def freeze(
id: Optional[str],
message: Optional[str],
lifetime: int,
namespaces: Collection[references.NamespacePattern],
clusterwide: bool,
peering_name: str,
priority: int,
) -> None:
""" Pause the resource handling in the operator(s). """
identity = peering.Identity(id) if id else peering.detect_own_id(
manual=True)
insights = references.Insights()
settings = configuration.OperatorSettings()
settings.peering.name = peering_name
settings.peering.priority = priority
return running.run(clusterwide=clusterwide,
namespaces=namespaces,
insights=insights,
identity=identity,
settings=settings,
_command=peering.touch_command(insights=insights,
identity=identity,
settings=settings,
lifetime=lifetime))
def run(
__controls: CLIControls,
paths: List[str],
modules: List[str],
peering_name: Optional[str],
priority: Optional[int],
standalone: Optional[bool],
namespaces: Collection[references.NamespacePattern],
clusterwide: bool,
liveness_endpoint: Optional[str],
) -> None:
""" Start an operator process and handle all the requests. """
if os.environ.get('KOPF_RUN_NAMESPACE'): # legacy for single-namespace mode
namespaces = tuple(namespaces) + (os.environ.get('KOPF_RUN_NAMESPACE', ''),)
if namespaces and clusterwide:
raise click.UsageError("Either --namespace or --all-namespaces can be used, not both.")
if __controls.registry is not None:
registries.set_default_registry(__controls.registry)
loaders.preload(
paths=paths,
modules=modules,
)
return running.run(
standalone=standalone,
namespaces=namespaces,
clusterwide=clusterwide,
priority=priority,
peering_name=peering_name,
liveness_endpoint=liveness_endpoint,
registry=__controls.registry,
settings=__controls.settings,
stop_flag=__controls.stop_flag,
ready_flag=__controls.ready_flag,
vault=__controls.vault,
)
