def test_sv_ts_sv(self):
utc_now = common.utc_now()
local_now = common.as_local_time(utc_now)
ts = common.to_timestamp(local_now)
utc_from_ts = common.from_timestamp(ts)
local_from_ts = common.as_local_time(utc_from_ts)
self.assert_approx_equal(utc_now, utc_from_ts)
self.assert_approx_equal(local_now, local_from_ts)
self.assertEqual(utc_now, local_now)
self.assertEqual(utc_from_ts, local_from_ts)
def test_sv_ts_sv(self):
utc_now = common.utc_now()
local_now = common.as_local_time(utc_now)
ts = common.to_timestamp(local_now)
utc_from_ts = common.from_timestamp(ts)
local_from_ts = common.as_local_time(utc_from_ts)
self.assert_approx_equal(utc_now, utc_from_ts)
self.assert_approx_equal(local_now, local_from_ts)
self.assertEqual(utc_now, local_now)
self.assertEqual(utc_from_ts, local_from_ts)
def test_utc_sv_conversions(self):
now = common.utc_now()
local_now = common.as_local_time(now)
self.assertEqual(now, local_now)
self.assertNotEquals(now.tzname(), local_now.tzname())
ts_sv = common.to_timestamp(local_now)
ts_utc = common.to_timestamp(now)
self.assertEqual(ts_sv, ts_utc)
self.assert_approx_equal(common.from_timestamp(ts_sv), common.from_timestamp(ts_utc))
def test_utc_sv_conversions(self):
now = common.utc_now()
local_now = common.as_local_time(now)
self.assertEqual(now, local_now)
self.assertNotEquals(now.tzname(), local_now.tzname())
ts_sv = common.to_timestamp(local_now)
ts_utc = common.to_timestamp(now)
self.assertEqual(ts_sv, ts_utc)
self.assert_approx_equal(common.from_timestamp(ts_sv),
common.from_timestamp(ts_utc))
