def test_init(self):
ntp_chrony = ntp.NtpChronyd(self.remote_mock, 'node')
assert ntp_chrony.remote is self.remote_mock
assert ntp_chrony.node_name == 'node'
assert repr(ntp_chrony) == \
"NtpChronyd(remote=<SSHClient()>, node_name='node')"
ntp_chrony.start()
ntp_chrony.stop()
def test_set_actual_time(self):
ntp_chrony = ntp.NtpChronyd(self.remote_mock, 'node')
ntp_chrony.set_actual_time()
self.remote_mock.check_call.assert_has_calls((
mock.call('chronyc -a burst 3/5'),
mock.call('chronyc -a makestep'),
))
self.wait_mock.assert_called_once_with(
ntp_chrony._get_burst_complete, timeout=600,
timeout_msg="Failed to set actual time on node 'node'")
def test_get_burst_complete_false(self):
self.remote_mock.check_call.return_value = \
self.make_exec_result("""200 OK
200 OK
3 sources online
0 sources offline
1 sources doing burst (return to online)
0 sources doing burst (return to offline)
0 sources with unknown address""")
ntp_chrony = ntp.NtpChronyd(self.remote_mock, 'node')
r = ntp_chrony._get_burst_complete()
self.remote_mock.check_call.assert_called_once_with(
'chronyc -a activity')
assert r is False
def test_wait_peer(self):
ntp_chrony = ntp.NtpChronyd(self.remote_mock, 'node')
ntp_chrony.wait_peer()
self.remote_mock.check_call.assert_called_once_with(
'chronyc -a waitsync 10 0.01')