def quantum_joined(rid=None):
rel_settings = neutron_settings()
# inform quantum about local keystone auth config
ks_auth_config = _auth_config()
rel_settings.update(ks_auth_config)
# must pass the keystone CA cert, if it exists.
ks_ca = keystone_ca_cert_b64()
if ks_auth_config and ks_ca:
rel_settings['ca_cert'] = ks_ca
relation_set(relation_id=rid, **rel_settings)
def keystone_compute_settings():
ks_auth_config = _auth_config()
rel_settings = {}
if network_manager() == 'neutron':
if ks_auth_config:
rel_settings.update(ks_auth_config)
rel_settings.update(neutron_settings())
ks_ca = keystone_ca_cert_b64()
if ks_auth_config and ks_ca:
rel_settings['ca_cert'] = ks_ca
return rel_settings
def quantum_joined(rid=None):
rel_settings = neutron_settings()
# inform quantum about local keystone auth config
ks_auth_config = _auth_config()
rel_settings.update(ks_auth_config)
# must pass the keystone CA cert, if it exists.
ks_ca = keystone_ca_cert_b64()
if ks_auth_config and ks_ca:
rel_settings['ca_cert'] = ks_ca
relation_set(relation_id=rid, **rel_settings)
def keystone_compute_settings():
ks_auth_config = _auth_config()
rel_settings = {}
if network_manager() in ['quantum', 'neutron']:
if ks_auth_config:
rel_settings.update(ks_auth_config)
rel_settings.update(neutron_settings())
ks_ca = keystone_ca_cert_b64()
if ks_auth_config and ks_ca:
rel_settings['ca_cert'] = ks_ca
return rel_settings
def quantum_joined(rid=None, remote_restart=False):
rel_settings = neutron_settings()
# inform quantum about local keystone auth config
ks_auth_config = _auth_config()
rel_settings.update(ks_auth_config)
# must pass the keystone CA cert, if it exists.
ks_ca = keystone_ca_cert_b64()
if ks_auth_config and ks_ca:
rel_settings['ca_cert'] = ks_ca
# update relation setting if we're attempting to restart remote
# services
if remote_restart:
rel_settings['restart_trigger'] = str(uuid.uuid4())
relation_set(relation_id=rid, **rel_settings)
def quantum_joined(rid=None, remote_restart=False):
rel_settings = neutron_settings()
# inform quantum about local keystone auth config
ks_auth_config = _auth_config()
rel_settings.update(ks_auth_config)
# must pass the keystone CA cert, if it exists.
ks_ca = keystone_ca_cert_b64()
if ks_auth_config and ks_ca:
rel_settings['ca_cert'] = ks_ca
# update relation setting if we're attempting to restart remote
# services
if remote_restart:
rel_settings['restart_trigger'] = str(uuid.uuid4())
relation_set(relation_id=rid, **rel_settings)
def keystone_compute_settings():
ks_auth_config = _auth_config()
rel_settings = {}
if network_manager() in ['quantum', 'neutron']:
if ks_auth_config:
rel_settings.update(ks_auth_config)
rel_settings.update({
# XXX: Rename these relations settings?
'quantum_plugin': neutron_plugin(),
'region': config('region'),
'quantum_security_groups': config('quantum-security-groups'),
'quantum_url': (canonical_url(CONFIGS) + ':' +
str(api_port('neutron-server'))),
})
ks_ca = keystone_ca_cert_b64()
if ks_auth_config and ks_ca:
rel_settings['ca_cert'] = ks_ca
return rel_settings
def quantum_joined(rid=None):
if not eligible_leader(CLUSTER_RES):
return
url = canonical_url(CONFIGS) + ':9696'
# XXX: Can we rename to neutron_*?
rel_settings = {
'quantum_host': urlparse(url).hostname,
'quantum_url': url,
'quantum_port': 9696,
'quantum_plugin': neutron_plugin(),
'region': config('region')
}
# inform quantum about local keystone auth config
ks_auth_config = _auth_config()
rel_settings.update(ks_auth_config)
# must pass the keystone CA cert, if it exists.
ks_ca = keystone_ca_cert_b64()
if ks_auth_config and ks_ca:
rel_settings['ca_cert'] = ks_ca
relation_set(relation_id=rid, **rel_settings)
