def test_not_ready_for_service(self):
_relation_data = {
'mon:1': {
'ceph-mon/0': {},
'ceph-mon/1': {},
'ceph-mon/2': {},
}
}
self._setup_relation_data(_relation_data)
self.assertFalse(utils.ready_for_service())
def test_not_ready_for_service(self):
_relation_data = {
'mon:1': {
'ceph-mon/0': {
},
'ceph-mon/1': {
},
'ceph-mon/2': {
},
}
}
self._setup_relation_data(_relation_data)
self.assertFalse(utils.ready_for_service())
def test_ready_for_service_legacy_skip(self, mock_exists):
mock_exists.return_value = True
_relation_data = {
'mon:1': {
'ceph-mon/0': {
'radosgw_key': 'testkey',
},
'ceph-mon/1': {
'radosgw_key': 'testkey',
},
'ceph-mon/2': {
'radosgw_key': 'testkey',
},
}
}
self._setup_relation_data(_relation_data)
self.assertFalse(utils.ready_for_service(legacy=False))
def test_ready_for_service_legacy_skip(self, mock_exists):
mock_exists.return_value = True
_relation_data = {
'mon:1': {
'ceph-mon/0': {
'radosgw_key': 'testkey',
},
'ceph-mon/1': {
'radosgw_key': 'testkey',
},
'ceph-mon/2': {
'radosgw_key': 'testkey',
},
}
}
self._setup_relation_data(_relation_data)
self.assertFalse(utils.ready_for_service(legacy=False))
def test_ready_for_service_legacy(self, mock_exists):
mock_exists.return_value = True
_relation_data = {
'mon:1': {
'ceph-mon/0': {
'radosgw_key': 'testkey',
},
'ceph-mon/1': {
'radosgw_key': 'testkey',
},
'ceph-mon/2': {
'radosgw_key': 'testkey',
},
}
}
self._setup_relation_data(_relation_data)
self.assertTrue(utils.ready_for_service())
mock_exists.assert_called_with('/etc/ceph/keyring.rados.gateway')
def test_ready_for_service_no_keyring(self, mock_exists):
mock_exists.return_value = False
_relation_data = {
'mon:1': {
'ceph-mon/0': {
'rgw.testhost_key': 'testkey',
},
'ceph-mon/1': {
'rgw.testhost_key': 'testkey',
},
'ceph-mon/2': {
'rgw.testhost_key': 'testkey',
},
}
}
self._setup_relation_data(_relation_data)
self.assertFalse(utils.ready_for_service())
mock_exists.assert_called_with(
'/etc/ceph/ceph.client.rgw.testhost.keyring')
def test_ready_for_service_no_keyring(self, mock_exists):
mock_exists.return_value = False
_relation_data = {
'mon:1': {
'ceph-mon/0': {
'rgw.testhost_key': 'testkey',
},
'ceph-mon/1': {
'rgw.testhost_key': 'testkey',
},
'ceph-mon/2': {
'rgw.testhost_key': 'testkey',
},
}
}
self._setup_relation_data(_relation_data)
self.assertFalse(utils.ready_for_service())
mock_exists.assert_called_with(
'/etc/ceph/ceph.client.rgw.testhost.keyring'
)
def test_ready_for_service_legacy(self, mock_exists):
mock_exists.return_value = True
_relation_data = {
'mon:1': {
'ceph-mon/0': {
'radosgw_key': 'testkey',
},
'ceph-mon/1': {
'radosgw_key': 'testkey',
},
'ceph-mon/2': {
'radosgw_key': 'testkey',
},
}
}
self._setup_relation_data(_relation_data)
self.assertTrue(utils.ready_for_service())
mock_exists.assert_called_with(
'/etc/ceph/keyring.rados.gateway'
)
def slave_relation_changed(relation_id=None, unit=None):
if not is_leader():
return
if not ready_for_service(legacy=False):
log('unit not ready, deferring multisite configuration')
return
master_data = relation_get(rid=relation_id, unit=unit)
if not all((master_data.get('realm'), master_data.get('zonegroup'),
master_data.get('access_key'), master_data.get('secret'),
master_data.get('url'))):
log("Defer processing until master RGW has provided required data")
return
internal_url = '{}:{}'.format(
canonical_url(CONFIGS, INTERNAL),
listen_port(),
)
endpoints = [internal_url]
realm = config('realm')
zonegroup = config('zonegroup')
zone = config('zone')
if (realm, zonegroup) != (master_data['realm'], master_data['zonegroup']):
log("Mismatched configuration so stop multi-site configuration now")
return
if not leader_get('restart_nonce'):
# NOTE(jamespage):
# This is an ugly kludge to force creation of the required data
# items in the .rgw.root pool prior to the radosgw process being
# started; radosgw-admin does not currently have a way of doing
# this operation but a period update will force it to be created.
multisite.update_period(fatal=False)
mutation = False
if realm not in multisite.list_realms():
multisite.pull_realm(url=master_data['url'],
access_key=master_data['access_key'],
secret=master_data['secret'])
multisite.pull_period(url=master_data['url'],
access_key=master_data['access_key'],
secret=master_data['secret'])
multisite.set_default_realm(realm)
mutation = True
if zone not in multisite.list_zones():
multisite.create_zone(zone,
endpoints=endpoints,
default=False,
master=False,
zonegroup=zonegroup,
access_key=master_data['access_key'],
secret=master_data['secret'])
mutation = True
if mutation:
multisite.update_period()
service_restart(service_name())
leader_set(restart_nonce=str(uuid.uuid4()))
def master_relation_joined(relation_id=None):
if not ready_for_service(legacy=False):
log('unit not ready, deferring multisite configuration')
return
internal_url = '{}:{}'.format(
canonical_url(CONFIGS, INTERNAL),
listen_port(),
)
endpoints = [internal_url]
realm = config('realm')
zonegroup = config('zonegroup')
zone = config('zone')
access_key = leader_get('access_key')
secret = leader_get('secret')
if not all((realm, zonegroup, zone)):
return
relation_set(relation_id=relation_id,
realm=realm,
zonegroup=zonegroup,
url=endpoints[0],
access_key=access_key,
secret=secret)
if not is_leader():
return
if not leader_get('restart_nonce'):
# NOTE(jamespage):
# This is an ugly kludge to force creation of the required data
# items in the .rgw.root pool prior to the radosgw process being
# started; radosgw-admin does not currently have a way of doing
# this operation but a period update will force it to be created.
multisite.update_period(fatal=False)
mutation = False
if realm not in multisite.list_realms():
multisite.create_realm(realm, default=True)
mutation = True
if zonegroup not in multisite.list_zonegroups():
multisite.create_zonegroup(zonegroup,
endpoints=endpoints,
default=True,
master=True,
realm=realm)
mutation = True
if zone not in multisite.list_zones():
multisite.create_zone(zone,
endpoints=endpoints,
default=True,
master=True,
zonegroup=zonegroup)
mutation = True
if MULTISITE_SYSTEM_USER not in multisite.list_users():
access_key, secret = multisite.create_system_user(
MULTISITE_SYSTEM_USER)
multisite.modify_zone(zone, access_key=access_key, secret=secret)
leader_set(access_key=access_key, secret=secret)
mutation = True
if mutation:
multisite.update_period()
service_restart(service_name())
leader_set(restart_nonce=str(uuid.uuid4()))
relation_set(relation_id=relation_id, access_key=access_key, secret=secret)
def slave_relation_changed(relation_id=None, unit=None):
if not is_leader():
return
if not ready_for_service(legacy=False):
log('unit not ready, deferring multisite configuration')
return
master_data = relation_get(rid=relation_id, unit=unit)
if not all((master_data.get('realm'),
master_data.get('zonegroup'),
master_data.get('access_key'),
master_data.get('secret'),
master_data.get('url'))):
log("Defer processing until master RGW has provided required data")
return
internal_url = '{}:{}'.format(
canonical_url(CONFIGS, INTERNAL),
config('port')
)
endpoints = [internal_url]
realm = config('realm')
zonegroup = config('zonegroup')
zone = config('zone')
if (realm, zonegroup) != (master_data['realm'],
master_data['zonegroup']):
log("Mismatched configuration so stop multi-site configuration now")
return
if not leader_get('restart_nonce'):
# NOTE(jamespage):
# This is an ugly kludge to force creation of the required data
# items in the .rgw.root pool prior to the radosgw process being
# started; radosgw-admin does not currently have a way of doing
# this operation but a period update will force it to be created.
multisite.update_period(fatal=False)
mutation = False
if realm not in multisite.list_realms():
multisite.pull_realm(url=master_data['url'],
access_key=master_data['access_key'],
secret=master_data['secret'])
multisite.pull_period(url=master_data['url'],
access_key=master_data['access_key'],
secret=master_data['secret'])
multisite.set_default_realm(realm)
mutation = True
if zone not in multisite.list_zones():
multisite.create_zone(zone,
endpoints=endpoints,
default=False, master=False,
zonegroup=zonegroup,
access_key=master_data['access_key'],
secret=master_data['secret'])
mutation = True
if mutation:
multisite.update_period()
service_restart(service_name())
leader_set(restart_nonce=str(uuid.uuid4()))
def master_relation_joined(relation_id=None):
if not ready_for_service(legacy=False):
log('unit not ready, deferring multisite configuration')
return
internal_url = '{}:{}'.format(
canonical_url(CONFIGS, INTERNAL),
config('port')
)
endpoints = [internal_url]
realm = config('realm')
zonegroup = config('zonegroup')
zone = config('zone')
access_key = leader_get('access_key')
secret = leader_get('secret')
if not all((realm, zonegroup, zone)):
return
relation_set(relation_id=relation_id,
realm=realm,
zonegroup=zonegroup,
url=endpoints[0],
access_key=access_key,
secret=secret)
if not is_leader():
return
if not leader_get('restart_nonce'):
# NOTE(jamespage):
# This is an ugly kludge to force creation of the required data
# items in the .rgw.root pool prior to the radosgw process being
# started; radosgw-admin does not currently have a way of doing
# this operation but a period update will force it to be created.
multisite.update_period(fatal=False)
mutation = False
if realm not in multisite.list_realms():
multisite.create_realm(realm, default=True)
mutation = True
if zonegroup not in multisite.list_zonegroups():
multisite.create_zonegroup(zonegroup,
endpoints=endpoints,
default=True, master=True,
realm=realm)
mutation = True
if zone not in multisite.list_zones():
multisite.create_zone(zone,
endpoints=endpoints,
default=True, master=True,
zonegroup=zonegroup)
mutation = True
if MULTISITE_SYSTEM_USER not in multisite.list_users():
access_key, secret = multisite.create_system_user(
MULTISITE_SYSTEM_USER
)
multisite.modify_zone(zone,
access_key=access_key,
secret=secret)
leader_set(access_key=access_key,
secret=secret)
mutation = True
if mutation:
multisite.update_period()
service_restart(service_name())
leader_set(restart_nonce=str(uuid.uuid4()))
relation_set(relation_id=relation_id,
access_key=access_key,
secret=secret)
def _mon_relation():
key_name = 'rgw.{}'.format(socket.gethostname())
legacy = True
if request_per_unit_key():
legacy = False
relation_set(relation_id=rid, key_name=key_name)
try:
rq = ceph.get_create_rgw_pools_rq(
prefix=config('zone') or config('pool-prefix'))
except ValueError as e:
# The end user has most likely provided a invalid value for
# a configuration option. Just log the traceback here, the
# end user will be notified by assess_status() called at
# the end of the hook execution.
log('Caught ValueError, invalid value provided for '
'configuration?: "{}"'.format(str(e)),
level=DEBUG)
return
if is_request_complete(rq, relation='mon'):
log('Broker request complete', level=DEBUG)
CONFIGS.write_all()
# New style per unit keys
key = relation_get(attribute='{}_key'.format(key_name),
rid=rid,
unit=unit)
if not key:
# Fallback to old style global key
key = relation_get(attribute='radosgw_key', rid=rid, unit=unit)
key_name = None
if key:
new_keyring = ceph.import_radosgw_key(key, name=key_name)
# NOTE(jamespage):
# Deal with switch from radosgw init script to
# systemd named units for radosgw instances by
# stopping and disabling the radosgw unit
if systemd_based_radosgw():
service_stop('radosgw')
service('disable', 'radosgw')
# Update the nrpe config. If we wait for the below
# to be called elsewhere, there exists a period
# where nagios will report the radosgw service as
# down, and also not be monitoring the per
# host services.
update_nrpe_config(checks_to_remove=['radosgw'])
# NOTE(jamespage):
# Multi-site deployments need to defer restart as the
# zone is not created until the master relation is
# joined; restarting here will cause a restart burst
# in systemd and stop the process restarting once
# zone configuration is complete.
if (not is_unit_paused_set() and new_keyring
and not multisite_deployment()):
log('Resume service "{}" as we now have keys for it.'.
format(service_name()),
level=DEBUG)
service_resume(service_name())
if multisite_deployment():
process_multisite_relations()
elif (ready_for_service(legacy=legacy) and is_leader()
and 'mon' in CONFIGS.complete_contexts()):
# In a non multi-site deployment create the
# zone using the default zonegroup and restart the service
internal_url = '{}:{}'.format(
canonical_url(CONFIGS, INTERNAL),
listen_port(),
)
endpoints = [internal_url]
zonegroup = 'default'
zone = config('zone')
existing_zones = multisite.list_zones()
log('Existing zones {}'.format(existing_zones), level=DEBUG)
if zone not in existing_zones:
log("Zone '{}' doesn't exist, creating".format(zone))
try:
multisite.create_zone(zone,
endpoints=endpoints,
default=True,
master=True,
zonegroup=zonegroup)
except subprocess.CalledProcessError as e:
if 'File exists' in e.stderr.decode('UTF-8'):
# NOTE(lourot): may have been created in the
# background by the Rados Gateway daemon, see
# lp:1856106
log("Zone '{}' existed already after all".format(
zone))
else:
raise
existing_zones = multisite.list_zones(retry_on_empty=True)
log('Existing zones {}'.format(existing_zones),
level=DEBUG)
if zone not in existing_zones:
raise RuntimeError(
"Could not create zone '{}'".format(zone))
service_restart(service_name())
else:
send_request_if_needed(rq, relation='mon')