from juju.model import Model
from juju.errors import JujuAPIError, JujuError
-import logging
-
from n2vc.k8s_conn import K8sConnector
import os
db: object,
kubectl_command: str = '/usr/bin/kubectl',
juju_command: str = '/usr/bin/juju',
- log=None,
+ log: object = None,
on_update_db=None,
):
"""
)
self.fs = fs
- self.info('Initializing K8S Juju connector')
+ self.log.debug('Initializing K8S Juju connector')
self.authenticated = False
self.models = {}
- self.log = logging.getLogger(__name__)
self.juju_command = juju_command
self.juju_secret = ""
- self.info('K8S Juju connector initialized')
+ self.log.debug('K8S Juju connector initialized')
"""Initialization"""
async def init_env(
# Name the new k8s cloud
k8s_cloud = "k8s-{}".format(cluster_uuid)
- print("Adding k8s cloud {}".format(k8s_cloud))
+ self.log.debug("Adding k8s cloud {}".format(k8s_cloud))
await self.add_k8s(k8s_cloud, k8s_creds)
# Bootstrap Juju controller
- print("Bootstrapping...")
+ self.log.debug("Bootstrapping...")
await self.bootstrap(k8s_cloud, cluster_uuid, loadbalancer)
- print("Bootstrap done.")
+ self.log.debug("Bootstrap done.")
# Get the controller information
# Parse ~/.local/share/juju/controllers.yaml
# controllers.testing.api-endpoints|ca-cert|uuid
- print("Getting controller endpoints")
+ self.log.debug("Getting controller endpoints")
with open(os.path.expanduser(
"~/.local/share/juju/controllers.yaml"
)) as f:
# Parse ~/.local/share/juju/accounts
# controllers.testing.user|password
- print("Getting accounts")
+ self.log.debug("Getting accounts")
with open(os.path.expanduser(
"~/.local/share/juju/accounts.yaml"
)) as f:
self.juju_user = controller['user']
self.juju_secret = controller['password']
- print("user: {}".format(self.juju_user))
- print("secret: {}".format(self.juju_secret))
- print("endpoint: {}".format(self.juju_endpoint))
- print("ca-cert: {}".format(self.juju_ca_cert))
-
# raise Exception("EOL")
self.juju_public_key = None
# Store the cluster configuration so it
# can be used for subsequent calls
- print("Setting config")
+ self.log.debug("Setting config")
await self.set_config(cluster_uuid, config)
else:
await self.login(cluster_uuid)
# We're creating a new cluster
- print("Getting model {}".format(self.get_namespace(cluster_uuid), cluster_uuid=cluster_uuid))
- model = await self.get_model(
- self.get_namespace(cluster_uuid),
- cluster_uuid=cluster_uuid
- )
+ #print("Getting model {}".format(self.get_namespace(cluster_uuid), cluster_uuid=cluster_uuid))
+ #model = await self.get_model(
+ # self.get_namespace(cluster_uuid),
+ # cluster_uuid=cluster_uuid
+ #)
- # Disconnect from the model
- if model and model.is_connected():
- await model.disconnect()
+ ## Disconnect from the model
+ #if model and model.is_connected():
+ # await model.disconnect()
return cluster_uuid, True
# Destroy the model
namespace = self.get_namespace(cluster_uuid)
if await self.has_model(namespace):
- print("[reset] Destroying model")
+ self.log.debug("[reset] Destroying model")
await self.controller.destroy_model(
namespace,
destroy_storage=True
)
# Disconnect from the controller
- print("[reset] Disconnecting controller")
- await self.controller.disconnect()
+ self.log.debug("[reset] Disconnecting controller")
+ await self.logout()
# Destroy the controller (via CLI)
- print("[reset] Destroying controller")
+ self.log.debug("[reset] Destroying controller")
await self.destroy_controller(cluster_uuid)
- print("[reset] Removing k8s cloud")
- namespace = self.get_namespace(cluster_uuid)
- k8s_cloud = "{}-k8s".format(namespace)
+ self.log.debug("[reset] Removing k8s cloud")
+ k8s_cloud = "k8s-{}".format(cluster_uuid)
await self.remove_cloud(k8s_cloud)
except Exception as ex:
- print("Caught exception during reset: {}".format(ex))
+ self.log.debug("Caught exception during reset: {}".format(ex))
+
+ return True
"""Deployment"""
"""
if not self.authenticated:
- print("[install] Logging in to the controller")
+ self.log.debug("[install] Logging in to the controller")
await self.login(cluster_uuid)
##
kdu_instance = db_dict["filter"]["_id"]
self.log.debug("Checking for model named {}".format(kdu_instance))
- model = await self.get_model(kdu_instance, cluster_uuid=cluster_uuid)
- if not model:
- # Create the new model
- self.log.debug("Adding model: {}".format(kdu_instance))
- model = await self.add_model(kdu_instance, cluster_uuid=cluster_uuid)
+
+ # Create the new model
+ self.log.debug("Adding model: {}".format(kdu_instance))
+ model = await self.add_model(kdu_instance, cluster_uuid=cluster_uuid)
if model:
# TODO: Instantiation parameters
# Raise named exception that the bundle could not be found
raise Exception()
- print("[install] deploying {}".format(bundle))
+ self.log.debug("[install] deploying {}".format(bundle))
await model.deploy(bundle)
# Get the application
if atomic:
# applications = model.applications
- print("[install] Applications: {}".format(model.applications))
+ self.log.debug("[install] Applications: {}".format(model.applications))
for name in model.applications:
- print("[install] Waiting for {} to settle".format(name))
+ self.log.debug("[install] Waiting for {} to settle".format(name))
application = model.applications[name]
try:
# It's not enough to wait for all units to be active;
# the application status needs to be active as well.
- print("Waiting for all units to be active...")
+ self.log.debug("Waiting for all units to be active...")
await model.block_until(
lambda: all(
unit.agent_status == 'idle'
),
timeout=timeout
)
- print("All units active.")
+ self.log.debug("All units active.")
except concurrent.futures._base.TimeoutError:
- print("[install] Timeout exceeded; resetting cluster")
+ self.log.debug("[install] Timeout exceeded; resetting cluster")
await self.reset(cluster_uuid)
return False
# Wait for the application to be active
if model.is_connected():
- print("[install] Disconnecting model")
+ self.log.debug("[install] Disconnecting model")
await model.disconnect()
return kdu_instance
"""
# TODO: This should be returned in an agreed-upon format
for name in bundle['applications']:
- print(model.applications)
+ self.log.debug(model.applications)
application = model.applications[name]
- print(application)
+ self.log.debug(application)
path = bundle['applications'][name]['charm']
:return: Returns True if successful, or raises an exception
"""
+ if not self.authenticated:
+ self.log.debug("[uninstall] Connecting to controller")
+ await self.login(cluster_uuid)
+
+ self.log.debug("[uninstall] Destroying model")
+
await self.controller.destroy_models(kdu_instance)
+ self.log.debug("[uninstall] Model destroyed and disconnecting")
+ await self.logout()
+
return True
"""Introspection"""
"""
cmd = [self.juju_command, "add-k8s", "--local", cloud_name]
- print(cmd)
+ self.log.debug(cmd)
process = await asyncio.create_subprocess_exec(
*cmd,
return_code = process.returncode
- print("add-k8s return code: {}".format(return_code))
+ self.log.debug("add-k8s return code: {}".format(return_code))
if return_code > 0:
raise Exception(stderr)
await self.login(cluster_uuid)
self.log.debug("Adding model '{}' to cluster_uuid '{}'".format(model_name, cluster_uuid))
- model = await self.controller.add_model(
- model_name,
- config={'authorized-keys': self.juju_public_key}
- )
+ try:
+ model = await self.controller.add_model(
+ model_name,
+ config={'authorized-keys': self.juju_public_key}
+ )
+ except Exception as ex:
+ self.log.debug(ex)
+ self.log.debug("Caught exception: {}".format(ex))
+ pass
+
return model
async def bootstrap(
"""
cmd = [self.juju_command, "bootstrap", cloud_name, cluster_uuid, "--config", "controller-service-type=loadbalancer"]
- print("Bootstrapping controller {} in cloud {}".format(
+ self.log.debug("Bootstrapping controller {} in cloud {}".format(
cluster_uuid, cloud_name
))
self.authenticated = True
self.log.debug("JujuApi: Logged into controller")
except Exception as ex:
- print(ex)
+ self.log.debug(ex)
self.log.debug("Caught exception: {}".format(ex))
pass
else:
async def logout(self):
"""Logout of the Juju controller."""
- print("[logout]")
+ self.log.debug("[logout]")
if not self.authenticated:
return False
for model in self.models:
- print("Logging out of model {}".format(model))
+ self.log.debug("Logging out of model {}".format(model))
await self.models[model].disconnect()
if self.controller:
cluster_config = "{}/{}.yaml".format(self.fs.path, cluster_uuid)
if not os.path.exists(cluster_config):
- print("Writing config to {}".format(cluster_config))
+ self.log.debug("Writing config to {}".format(cluster_config))
with open(cluster_config, 'w') as f:
f.write(yaml.dump(config, Dumper=yaml.Dumper))
projects / osm / N2VC.git / blobdiff