone = 2.0
self.assertRaises(TypeError, assign)
def test_larger_long_int_into_int32(self):
s = srvsvc.NetRemoteTODInfo()
def assign():
s.timezone = 2147483648
self.assertRaises(OverflowError, assign)
def test_uint32_into_int32(self):
s = srvsvc.NetRemoteTODInfo()
def assign():
s.timezone = server_id.NONCLUSTER_VNN
self.assertRaises(OverflowError, assign)
def test_long_into_int32(self):
s = srvsvc.NetRemoteTODInfo()
# here we force python2 to convert its 32/64 bit python int into
# an arbitrarily long python long, then reduce the number back
# down to something that would fit in an int anyway. In a pure
# python2 world, you could achieve the same thing by writing
# s.timezone = 5L
# but that is a syntax error in py3.
s.timezone = (5 << 65) >> 65
self.assertEqual(s.timezone, 5)
def test_larger_int_into_int32(self):
s = srvsvc.NetRemoteTODInfo()
s.timezone = 2147483647
def test_long_into_int32(self):
s = srvsvc.NetRemoteTODInfo()
s.timezone = 5L
def test_negative_int_into_int32(self):
s = srvsvc.NetRemoteTODInfo()
s.timezone = -2147483648
def test_larger_int_into_int32(self):
s = srvsvc.NetRemoteTODInfo()
s.timezone = 2147483647
self.assertEquals(s.timezone, 2147483647)
def test_long_into_int32(self):
s = srvsvc.NetRemoteTODInfo()
s.timezone = 5L
self.assertEquals(s.timezone, 5)
def test_negative_int_into_int32(self):
s = srvsvc.NetRemoteTODInfo()
s.timezone = -2147483648
self.assertEquals(s.timezone, -2147483648)
