def test_no_message(self):
# if message is not present, then no argument should be passed for it
cfg = {'power_state': {'mode': 'poweroff'}}
(cmd, _timeout) = psc.load_power_state(cfg)
self.assertNotIn("", cmd)
check_lps_ret(psc.load_power_state(cfg))
self.assertTrue(len(cmd) == 3)
def test_no_message(self):
# if message is not present, then no argument should be passed for it
cfg = {'power_state': {'mode': 'poweroff'}}
(cmd, _timeout, _condition) = psc.load_power_state(cfg)
self.assertNotIn("", cmd)
check_lps_ret(psc.load_power_state(cfg))
self.assertTrue(len(cmd) == 3)
def test_freebsd_poweroff_uses_lowercase_p(self):
cls = distros.fetch('freebsd')
paths = helpers.Paths({})
freebsd = cls('freebsd', {}, paths)
cfg = {'power_state': {'mode': 'poweroff'}}
ret = psc.load_power_state(cfg, freebsd)
self.assertIn('-p', ret[0])
def test_freebsd_poweroff_uses_lowercase_p(self):
cls = distros.fetch("freebsd")
paths = helpers.Paths({})
freebsd = cls("freebsd", {}, paths)
cfg = {"power_state": {"mode": "poweroff"}}
ret = psc.load_power_state(cfg, freebsd)
self.assertIn("-p", ret[0])
def test_alpine_delay(self):
# alpine takes delay in seconds.
cls = distros.fetch('alpine')
paths = helpers.Paths({})
alpine = cls('alpine', {}, paths)
cfg = {'power_state': {'mode': 'poweroff', 'delay': ''}}
for delay, value in (('now', 0), ("+1", 60), ("+30", 1800)):
cfg['power_state']['delay'] = delay
ret = psc.load_power_state(cfg, alpine)
self.assertEqual('-d', ret[0][1])
self.assertEqual(str(value), ret[0][2])
def test_alpine_delay(self):
# alpine takes delay in seconds.
cls = distros.fetch("alpine")
paths = helpers.Paths({})
alpine = cls("alpine", {}, paths)
cfg = {"power_state": {"mode": "poweroff", "delay": ""}}
for delay, value in (("now", 0), ("+1", 60), ("+30", 1800)):
cfg["power_state"]["delay"] = delay
ret = psc.load_power_state(cfg, alpine)
self.assertEqual("-d", ret[0][1])
self.assertEqual(str(value), ret[0][2])
def test_irrelevant_config(self):
# no power_state field in config should return None for cmd
(cmd, _timeout, _condition) = psc.load_power_state({"foo": "bar"},
self.dist)
self.assertIsNone(cmd)
def test_no_config(self):
# completely empty config should mean do nothing
(cmd, _timeout) = psc.load_power_state({})
self.assertEqual(cmd, None)
def test_valid_delay(self):
cfg = {'power_state': {'mode': 'poweroff', 'delay': ''}}
for delay in ("now", "+1", "+30"):
cfg['power_state']['delay'] = delay
check_lps_ret(psc.load_power_state(cfg))
def test_message_present(self):
cfg = {'power_state': {'mode': 'poweroff', 'message': 'GOODBYE'}}
ret = psc.load_power_state(cfg)
check_lps_ret(psc.load_power_state(cfg))
self.assertIn(cfg['power_state']['message'], ret[0])
def test_valid_delay(self):
cfg = {"power_state": {"mode": "poweroff", "delay": ""}}
for delay in ("now", "+1", "+30"):
cfg["power_state"]["delay"] = delay
check_lps_ret(psc.load_power_state(cfg, self.dist))
def test_valid_modes(self):
cfg = {"power_state": {}}
for mode in ("halt", "poweroff", "reboot"):
cfg["power_state"]["mode"] = mode
check_lps_ret(psc.load_power_state(cfg, self.dist), mode=mode)
def test_valid_delay(self):
cfg = {'power_state': {'mode': 'poweroff', 'delay': ''}}
for delay in ("now", "+1", "+30"):
cfg['power_state']['delay'] = delay
check_lps_ret(psc.load_power_state(cfg))
def test_irrelevant_config(self):
# no power_state field in config should return None for cmd
(cmd, _timeout, _condition) = psc.load_power_state({'foo': 'bar'})
self.assertEqual(cmd, None)
def test_no_config(self):
# completely empty config should mean do nothing
(cmd, _timeout, _condition) = psc.load_power_state({}, 'ubuntu')
self.assertIsNone(cmd)
def test_condition_default_is_true(self):
cfg = {"power_state": {"mode": "poweroff"}}
_cmd, _timeout, cond = psc.load_power_state(cfg, self.dist)
self.assertEqual(cond, True)
def test_message_present(self):
cfg = {"power_state": {"mode": "poweroff", "message": "GOODBYE"}}
ret = psc.load_power_state(cfg, self.dist)
check_lps_ret(psc.load_power_state(cfg, self.dist))
self.assertIn(cfg["power_state"]["message"], ret[0])
def test_no_config(self):
# completely empty config should mean do nothing
(cmd, _timeout, _condition) = psc.load_power_state({})
self.assertEqual(cmd, None)
def test_condition_default_is_true(self):
cfg = {'power_state': {'mode': 'poweroff'}}
_cmd, _timeout, cond = psc.load_power_state(cfg)
self.assertEqual(cond, True)
def test_valid_modes(self):
cfg = {'power_state': {}}
for mode in ('halt', 'poweroff', 'reboot'):
cfg['power_state']['mode'] = mode
check_lps_ret(psc.load_power_state(cfg), mode=mode)
def test_irrelevant_config(self):
# no power_state field in config should return None for cmd
(cmd, _timeout) = psc.load_power_state({'foo': 'bar'})
self.assertEqual(cmd, None)
def test_message_present(self):
cfg = {'power_state': {'mode': 'poweroff', 'message': 'GOODBYE'}}
ret = psc.load_power_state(cfg)
check_lps_ret(psc.load_power_state(cfg))
self.assertIn(cfg['power_state']['message'], ret[0])
def test_valid_modes(self):
cfg = {'power_state': {}}
for mode in ('halt', 'poweroff', 'reboot'):
cfg['power_state']['mode'] = mode
check_lps_ret(psc.load_power_state(cfg), mode=mode)
def test_condition_default_is_true(self):
cfg = {'power_state': {'mode': 'poweroff'}}
_cmd, _timeout, cond = psc.load_power_state(cfg)
self.assertEqual(cond, True)
def test_no_config(self):
# completely empty config should mean do nothing
(cmd, _timeout, _condition) = psc.load_power_state({})
self.assertIsNone(cmd)