import contextlib
import copy
import importlib
import json
import logging
import re
import subprocess
import threading
import time
import warnings
from pathlib import Path
from typing import Any, Dict, List, Optional, Tuple, Union
import yaml
from runhouse.rns.utils.api import ResourceAccess, ResourceVisibility
from runhouse.servers.http.certs import TLSCertConfig
from runhouse.utils import (
find_locally_installed_version,
locate_working_dir,
run_command_with_password_login,
ThreadWithException,
)
# Filter out DeprecationWarnings
warnings.filterwarnings("ignore", category=DeprecationWarning)
import requests.exceptions
from runhouse.constants import (
CLI_RESTART_CMD,
CLI_STOP_CMD,
CLUSTER_CONFIG_PATH,
DEFAULT_HTTP_PORT,
DEFAULT_HTTPS_PORT,
DEFAULT_LOG_LEVEL,
DEFAULT_RAY_PORT,
DEFAULT_SERVER_PORT,
DEFAULT_STATUS_CHECK_INTERVAL,
EMPTY_DEFAULT_ENV_NAME,
LOCALHOST,
RESERVED_SYSTEM_NAMES,
)
from runhouse.globals import obj_store, rns_client
from runhouse.logger import logger
from runhouse.resources.envs.utils import _get_env_from
from runhouse.resources.hardware.utils import (
_current_cluster,
_run_ssh_command,
_unnamed_default_env_name,
ServerConnectionType,
)
from runhouse.resources.resource import Resource
from runhouse.servers.http import HTTPClient
[docs]class Cluster(Resource):
RESOURCE_TYPE = "cluster"
REQUEST_TIMEOUT = 5 # seconds
DEFAULT_SSH_PORT = 22
EMPTY_DEFAULT_ENV_NAME = EMPTY_DEFAULT_ENV_NAME
[docs] def __init__(
self,
# Name will almost always be provided unless a "local" cluster is created
name: Optional[str] = None,
ips: List[str] = None,
creds: "Secret" = None,
default_env: "Env" = None,
server_host: str = None,
server_port: int = None,
ssh_port: int = None,
client_port: int = None,
server_connection_type: str = None,
ssl_keyfile: str = None,
ssl_certfile: str = None,
domain: str = None,
den_auth: bool = False,
dryrun=False,
**kwargs, # We have this here to ignore extra arguments when calling from from_config
):
"""
The Runhouse cluster, or system. This is where you can run Functions or access/transfer data
between. You can BYO (bring-your-own) cluster by providing cluster IP and ssh_creds, or
this can be an on-demand cluster that is spun up/down through
`SkyPilot <https://github.com/skypilot-org/skypilot>`_, using your cloud credentials.
.. note::
To build a cluster, please use the factory method :func:`cluster`.
"""
super().__init__(name=name, dryrun=dryrun)
self._rpc_tunnel = None
self._creds = creds
self.ips = ips
self._http_client = None
self.den_auth = den_auth or False
self.cert_config = TLSCertConfig(cert_path=ssl_certfile, key_path=ssl_keyfile)
self.ssl_certfile = ssl_certfile
self.ssl_keyfile = ssl_keyfile
self.server_connection_type = server_connection_type
self.server_port = server_port
self.client_port = client_port
self.ssh_port = ssh_port or self.DEFAULT_SSH_PORT
self.server_host = server_host
self.domain = domain
self._default_env = _get_env_from(default_env)
if self._default_env and not self._default_env.name:
self._default_env.name = _unnamed_default_env_name(self.name)
@property
def address(self):
return self.ips[0] if isinstance(self.ips, List) else None
@address.setter
def address(self, addr):
self.ips = self.ips or [None]
self.ips[0] = addr
@property
def client(self):
if not self._http_client:
if not self.address:
raise ValueError(f"No address set for cluster <{self.name}>. Is it up?")
connect_call = threading.Thread(target=self.connect_server_client)
connect_call.start()
connect_call.join(timeout=5)
if connect_call.is_alive():
raise ConnectionError(
f"Could not connect to client. Please check that the cluster {self.name} is up."
)
return self._http_client
@property
def creds_values(self) -> Dict:
if not self._creds:
return {}
return self._creds.values
@property
def docker_user(self) -> Optional[str]:
return None
@property
def default_env(self):
from runhouse.resources.envs import Env
return (
self._default_env if self._default_env else Env(name=EMPTY_DEFAULT_ENV_NAME)
)
@default_env.setter
def default_env(self, env):
self._default_env = _get_env_from(env)
if not self._default_env.name:
self._default_env.name = _unnamed_default_env_name(self.name)
if self.is_up():
self._default_env.to(self)
self.save_config_to_cluster()
logger.info(
"The cluster default env has been updated. "
"Run `cluster.restart_server()` to restart the Runhouse server on the new default env."
)
[docs] @classmethod
def from_name(cls, name, dryrun=False, alt_options=None, _resolve_children=True):
cluster = super().from_name(
name=name,
dryrun=dryrun,
alt_options=alt_options,
_resolve_children=_resolve_children,
)
if hasattr(cluster, "_update_from_sky_status"):
try:
cluster._update_from_sky_status(dryrun=True)
except:
pass
return cluster
def save_config_to_cluster(
self,
node: str = None,
):
config = self.config(condensed=False)
# popping creds, because we don't want the secret reds will be saved on the cluster.
config.pop("creds")
json_config = f"{json.dumps(config)}"
self.run(
[
f"mkdir -p ~/.rh; touch {CLUSTER_CONFIG_PATH}; echo '{json_config}' > {CLUSTER_CONFIG_PATH}"
],
node=node or "all",
)
[docs] def save(self, name: str = None, overwrite: bool = True, folder: str = None):
"""Overrides the default resource save() method in order to also update
the cluster config on the cluster itself.
"""
on_this_cluster = self.on_this_cluster()
# Save the cluster sub-resources (ex: ssh creds) using the top level folder of the cluster if the the rns
# address has been set, otherwise use the user's current folder (set in local .rh config)
base_folder = rns_client.base_folder(self.rns_address)
folder = (
folder or f"/{base_folder}" if base_folder else rns_client.current_folder
)
super().save(name=name, overwrite=overwrite, folder=folder)
# Running save will have updated the cluster's
# RNS address. We need to update the name
# used in the config on the cluster so that
# self.on_this_cluster() will still work as expected.
if on_this_cluster:
obj_store.set_cluster_config_value("name", self.rns_address)
elif self._http_client:
self.call_client_method("set_cluster_name", self.rns_address)
return self
[docs] def delete_configs(self):
if self._creds:
logger.debug(
f"Attempting to delete creds associated with cluster {self.name}"
)
rns_client.delete_configs(self._creds)
super().delete_configs()
def _save_sub_resources(self, folder: str = None):
from runhouse.resources.envs import Env
from runhouse.resources.secrets import Secret
if self._creds and isinstance(self._creds, Secret):
self._creds.save(folder=folder)
if self._default_env and isinstance(self._default_env, Env):
if not self._default_env.name:
self._default_env.name = _unnamed_default_env_name(self.name)
self._default_env.save(folder=folder)
@classmethod
def from_config(cls, config: dict, dryrun=False, _resolve_children=True):
resource_subtype = config.get("resource_subtype")
if _resolve_children:
config = cls._check_for_child_configs(config)
if resource_subtype == "Cluster":
return Cluster(**config, dryrun=dryrun)
elif resource_subtype == "OnDemandCluster":
from .on_demand_cluster import OnDemandCluster
return OnDemandCluster(**config, dryrun=dryrun)
elif resource_subtype == "SageMakerCluster":
from .sagemaker.sagemaker_cluster import SageMakerCluster
return SageMakerCluster(**config, dryrun=dryrun)
else:
raise ValueError(f"Unknown cluster type {resource_subtype}")
def config(self, condensed=True):
config = super().config(condensed)
self.save_attrs_to_config(
config,
[
"ips",
"server_port",
"server_host",
"server_connection_type",
"domain",
"den_auth",
"ssh_port",
"client_port",
],
)
creds = self._resource_string_for_subconfig(self._creds, condensed)
# user A shares cluster with user B, with "write" permissions. If user B will save the cluster to Den, we
# would NOT like that the loaded secret will overwrite the original secret that was created and shared by
# user A.
if creds and "loaded_secret_" in creds:
creds = creds.replace("loaded_secret_", "")
config["creds"] = creds
config["api_server_url"] = rns_client.api_server_url
if self._default_env:
default_env = self._resource_string_for_subconfig(
self._default_env, condensed
)
config["default_env"] = default_env
if self._use_custom_certs:
config["ssl_certfile"] = self.cert_config.cert_path
config["ssl_keyfile"] = self.cert_config.key_path
return config
[docs] def endpoint(self, external=False):
"""Endpoint for the cluster's Daemon server. If external is True, will only return the external url,
and will return None otherwise (e.g. if a tunnel is required). If external is False, will either return
the external url if it exists, or will set up the connection (based on connection_type) and return
the internal url (including the local connected port rather than the sever port). If cluster is not up,
returns None.
"""
if not self.address or self.on_this_cluster():
return None
client_port = self.client_port or self.server_port
if self.server_connection_type in [
ServerConnectionType.NONE,
ServerConnectionType.TLS,
]:
url_base = (
"https"
if self.server_connection_type == ServerConnectionType.TLS
else "http"
)
# Client port gets set to the server port if it was not set.
# In the case of local, testing clusters, the client port will be set to something else
# since we need to port forward in order to hit localhost.
if client_port not in [DEFAULT_HTTP_PORT, DEFAULT_HTTPS_PORT]:
return f"{url_base}://{self.server_address}:{client_port}"
else:
return f"{url_base}://{self.server_address}"
if external:
return None
if self.server_connection_type in [
ServerConnectionType.SSH,
ServerConnectionType.AWS_SSM,
]:
self.client.check_server()
return f"http://{LOCALHOST}:{client_port}"
def _client(self):
if self.on_this_cluster():
# Previously (before calling within the same cluster worked) returned None
return obj_store
if not self._http_client:
self.client.check_server()
return self.client
@property
def server_address(self):
"""Address to use in the requests made to the cluster. If creating an SSH tunnel with the cluster,
ths will be set to localhost, otherwise will use the cluster's domain (if provided), or its
public IP address."""
if self.domain:
return self.domain
if self.server_host in [LOCALHOST, "localhost"]:
return LOCALHOST
return self.address
@property
def is_shared(self) -> bool:
from runhouse import Secret
ssh_creds = self.creds_values
if not ssh_creds:
return False
ssh_private_key = ssh_creds.get("ssh_private_key")
ssh_private_key_path = Path(ssh_private_key).expanduser()
secrets_base_dir = Path(Secret.DEFAULT_DIR).expanduser()
# Check if the key path is saved down in the local .rh directory, which we only do for shared credentials
if str(ssh_private_key_path).startswith(str(secrets_base_dir)):
return True
return f"{self._creds.name}/" in ssh_creds.get("ssh_private_key", "")
[docs] def is_up(self) -> bool:
"""Check if the cluster is up.
Example:
>>> rh.cluster("rh-cpu").is_up()
"""
return self.on_this_cluster() or self._ping()
[docs] def up_if_not(self):
"""Bring up the cluster if it is not up. No-op if cluster is already up.
This only applies to on-demand clusters, and has no effect on self-managed clusters.
Example:
>>> rh.cluster("rh-cpu").up_if_not()
"""
if not self.is_up():
# Don't store stale IPs
self.ips = None
self.up()
return self
def up(self):
raise NotImplementedError(
f"Cluster <{self.name}> does not have an up method. It must be brought up manually."
)
def keep_warm(self):
logger.info(
f"cluster.keep_warm will have no effect on self-managed cluster {self.name}."
)
return self
def _sync_default_env_to_cluster(self):
"""Install and set up the default env requirements on the cluster. This does not put the env resource
on the cluster or initialize the servlet. It also does not set any env vars."""
if not self._default_env:
return
logging.info(f"Syncing default env {self._default_env.name} to cluster")
self._default_env.install(cluster=self)
def _sync_runhouse_to_cluster(
self,
_install_url: Optional[str] = None,
env=None,
local_rh_package_path: Optional[Path] = None,
):
if self.on_this_cluster():
return
if not self.address:
raise ValueError(f"No address set for cluster <{self.name}>. Is it up?")
env = env or self.default_env
remote_ray_version_call = self.run(
["ray --version"], node="all", env=env, stream_logs=False
)
ray_installed_remotely = remote_ray_version_call[0][0][0] == 0
if not ray_installed_remotely:
local_ray_version = find_locally_installed_version("ray")
# if Ray is installed locally, install the same version on the cluster
if local_ray_version:
ray_install_cmd = f"python3 -m pip install ray=={local_ray_version}"
self.run([ray_install_cmd], node="all", env=env, stream_logs=True)
# If local_rh_package_path is provided, install the package from the local path
if local_rh_package_path:
local_rh_package_path = local_rh_package_path.parent
dest_path = f"~/{local_rh_package_path.name}"
self._rsync(
source=str(local_rh_package_path),
dest=dest_path,
node="all",
up=True,
contents=True,
filter_options="- docs/",
)
rh_install_cmd = "python3 -m pip install ./runhouse"
else:
# Package is installed in site-packages
# status_codes = self.run(['pip install runhouse-nightly==0.0.2.20221202'], stream_logs=True)
# rh_package = 'runhouse_nightly-0.0.1.dev20221202-py3-none-any.whl'
# rh_download_cmd = f'curl https://runhouse-package.s3.amazonaws.com/{rh_package} --output {rh_package}'
if not _install_url:
import runhouse
_install_url = f"runhouse=={runhouse.__version__}"
rh_install_cmd = f"python3 -m pip install {_install_url}"
for node in self.ips:
status_codes = self.run(
[rh_install_cmd],
node=node,
env=env,
stream_logs=True,
)
if status_codes[0][0] != 0:
raise ValueError(
f"Error installing runhouse on cluster <{self.name}> node <{node}>"
)
[docs] def install_packages(
self, reqs: List[Union["Package", str]], env: Union["Env", str] = None
):
"""Install the given packages on the cluster.
Args:
reqs (List[Package or str): List of packages to install on cluster and env
env (Env or str): Environment to install package on. If left empty, defaults to base environment.
(Default: ``None``)
Example:
>>> cluster.install_packages(reqs=["accelerate", "diffusers"])
>>> cluster.install_packages(reqs=["accelerate", "diffusers"], env="my_conda_env")
"""
env = _get_env_from(env) if env else self.default_env
env.reqs = env._reqs + reqs
env.to(self)
[docs] def get(self, key: str, default: Any = None, remote=False):
"""Get the result for a given key from the cluster's object store. To raise an error if the key is not found,
use `cluster.get(key, default=KeyError)`."""
if self.on_this_cluster():
return obj_store.get(key, default=default, remote=remote)
try:
res = self.call_client_method(
"get",
key,
default=default,
remote=remote,
system=self,
)
except KeyError as e:
if default == KeyError:
raise e
return default
return res
# TODO deprecate
def get_run(self, run_name: str, folder_path: str = None):
return self.get(run_name, remote=True).provenance
# TODO This should accept an env (for env var secrets and docker envs).
[docs] def add_secrets(
self, provider_secrets: List[str or "Secret"], env: Union[str, "Env"] = None
):
"""Copy secrets from current environment onto the cluster"""
self.sync_secrets(provider_secrets, env=env or self.default_env)
[docs] def put(self, key: str, obj: Any, env=None):
"""Put the given object on the cluster's object store at the given key."""
if self.on_this_cluster():
return obj_store.put(key, obj, env=env)
return self.call_client_method(
"put_object", key, obj, env=env or self.default_env.name
)
[docs] def put_resource(
self, resource: Resource, state: Dict = None, dryrun: bool = False, env=None
):
"""Put the given resource on the cluster's object store. Returns the key (important if name is not set)."""
if resource.RESOURCE_TYPE == "env" and not resource.name:
resource.name = self.default_env.name
# Logic to get env_name from different ways env can be provided
env = env or (
resource.env
if hasattr(resource, "env")
else resource.name or resource.env_name
if resource.RESOURCE_TYPE == "env"
else self.default_env
)
if resource.RESOURCE_TYPE == "env" and not resource.name:
resource.name = self.default_env.name
if env and not isinstance(env, str):
env = _get_env_from(env)
env_name = env.name or self.default_env.name
else:
env_name = env
# Env name could somehow be a full length `username/base_env`, trim it down to just the env name
if env_name:
env_name = env_name.split("/")[-1]
state = state or {}
if self.on_this_cluster():
data = (resource.config(condensed=False), state, dryrun)
return obj_store.put_resource(serialized_data=data, env_name=env_name)
return self.call_client_method(
"put_resource",
resource,
state=state or {},
env_name=env_name,
dryrun=dryrun,
)
[docs] def rename(self, old_key: str, new_key: str):
"""Rename a key in the cluster's object store."""
if self.on_this_cluster():
return obj_store.rename(old_key, new_key)
return self.call_client_method("rename_object", old_key, new_key)
[docs] def keys(self, env=None):
"""List all keys in the cluster's object store."""
if self.on_this_cluster():
return obj_store.keys()
res = self.call_client_method("keys", env=env)
return res
[docs] def delete(self, keys: Union[None, str, List[str]]):
"""Delete the given items from the cluster's object store. To delete all items, use `cluster.clear()`"""
if isinstance(keys, str):
keys = [keys]
if self.on_this_cluster():
return obj_store.delete(keys)
return self.call_client_method("delete", keys)
[docs] def clear(self):
"""Clear the cluster's object store."""
if self.on_this_cluster():
return obj_store.clear()
return self.call_client_method("delete")
[docs] def on_this_cluster(self):
"""Whether this function is being called on the same cluster."""
config = _current_cluster("config")
return config is not None and config.get("name") == (
self.rns_address or self.name
)
# ----------------- RPC Methods ----------------- #
def call_client_method(self, method_name, *args, restart_server=True, **kwargs):
def check_and_call():
try:
self.client.check_server()
method = getattr(self.client, method_name)
return method(*args, **kwargs)
except (
requests.exceptions.ConnectionError,
requests.exceptions.ReadTimeout,
requests.exceptions.ChunkedEncodingError,
ValueError,
) as e:
if isinstance(e, ValueError) and "Error checking server:" not in str(e):
raise e
raise ConnectionError(f"Check server failed: {e}.")
try:
return check_and_call()
except ConnectionError as e:
if not restart_server:
raise ConnectionError(f"Could not connect to server {self.name}: {e}")
elif "Check server failed: " not in str(e):
raise e
if not self._ping(retry=True):
raise Exception(f"Could not reach cluster {self.name}. Is it up?")
logger.info(
f"Cluster {self.name} is up, but the Runhouse API server may not be up."
)
self._http_client = None
self.restart_server()
for i in range(3):
logger.info(f"Checking server {self.name} again [{i + 1}/3]")
try:
return self.call_client_method(
method_name, *args, restart_server=False, **kwargs
)
except ConnectionError as e:
if i == 2:
raise e
time.sleep(5)
return
def connect_tunnel(self, force_reconnect=False):
if self._rpc_tunnel and force_reconnect:
self._rpc_tunnel.terminate()
self._rpc_tunnel = None
if not self._rpc_tunnel:
self._rpc_tunnel = self.ssh_tunnel(
local_port=self.server_port,
remote_port=self.server_port,
num_ports_to_try=10,
)
def connect_server_client(self, force_reconnect=False):
if not self.address:
raise ValueError(f"No address set for cluster <{self.name}>. Is it up?")
if self.server_connection_type in [
ServerConnectionType.SSH,
ServerConnectionType.AWS_SSM,
]:
# For a password cluster, the 'ssh_tunnel' command assumes a Control Master is already set up with
# an authenticated password.
# TODO: I wonder if this authentication ever goes dry, and our SSH tunnel would need to be
# re-established, would require a password, and then fail. We should really figure out how to
# authenticate with a password in the SSH tunnel command. But, this is a fine hack for now.
if self.creds_values.get("password") is not None:
self._run_commands_with_ssh(["echo 'Initiating password connection.'"])
# Case 1: Server connection requires SSH tunnel
self.connect_tunnel(force_reconnect=force_reconnect)
self.client_port = self._rpc_tunnel.local_bind_port
# Connecting to localhost because it's tunneled into the server at the specified port.
# As long as the tunnel was initialized,
# self.client_port has been set to the correct port
self._http_client = HTTPClient(
host=LOCALHOST,
port=self.client_port,
resource_address=self.rns_address,
system=self,
)
else:
# Case 2: We're making a direct connection to the server, either via HTTP or HTTPS
if self.server_connection_type not in [
ServerConnectionType.NONE,
ServerConnectionType.TLS,
]:
raise ValueError(
f"Unknown server connection type {self.server_connection_type}."
)
cert_path = None
if self._use_https and not (self.domain and self._use_caddy):
# Only use the cert path if HTTPS is enabled and not providing a domain with Caddy
cert_path = self.cert_config.cert_path
self.client_port = self.client_port or self.server_port
self._http_client = HTTPClient(
host=self.server_address,
port=self.client_port,
cert_path=cert_path,
use_https=self._use_https,
resource_address=self.rns_address,
system=self,
)
[docs] def status(self, resource_address: str = None):
"""Loads the status of the Runhouse daemon running on the cluster."""
# Note: If running outside a local cluster need to include a resource address to construct the cluster subtoken
# Allow for specifying a resource address explicitly in case the resource has no rns address yet
if self.on_this_cluster():
status = obj_store.status()
else:
status = self.call_client_method(
"status",
restart_server=False,
resource_address=resource_address or self.rns_address,
)
return status
def ssh_tunnel(
self, local_port, remote_port=None, num_ports_to_try: int = 0
) -> "SkySSHRunner":
from runhouse.resources.hardware.sky_ssh_runner import ssh_tunnel
return ssh_tunnel(
address=self.address,
ssh_creds=self.creds_values,
docker_user=self.docker_user,
local_port=local_port,
ssh_port=self.ssh_port,
remote_port=remote_port,
num_ports_to_try=num_ports_to_try,
)
@property
def _use_https(self) -> bool:
"""Use HTTPS if server connection type is set to ``tls``"""
return (
self.server_connection_type == ServerConnectionType.TLS
if self.server_connection_type is not None
else False
)
@property
def _use_caddy(self) -> bool:
"""Use Caddy if the server port is set to the default HTTP (80) or HTTPS (443) port.
Note: Caddy will serve as a reverse proxy, forwarding traffic from the server port to the Runhouse API
server running on port 32300."""
return self.server_port in [DEFAULT_HTTP_PORT, DEFAULT_HTTPS_PORT]
@property
def _use_custom_certs(self):
"""Use custom certs when HTTPS is not enabled, or when HTTPS is enabled, Caddy is enabled,
and a domain is provided."""
return self._use_https and not (self._use_caddy and self.domain is not None)
def _start_ray_workers(self, ray_port, env):
for host in self.ips:
if host == self.address:
# This is the master node, skip
continue
logger.info(
f"Starting Ray on worker {host} with head node at {self.address}:{ray_port}."
)
self.run(
commands=[
f"ray start --address={self.address}:{ray_port} --disable-usage-stats",
],
node=host,
env=env,
)
def _run_cli_commands_on_cluster_helper(self, commands: List[str]):
if self.on_this_cluster():
return self.run(commands=commands, env=self._default_env, node=self.address)
else:
if self._default_env:
commands = [self._default_env._full_command(cmd) for cmd in commands]
return self._run_commands_with_ssh(
commands=commands,
cmd_prefix="",
env_vars=self._default_env.env_vars if self._default_env else {},
node=self.address,
require_outputs=False,
)
[docs] def restart_server(
self,
_rh_install_url: str = None,
resync_rh: Optional[bool] = None,
restart_ray: bool = True,
restart_proxy: bool = False,
logs_level: str = None,
):
"""Restart the RPC server.
Args:
resync_rh (bool): Whether to resync runhouse. Specifying False will not sync Runhouse under any circumstance. If it is None, then it will sync if Runhouse is not installed on the cluster or if locally it is installed as editable. (Default: ``None``)
restart_ray (bool): Whether to restart Ray. (Default: ``True``)
env (str or Env, optional): Specified environment to restart the server on. (Default: ``None``)
restart_proxy (bool): Whether to restart Caddy on the cluster, if configured. (Default: ``False``)
Example:
>>> rh.cluster("rh-cpu").restart_server()
"""
logger.info(f"Restarting Runhouse API server on {self.name}.")
default_env = _get_env_from(self._default_env) if self._default_env else None
if default_env:
self._sync_default_env_to_cluster()
# If resync_rh is not explicitly False, check if Runhouse is installed editable
local_rh_package_path = None
if resync_rh is not False:
local_rh_package_path = Path(
importlib.util.find_spec("runhouse").origin
).parent
installed_editable_locally = (
not _rh_install_url
and local_rh_package_path.parent.name == "runhouse"
and (local_rh_package_path.parent / "setup.py").exists()
)
if installed_editable_locally:
logger.debug("Runhouse is installed locally in editable mode.")
resync_rh = True
else:
# We only want this to be set if it was installed editable locally
local_rh_package_path = None
# If resync_rh is still not confirmed to happen, check if Runhouse is installed on the cluster
if resync_rh is None:
return_codes = self.run(
["runhouse --version"], node="all", stream_logs=False
)
if return_codes[0][0][0] != 0:
logger.debug("Runhouse is not installed on the cluster.")
resync_rh = True
if resync_rh:
self._sync_runhouse_to_cluster(
_install_url=_rh_install_url,
local_rh_package_path=local_rh_package_path,
)
logger.debug("Finished syncing Runhouse to cluster.")
https_flag = self._use_https
caddy_flag = self._use_caddy
domain = self.domain
cluster_key_path = None
cluster_cert_path = None
if https_flag:
# Make sure certs are copied to the cluster (where relevant)
base_cluster_dir = self.cert_config.DEFAULT_CLUSTER_DIR
cluster_key_path = f"{base_cluster_dir}/{self.cert_config.PRIVATE_KEY_NAME}"
cluster_cert_path = f"{base_cluster_dir}/{self.cert_config.CERT_NAME}"
if domain and caddy_flag:
# Certs generated by Caddy are stored in the data directory path on the cluster
# https://caddyserver.com/docs/conventions#data-directory
# Reset to None - Caddy will automatically generate certs on the cluster
cluster_key_path = None
cluster_cert_path = None
else:
# Rebuild on restart to ensure the correct subject name is included in the cert SAN
# Cert subject name needs to match the target (IP address or domain)
self.cert_config.generate_certs(
address=self.address, domain=self.domain
)
self._copy_certs_to_cluster()
if caddy_flag and not self.domain:
# Update pointers to the cert and key files as stored on the cluster for Caddy to use
base_caddy_dir = self.cert_config.CADDY_CLUSTER_DIR
cluster_key_path = (
f"{base_caddy_dir}/{self.cert_config.PRIVATE_KEY_NAME}"
)
cluster_cert_path = f"{base_caddy_dir}/{self.cert_config.CERT_NAME}"
# Update the cluster config on the cluster
self.save_config_to_cluster()
# Save a limited version of the local ~/.rh config to the cluster with the user's hashed token,
# if such does not exist on the cluster
if rns_client.token:
user_config = yaml.safe_dump(
{
"token": rns_client.cluster_token(
rns_client.token, rns_client.username
),
"username": rns_client.username,
"default_folder": rns_client.default_folder,
}
)
if (
self._run_cli_commands_on_cluster_helper(["[ -f ~/.rh/config.yaml ]"])[
0
]
== 0
):
logger.debug("Did not change config.yaml")
else:
command = f"echo '{user_config}' > ~/.rh/config.yaml"
self._run_cli_commands_on_cluster_helper([command])
logger.debug("Saved user config to cluster")
allowed_log_levels = logging._nameToLevel.keys()
if not logs_level or logs_level not in allowed_log_levels:
logs_level = DEFAULT_LOG_LEVEL
logger.info(f"Setting cluster log level to: {logs_level}")
restart_cmd = (
CLI_RESTART_CMD
+ (" --restart-ray" if restart_ray else "")
+ (" --use-https" if https_flag else "")
+ (" --use-caddy" if caddy_flag else "")
+ (" --restart-proxy" if restart_proxy and caddy_flag else "")
+ (f" --ssl-certfile {cluster_cert_path}" if self._use_custom_certs else "")
+ (f" --ssl-keyfile {cluster_key_path}" if self._use_custom_certs else "")
+ (f" --domain {domain}" if domain else "")
+ f" --port {self.server_port}"
+ f" --api-server-url {rns_client.api_server_url}"
+ f" --default-env-name {self.default_env.name}"
+ (
f" --conda-env {self.default_env.env_name}"
if self.default_env.config().get("resource_subtype", None) == "CondaEnv"
else ""
)
+ " --from-python"
+ f" --log-level {logs_level}"
)
status_codes = self._run_cli_commands_on_cluster_helper(commands=[restart_cmd])
if not status_codes[0] == 0:
raise ValueError(f"Failed to restart server {self.name}")
if https_flag:
rns_address = self.rns_address or self.name
if not rns_address:
raise ValueError("Cluster must have a name in order to enable HTTPS.")
if not self._http_client:
logger.debug("Reconnecting server client. Server restarted with HTTPS.")
self.connect_server_client()
# Refresh the client params to use HTTPS
self.client.use_https = https_flag
if restart_ray and len(self.ips) > 1:
self._start_ray_workers(DEFAULT_RAY_PORT, env=self.default_env)
self.put_resource(self.default_env)
if default_env:
from runhouse.resources.envs.utils import _process_env_vars
env_vars = _process_env_vars(default_env.env_vars)
if env_vars:
self.call(default_env.name, "_set_env_vars", env_vars)
return status_codes
[docs] def stop_server(self, stop_ray: bool = True, env: Union[str, "Env"] = None):
"""Stop the RPC server.
Args:
stop_ray (bool): Whether to stop Ray. (Default: `True`)
env (str or Env, optional): Specified environment to stop the server on. (Default: ``None``)
"""
cmd = CLI_STOP_CMD if stop_ray else f"{CLI_STOP_CMD} --no-stop-ray"
status_codes = self.run([cmd], env=env or self._default_env, stream_logs=False)
assert status_codes[0][0] == 1
[docs] @contextlib.contextmanager
def pause_autostop(self):
"""Context manager to temporarily pause autostop. Mainly for OnDemand clusters, for BYO cluster
there is no autostop."""
pass
[docs] def call(
self,
module_name,
method_name,
*args,
stream_logs=True,
run_name=None,
remote=False,
run_async=False,
save=False,
**kwargs,
):
"""Call a method on a module that is in the cluster's object store.
Args:
module_name (str): Name of the module saved on system.
method_name (str): Name of the method.
stream_logs (bool): Whether to stream logs from the method call.
run_name (str): Name for the run.
remote (bool): Return a remote object from the function, rather than the result proper.
run_async (bool): Run the method asynchronously and return an awaitable.
*args: Positional arguments to pass to the method.
**kwargs: Keyword arguments to pass to the method.
Example:
>>> cluster.call("my_module", "my_method", arg1, arg2, kwarg1=kwarg1)
"""
# Note: might be single value, might be a generator!
if self.on_this_cluster():
method_to_call = obj_store.acall if run_async else obj_store.call
return method_to_call(
module_name,
method_name,
data={"args": args, "kwargs": kwargs},
stream_logs=stream_logs,
run_name=run_name,
remote=remote,
serialization=None,
)
method_to_call = "acall_module_method" if run_async else "call_module_method"
return self.call_client_method(
method_to_call,
module_name,
method_name,
resource_address=self.rns_address,
stream_logs=stream_logs,
data={"args": args, "kwargs": kwargs},
run_name=run_name,
remote=remote,
save=save,
system=self,
)
[docs] def is_connected(self):
"""Whether the RPC tunnel is up.
Example:
>>> connected = cluster.is_connected()
"""
return self.client is not None
[docs] def disconnect(self):
"""Disconnect the RPC tunnel.
Example:
>>> cluster.disconnect()
"""
if self._rpc_tunnel:
self._rpc_tunnel.terminate()
def __getstate__(self):
"""Delete non-serializable elements (e.g. thread locks) before pickling."""
state = self.__dict__.copy()
state["_http_client"] = None
state["_rpc_tunnel"] = None
return state
# ----------------- SSH Methods ----------------- #
def _rsync(
self,
source: str,
dest: str,
up: bool,
node: str = None,
contents: bool = False,
filter_options: str = None,
stream_logs: bool = False,
):
"""
Sync the contents of the source directory into the destination.
.. note:
Ending `source` with a slash will copy the contents of the directory into dest,
while omitting it will copy the directory itself (adding a directory layer).
"""
# Theoretically we could reuse this logic from SkyPilot which Rsyncs to all nodes in parallel:
# https://github.com/skypilot-org/skypilot/blob/v0.4.1/sky/backends/cloud_vm_ray_backend.py#L3094
# This is an interesting policy... by default we're syncing to all nodes if the cluster is multinode.
# If we need to change it to be greedier we can.
if up and (node == "all" or (len(self.ips) > 1 and not node)):
for node in self.ips:
self._rsync(
source,
dest,
up=up,
node=node,
contents=contents,
filter_options=filter_options,
stream_logs=stream_logs,
)
return
from runhouse.resources.hardware.sky_ssh_runner import SkySSHRunner, SshMode
# If no address provided explicitly use the head node address
node = node or self.address
# FYI, could be useful: https://github.com/gchamon/sysrsync
if contents:
source = source + "/" if not source.endswith("/") else source
dest = dest + "/" if not dest.endswith("/") else dest
# If we're already on this cluster (and node, if multinode), this is just a local rsync
if self.on_this_cluster() and node == self.address:
if Path(source).expanduser().resolve() == Path(dest).expanduser().resolve():
return
if not up:
# If we're not uploading, we're downloading
source, dest = dest, source
dest = Path(dest).expanduser()
if not dest.exists():
dest.mkdir(parents=True, exist_ok=True)
if not dest.is_dir():
raise ValueError(f"Destination {dest} is not a directory.")
dest = str(dest) + "/" if contents else str(dest)
cmd = [
"rsync",
"-avz",
source,
dest,
] # -a is archive mode, -v is verbose, -z is compress
if filter_options:
cmd += [filter_options]
subprocess.run(cmd, check=True, capture_output=not stream_logs, text=True)
return
ssh_credentials = copy.copy(self.creds_values) or {}
ssh_credentials.pop("ssh_host", node)
pwd = ssh_credentials.pop("password", None)
ssh_credentials.pop("private_key", None)
ssh_credentials.pop("public_key", None)
ssh_control_name = ssh_credentials.pop(
"ssh_control_name", f"{node}:{self.ssh_port}"
)
runner = SkySSHRunner(
node,
**ssh_credentials,
ssh_control_name=ssh_control_name,
port=self.ssh_port,
docker_user=self.docker_user,
)
if not pwd:
if up:
runner.run(
["mkdir", "-p", dest],
stream_logs=False,
ssh_mode=SshMode.INTERACTIVE,
)
else:
Path(dest).expanduser().parent.mkdir(parents=True, exist_ok=True)
runner.rsync(
source,
dest,
up=up,
filter_options=filter_options,
stream_logs=stream_logs,
)
else:
if up:
ssh_command = runner.run(
["mkdir", "-p", dest],
stream_logs=False,
return_cmd=True,
ssh_mode=SshMode.INTERACTIVE,
)
run_command_with_password_login(ssh_command, pwd, stream_logs=True)
else:
Path(dest).expanduser().parent.mkdir(parents=True, exist_ok=True)
rsync_cmd = runner.rsync(
source,
dest,
up=up,
filter_options=filter_options,
stream_logs=stream_logs,
return_cmd=True,
)
run_command_with_password_login(rsync_cmd, pwd, stream_logs)
[docs] def ssh(self):
"""SSH into the cluster
Example:
>>> rh.cluster("rh-cpu").ssh()
"""
creds = self.creds_values
_run_ssh_command(
address=self.address,
ssh_user=creds["ssh_user"],
ssh_port=self.ssh_port,
ssh_private_key=creds["ssh_private_key"],
docker_user=self.docker_user,
)
def _ping(self, timeout=5, retry=False):
if not self.address:
return False
def run_ssh_call():
res = self._run_commands_with_ssh(['echo "hello"'], stream_logs=False)
if res[0][0] != 0:
raise Exception
ssh_call = ThreadWithException(target=run_ssh_call)
try:
ssh_call.start()
ssh_call.join(timeout=timeout)
if not ssh_call.is_alive():
return True
except:
pass
if retry:
return self._ping(retry=False)
return False
def _copy_certs_to_cluster(self):
"""Copy local certs to the cluster. Destination on the cluster depends on whether Caddy is enabled. This is
to ensure that the Caddy service has the necessary access to load the certs when the service is started."""
from runhouse import folder
# Copy to the home directory by default
local_certs_path = self.cert_config.key_path
dest = self.cert_config.DEFAULT_CLUSTER_DIR
folder(path=Path(local_certs_path).parent).to(self, path=dest)
if self._use_caddy:
# Move to the Caddy directory to ensure the daemon has access to the certs
src = self.cert_config.DEFAULT_CLUSTER_DIR
dest = self.cert_config.CADDY_CLUSTER_DIR
self._run_commands_with_ssh(
[
f"sudo mkdir -p {dest}",
f"sudo mv {src}/* {dest}/",
f"sudo rm -r {src}",
]
)
logger.debug(f"Copied local certs onto the cluster in path: {dest}")
[docs] def run(
self,
commands: List[str],
env: Union["Env", str] = None,
stream_logs: bool = True,
require_outputs: bool = True,
node: Optional[str] = None,
_ssh_mode: str = "interactive", # Note, this only applies for non-password SSH
) -> List:
"""Run a list of shell commands on the cluster. If `run_name` is provided, the commands will be
sent over to the cluster before being executed and a Run object will be created.
Example:
>>> cpu.run(["pip install numpy"])
>>> cpu.run(["pip install numpy"], env="my_conda_env"])
>>> cpu.run(["python script.py"])
>>> cpu.run(["python script.py"], node="3.89.174.234")
"""
from runhouse.resources.envs import Env
if self.on_this_cluster() and node:
raise ValueError(
"Cannot specify a node when running from within the cluster."
)
if isinstance(commands, str):
commands = [commands]
if isinstance(env, Env) and not env.name:
env = self._default_env
env = env or self.default_env
env = _get_env_from(env)
# If node is not specified, then we just use normal logic, knowing that we are likely on the head node
if not node:
env_name = (
env
if isinstance(env, str)
else env.name
if isinstance(env, Env)
else None
)
return_codes = []
for command in commands:
ret_code = self.call(
env_name,
"_run_command",
command,
require_outputs=require_outputs,
stream_logs=stream_logs,
)
return_codes.append(ret_code)
return return_codes
# Node is specified, so we do everything via ssh
else:
if node == "all":
res_list = []
for node in self.ips:
res = self.run(
commands=commands,
env=env,
stream_logs=stream_logs,
require_outputs=require_outputs,
node=node,
_ssh_mode=_ssh_mode,
)
res_list.append(res)
return res_list
else:
full_commands = [env._full_command(cmd) for cmd in commands]
return_codes = self._run_commands_with_ssh(
full_commands,
cmd_prefix="",
stream_logs=stream_logs,
node=node,
require_outputs=require_outputs,
)
return return_codes
def _run_commands_with_ssh(
self,
commands: list,
env_vars: Dict = {},
cmd_prefix: str = "",
stream_logs: bool = True,
node: str = None,
require_outputs: bool = True,
_ssh_mode: str = "interactive", # Note, this only applies for non-password SSH
):
from runhouse.resources.hardware.sky_ssh_runner import SkySSHRunner, SshMode
if isinstance(commands, str):
commands = [commands]
# If no address provided explicitly use the head node address
node = node or self.address
return_codes = []
ssh_credentials = copy.copy(self.creds_values)
host = ssh_credentials.pop("ssh_host", node or self.address)
pwd = ssh_credentials.pop("password", None)
ssh_credentials.pop("private_key", None)
ssh_credentials.pop("public_key", None)
ssh_control_name = ssh_credentials.pop(
"ssh_control_name", f"{node}:{self.ssh_port}"
)
runner = SkySSHRunner(
host,
**ssh_credentials,
ssh_control_name=ssh_control_name,
port=self.ssh_port,
docker_user=self.docker_user,
)
env_var_prefix = (
" ".join(f"{key}={val}" for key, val in env_vars.items())
if env_vars
else ""
)
for command in commands:
command = f"{cmd_prefix} {command}" if cmd_prefix else command
logger.info(f"Running command on {self.name}: {command}")
# set env vars after log statement
command = f"{env_var_prefix} {command}" if env_var_prefix else command
if not pwd:
ssh_mode = (
SshMode.INTERACTIVE
if _ssh_mode == "interactive"
else SshMode.NON_INTERACTIVE
if _ssh_mode == "non_interactive"
else SshMode.LOGIN
if _ssh_mode == "login"
else None
)
if not ssh_mode:
raise ValueError(f"Invalid SSH mode: {_ssh_mode}.")
ret_code = runner.run(
command,
require_outputs=require_outputs,
stream_logs=stream_logs,
ssh_mode=ssh_mode,
quiet_ssh=True,
)
return_codes.append(ret_code)
else:
# We need to quiet the SSH output here or it will print
# "Shared connection to ____ closed." at the end, which messes with the output.
ssh_command = runner.run(
command,
require_outputs=require_outputs,
stream_logs=stream_logs,
return_cmd=True,
ssh_mode=SshMode.INTERACTIVE,
quiet_ssh=True,
)
command_run = run_command_with_password_login(
ssh_command, pwd, stream_logs
)
# Filter color characters from ssh.before, as otherwise sometimes random color characters
# will be printed to the console.
command_run.before = re.sub(r"\x1b\[[0-9;]*m", "", command_run.before)
if require_outputs:
return_codes.append(
[
command_run.exitstatus,
command_run.before.strip(),
command_run.signalstatus,
]
)
else:
return_codes.append(command_run.exitstatus)
return return_codes
[docs] def run_python(
self,
commands: List[str],
env: Union["Env", str] = None,
stream_logs: bool = True,
node: str = None,
):
"""Run a list of python commands on the cluster, or a specific cluster node if its IP is provided.
Example:
>>> cpu.run_python(['import numpy', 'print(numpy.__version__)'])
>>> cpu.run_python(["print('hello')"])
>>> cpu.run_python(["print('hello')"], node="3.89.174.234")
Note:
Running Python commands with nested quotes can be finicky. If using nested quotes,
try to wrap the outer quote with double quotes (") and the inner quotes with a single quote (').
"""
cmd_prefix = "python3 -c"
command_str = "; ".join(commands)
command_str_repr = (
repr(repr(command_str))[2:-2]
if self.creds_values.get("password")
else command_str
)
formatted_command = f'{cmd_prefix} "{command_str_repr}"'
# If invoking a run as part of the python commands also return the Run object
return_codes = self.run(
[formatted_command],
env=env or self._default_env,
stream_logs=stream_logs,
node=node,
)
return return_codes
[docs] def sync_secrets(
self,
providers: Optional[List[str or "Secret"]] = None,
env: Union[str, "Env"] = None,
):
"""Send secrets for the given providers.
Args:
providers(List[str] or None): List of providers to send secrets for.
If `None`, all providers configured in the environment will by sent.
Example:
>>> cpu.sync_secrets(secrets=["aws", "lambda"])
"""
from runhouse.resources.secrets import Secret
env = env or self._default_env
if isinstance(env, str):
from runhouse.resources.envs import Env
env = Env.from_name(env)
secrets = []
if providers:
for secret in providers:
secrets.append(
Secret.from_name(secret) if isinstance(secret, str) else secret
)
else:
secrets = Secret.local_secrets()
enabled_provider_secrets = Secret.extract_provider_secrets()
secrets.update(enabled_provider_secrets)
secrets = secrets.values()
for secret in secrets:
secret.to(self, env=env)
def ipython(self):
# TODO tunnel into python interpreter in cluster
pass
[docs] def notebook(
self,
persist: bool = False,
sync_package_on_close: Optional[str] = None,
port_forward: int = 8888,
):
"""Tunnel into and launch notebook from the cluster.
Example:
>>> rh.cluster("test-cluster").notebook()
"""
# Roughly trying to follow:
# https://towardsdatascience.com/using-jupyter-notebook-running-on-a-remote-docker-container-via-ssh-ea2c3ebb9055
# https://docs.ray.io/en/latest/ray-core/using-ray-with-jupyter.html
tunnel = self.ssh_tunnel(
local_port=port_forward,
num_ports_to_try=10,
)
port_fwd = tunnel.local_bind_port
try:
install_cmd = "pip install jupyterlab"
jupyter_cmd = f"jupyter lab --port {port_fwd} --no-browser"
with self.pause_autostop():
self.run(commands=[install_cmd, jupyter_cmd], stream_logs=True)
finally:
if sync_package_on_close:
from runhouse.resources.packages.package import Package
if sync_package_on_close == "./":
sync_package_on_close = locate_working_dir()
pkg = Package.from_string("local:" + sync_package_on_close)
self._rsync(source=f"~/{pkg.name}", dest=pkg.local_path, up=False)
if not persist:
tunnel.terminate()
kill_jupyter_cmd = f"jupyter notebook stop {port_fwd}"
self.run(commands=[kill_jupyter_cmd])
[docs] def remove_conda_env(
self,
env: Union[str, "CondaEnv"],
):
"""Remove conda env from the cluster.
Example:
>>> rh.ondemand_cluster("rh-cpu").remove_conda_env("my_conda_env")
"""
env_name = env if isinstance(env, str) else env.env_name
self.run([f"conda env remove -n {env_name}"])
[docs] def download_cert(self):
"""Download certificate from the cluster (Note: user must have access to the cluster)"""
self.call_client_method("get_certificate")
logger.info(
f"Latest TLS certificate for {self.name} saved to local path: {self.cert_config.cert_path}"
)
[docs] def enable_den_auth(self, flush=True):
"""Enable Den auth on the cluster."""
if self.on_this_cluster():
raise ValueError("Cannot toggle Den Auth live on the cluster.")
else:
self.den_auth = True
self.call_client_method(
"set_settings", {"den_auth": True, "flush_auth_cache": flush}
)
return self
def disable_den_auth(self):
if self.on_this_cluster():
raise ValueError("Cannot toggle Den Auth live on the cluster.")
else:
self.den_auth = False
self.call_client_method("set_settings", {"den_auth": False})
return self
def set_connection_defaults(self, **kwargs):
if self.server_host and (
"localhost" in self.server_host or ":" in self.server_host
):
# If server_connection_type is not specified, we
# assume we can hit the server directly via HTTP
self.server_connection_type = (
self.server_connection_type or ServerConnectionType.NONE
)
if ":" in self.server_host:
# e.g. "localhost:23324" or <real_ip>:<custom port> (e.g. a port is already open to the server)
self.server_host, self.client_port = self.server_host.split(":")
kwargs["client_port"] = self.client_port
self.server_connection_type = self.server_connection_type or (
ServerConnectionType.TLS
if self.ssl_certfile or self.ssl_keyfile
else ServerConnectionType.SSH
)
if self.server_port is None:
if self.server_connection_type == ServerConnectionType.TLS:
self.server_port = DEFAULT_HTTPS_PORT
elif self.server_connection_type == ServerConnectionType.NONE:
self.server_port = DEFAULT_HTTP_PORT
else:
self.server_port = DEFAULT_SERVER_PORT
if self.name in RESERVED_SYSTEM_NAMES:
raise ValueError(
f"Cluster name {self.name} is a reserved name. Please use a different name which is not one of "
f"{RESERVED_SYSTEM_NAMES}."
)
[docs] def share(
self,
users: Union[str, List[str]] = None,
access_level: Union[ResourceAccess, str] = ResourceAccess.READ,
visibility: Optional[Union[ResourceVisibility, str]] = None,
notify_users: bool = True,
headers: Optional[Dict] = None,
) -> Tuple[Dict[str, ResourceAccess], Dict[str, ResourceAccess]]:
# save cluster and creds if not saved
self.save()
# share creds
logger.info(
"Sharing cluster credentials, which enables the recipient to SSH into the cluster."
)
if self._creds:
self._creds.share(
users=users,
access_level=access_level,
visibility=visibility,
notify_users=notify_users,
headers=headers,
)
if self._default_env:
self._default_env.share(
users=users,
access_level=access_level,
visibility=visibility,
notify_users=notify_users,
headers=headers,
)
# share cluster
return super().share(
users=users,
access_level=access_level,
visibility=visibility,
notify_users=notify_users,
headers=headers,
)
@classmethod
def _check_for_child_configs(cls, config: dict):
"""Overload by child resources to load any resources they hold internally."""
from runhouse.resources.envs.env import Env
from runhouse.resources.secrets.secret import Secret
from runhouse.resources.secrets.utils import load_config, setup_cluster_creds
creds = config.pop("creds", None) or config.pop("ssh_creds", None)
if isinstance(creds, str):
creds = Secret.from_config(config=load_config(name=creds))
elif isinstance(creds, dict):
if "name" in creds.keys():
creds = Secret.from_config(creds)
else:
creds = setup_cluster_creds(creds, config["name"])
config["creds"] = creds
default_env = config.pop("default_env", None)
if isinstance(default_env, str):
default_env = Env.from_name(default_env, _resolve_children=False)
elif isinstance(default_env, dict):
default_env = Env.from_config(default_env)
if default_env:
config["default_env"] = default_env
return config
##############################################
# Send Cluster status to Den methods
##############################################
def _disable_status_check(self):
"""
Stopping sending status to Den.
"""
if not self.den_auth:
logger.error(
"Cluster must have Den authorization to disable periodic status checks. "
"Make sure you have a Den account, and you've created your cluster with den_auth = True."
)
return
if self.on_this_cluster():
obj_store.set_cluster_config_value("status_check_interval", -1)
else:
self.call_client_method("set_settings", {"status_check_interval": -1})
def _enable_or_update_status_check(
self, new_interval: int = DEFAULT_STATUS_CHECK_INTERVAL
):
"""
Enables a periodic status check or updates the interval between to consecutive cluster status checks.
:param new_interval: int, the new interval size.
"""
if not self.den_auth:
logger.error(
"Cluster must have Den authorization to change periodic status checks interval size. "
"Make sure you have a Den account, and you've created your cluster with den_auth = True."
)
return
if self.on_this_cluster():
obj_store.set_cluster_config_value("status_check_interval", new_interval)
else:
self.call_client_method(
"set_settings", {"status_check_interval": new_interval}
)