class MaasClientTest(unittest.TestCase):
def setUp(self):
self.c = MaasClient(AUTH)
self.tag = 'a-test-tag-' + randomString()
res = self.c.tag_new(self.tag)
self.assertTrue(res)
def tearDown(self):
res = self.c.tag_delete(self.tag)
self.assertTrue(res)
def test_get_tags(self):
self.assertTrue(self.tag in [t['name'] for t in self.c.tags])
class MaasClientZoneTest(unittest.TestCase):
def setUp(self):
self.c = MaasClient(AUTH)
self.zone_name = 'testzone-' + randomString()
res = self.c.zone_new(self.zone_name,
'zone created in unittest')
self.assertTrue(res)
def tearDown(self):
res = self.c.zone_delete(self.zone_name)
self.assertTrue(res)
def test_get_zones(self):
self.assertTrue(self.zone_name in [z['name'] for z in self.c.zones])
def poll_state():
""" Polls current state of Juju and MAAS
:returns: list of Machine() and the Juju state
:rtype: tuple (JujuState(), MaasState())
"""
# Capture Juju state
cmd = utils.get_command_output('juju status',
combine_output=False)
if cmd['ret']:
raise SystemExit("Error connecting to juju: stderr: {e}".format(
e=cmd['stderr']))
juju = JujuState(cmd['stdout'])
maas = None
if MULTI_SYSTEM:
# Login to MAAS
auth = MaasAuth()
auth.get_api_key('root')
# auth.login()
# Load Client routines
c = MaasClient(auth)
# Capture Maas state
maas = MaasState(c.nodes)
c.tag_fpi(maas)
c.nodes_accept_all()
c.tag_name(maas)
update_machine_info(juju, maas)
return (juju, maas)
def poll_state():
""" Polls current state of Juju and MAAS
:returns: list of Machine() and the Juju state
:rtype: tuple (JujuState(), MaasState())
"""
# Capture Juju state
(ret, juju_stdout,
juju_stderr, _) = utils.get_command_output('juju status',
combine_output=False)
if ret:
log.debug("Juju state unknown, will re-poll in "
"case bootstrap is taking a little longer to come up.")
log.debug("Juju status output: {o} \n stderr: {e}".format(
o=juju_stdout, e=juju_stderr))
# Stub out a juju status for now
juju = JujuState('environment: local\nmachines:')
else:
try:
juju = JujuState(juju_stdout)
except:
log.exception("Ignoring exception in parsing juju state.")
juju = JujuState('environment: local\nmachines:')
maas = None
if MULTI_SYSTEM:
# Login to MAAS
auth = MaasAuth()
auth.get_api_key('root')
# auth.login()
# Load Client routines
c = MaasClient(auth)
# Capture Maas state
maas = MaasState(c.nodes)
c.tag_fpi(maas)
c.nodes_accept_all()
c.tag_name(maas)
update_machine_info(juju, maas)
return (juju, maas)
def setUp(self):
self.c = MaasClient(AUTH)
self.zone_name = 'testzone-' + randomString()
res = self.c.zone_new(self.zone_name,
'zone created in unittest')
self.assertTrue(res)
def setUp(self):
self.c = MaasClient(AUTH)
self.tag = 'a-test-tag-' + randomString()
res = self.c.tag_new(self.tag)
self.assertTrue(res)