import copy
import importlib
import logging
import math
import shlex
import subprocess
import time
import webbrowser
from pathlib import Path
from typing import Any, Dict, List, Optional
import ray
import requests
import typer
from rich.console import Console
import runhouse as rh
import runhouse.rns.login
from runhouse import __version__, cluster, Cluster, configs
from runhouse.constants import (
BULLET_UNICODE,
DEFAULT_LOG_LEVEL,
DOUBLE_SPACE_UNICODE,
RAY_KILL_CMD,
RAY_START_CMD,
SERVER_LOGFILE,
SERVER_START_CMD,
SERVER_STOP_CMD,
START_NOHUP_CMD,
START_SCREEN_CMD,
)
from runhouse.globals import obj_store, rns_client
from runhouse.logger import logger
from runhouse.resources.hardware.ray_utils import (
check_for_existing_ray_instance,
kill_actors,
)
# create an explicit Typer application
app = typer.Typer(add_completion=False)
# For printing with typer
console = Console()
[docs]@app.command()
def login(
token: Optional[str] = typer.Argument(None, help="Your Runhouse API token"),
sync_secrets: Optional[bool] = typer.Option(
False,
"--sync-secrets",
help="Whether to sync secrets. You will be prompted whether to upload local secrets or download saved secrets",
),
yes: Optional[bool] = typer.Option(
False, "--yes", "-y", help="Sets any confirmations to 'yes' automatically."
),
):
"""Login to Runhouse. Validates token provided, with options to upload or download stored secrets or config between
local environment and Runhouse / Vault.
"""
valid_token: str = (
runhouse.rns.login.login(
token=token,
download_config=True,
upload_config=True,
download_secrets=True,
upload_secrets=True,
from_cli=True,
)
if yes
else runhouse.rns.login.login(
token=token,
interactive=True,
ret_token=True,
from_cli=True,
sync_secrets=sync_secrets,
)
)
if valid_token:
webbrowser.open(f"{configs.get('dashboard_url')}/dashboard?token={valid_token}")
raise typer.Exit()
else:
raise typer.Exit(code=1)
[docs]@app.command()
def logout():
"""Logout of Runhouse. Provides options to delete locally configured secrets and local Runhouse configs"""
runhouse.rns.login.logout(interactive=True)
raise typer.Exit()
[docs]@app.command()
def notebook(
cluster_name: str, up: bool = typer.Option(False, help="Start the cluster")
):
"""Open a Jupyter notebook on a cluster."""
c = cluster(name=cluster_name)
if up:
c.up_if_not()
if not c.is_up():
console.print(
f"Cluster {cluster_name} is not up. Please run `runhouse notebook {cluster_name} --up` to bring "
f"it up if it is an on-demand cluster."
)
raise typer.Exit(1)
c.notebook()
[docs]@app.command()
def ssh(cluster_name: str, up: bool = typer.Option(False, help="Start the cluster")):
"""SSH into a cluster created elsewhere (so `ssh cluster` doesn't work out of the box) or not yet up."""
try:
c = cluster(name=cluster_name)
if not c.is_shared:
if up:
try:
c.up_if_not()
except NotImplementedError:
console.print(
f"Cluster {cluster_name} is not an on-demand cluster, so it can't be brought up automatically."
f"Please start it manually and re-save the cluster with the new connection info in Python."
)
raise typer.Exit(1)
elif not c.is_up():
console.print(
f"Cluster {cluster_name} is not up. Please run `runhouse ssh {cluster_name} --up`."
)
raise typer.Exit(1)
c.ssh()
except ValueError:
import sky
from runhouse import OnDemandCluster
from runhouse.constants import DEFAULT_SSH_PORT
from runhouse.resources.hardware.utils import _run_ssh_command
state = sky.status(cluster_names=[cluster_name], refresh=False)
if len(state) == 0:
console.print(
f"Could not load cluster called {cluster_name}. Cluster must either be saved to Den, "
"or be an ondemand cluster that is currently up."
)
raise typer.Exit(1)
resource_handle = state[0].get("handle", {})
_run_ssh_command(
address=resource_handle.head_ip,
ssh_user=resource_handle.ssh_user or "ubuntu",
ssh_port=resource_handle.stable_ssh_ports[0] or DEFAULT_SSH_PORT,
ssh_private_key=OnDemandCluster.DEFAULT_KEYFILE,
docker_user=resource_handle.docker_user,
)
###############################
# Status helping functions
###############################
def _adjust_resource_type(resource_type: str):
"""
status helping function. transforms a str form runhouse.resources.{X.Y...}.resource_type to runhouse.resource_type
"""
try:
resource_type = resource_type.split(".")[-1]
getattr(importlib.import_module("runhouse"), resource_type)
return f"runhouse.{resource_type}"
except AttributeError:
return resource_type
def _resource_name_to_rns(name: str):
"""
If possible, transform the resource name to a rns address.
If not, return the name as is (it is the key in the object store).
"""
resource_config = rns_client.load_config(name)
if resource_config and resource_config.get("resource_type") != "env":
return resource_config.get("name")
else:
return name
def _print_cluster_config(cluster_config: Dict):
"""
Helping function to the `_print_status` which prints the relevant info from the cluster config.
"""
# TODO [SB]: need to modify printing format (colour palette etc).
top_level_config = [
"server_port",
"den_auth",
"server_connection_type",
]
backend_config = [
"resource_subtype",
"domain",
"server_host",
"ips",
"resource_subtype",
]
if cluster_config.get("resource_subtype") != "Cluster":
backend_config.append("autostop_mins")
if cluster_config.get("default_env") and isinstance(
cluster_config.get("default_env"), Dict
):
cluster_config["default_env"] = cluster_config["default_env"]["name"]
for key in top_level_config:
console.print(
f"{BULLET_UNICODE} {key.replace('_', ' ')}: {cluster_config[key]}"
)
console.print(f"{BULLET_UNICODE} backend config:")
for key in backend_config:
if key == "autostop_mins" and cluster_config[key] == -1:
console.print(
f"{DOUBLE_SPACE_UNICODE}{BULLET_UNICODE} {key.replace('_', ' ')}: autostop disabled"
)
else:
console.print(
f"{DOUBLE_SPACE_UNICODE}{BULLET_UNICODE} {key.replace('_', ' ')}: {cluster_config[key]}"
)
def _print_envs_info(
env_servlet_processes: Dict[str, Dict[str, Any]], current_cluster: Cluster
):
"""
Prints info about the envs in the current_cluster.
Prints the resources in each env, and the CPU and GPU usage of the env (if exists).
:param env_servlet_processes: Dict of cpu and gpu info of the envs.
:param current_cluster: The cluster whose status we are printing.
"""
# Print headline
envs_in_cluster_headline = "Serving 🍦 :"
console.print(envs_in_cluster_headline)
env_resource_mapping = {
env: env_servlet_processes[env]["env_resource_mapping"]
for env in env_servlet_processes
}
if len(env_resource_mapping) == 0:
console.print("This cluster has no environment nor resources.")
first_envs_to_print = []
# First: if the default env does not have resources, print it.
default_env_name = current_cluster.default_env.name
if len(env_resource_mapping[default_env_name]) <= 1:
# case where the default env doesn't hve any other resources, apart from the default env itself.
console.print(f"{BULLET_UNICODE} {default_env_name} (runhouse.Env)")
console.print(
f"{DOUBLE_SPACE_UNICODE}This environment has only python packages installed, if such provided. No "
"resources were found."
)
else:
# case where the default env have other resources. We make sure that our of all the envs which have resources,
# the default_env will be printed first.
first_envs_to_print = [default_env_name]
# Make sure to print envs with no resources first.
# (the only resource they have is a runhouse.env, which is the env itself).
first_envs_to_print = first_envs_to_print + [
env_name
for env_name in env_resource_mapping
if (
len(env_resource_mapping[env_name]) <= 1
and env_name != default_env_name
and env_resource_mapping[env_name]
)
]
# Now, print the envs.
# If the env have packages installed, that means that it contains an env resource. In that case:
# * If the env contains only itself, we will print that the env contains only the installed packages.
# * Else, we will print the resources (rh.function, th.module) associated with the env.
envs_to_print = first_envs_to_print + [
env_name
for env_name in env_resource_mapping
if env_name not in first_envs_to_print + [default_env_name]
and env_resource_mapping[env_name]
]
for env_name in envs_to_print:
resources_in_env = env_resource_mapping[env_name]
env_process_info = env_servlet_processes[env_name]
# sometimes the env itself is not a resource (key) inside the env's servlet.
if len(resources_in_env) == 0:
env_type = "runhouse.Env"
else:
env_type = _adjust_resource_type(
resources_in_env[env_name]["resource_type"]
)
env_name_txt = f"{BULLET_UNICODE} {env_name} ({env_type}) | pid: {env_process_info['pid']} | node: {env_process_info['node_name']}"
console.print(env_name_txt)
# Print CPU info
env_cpu_info = env_process_info.get("env_cpu_usage")
if env_cpu_info:
# convert bytes to GB
memory_usage_gb = round(
int(env_cpu_info["used_memory"]) / (1024**3),
2,
)
total_cluster_memory = math.ceil(
int(env_cpu_info["total_memory"]) / (1024**3)
)
cpu_memory_usage_percent = round(
float(env_cpu_info["used_memory"] / env_cpu_info["total_memory"]),
2,
)
cpu_usage_percent = round(float(env_cpu_info["utilization_percent"]), 2)
cpu_usage_summery = f"{DOUBLE_SPACE_UNICODE}CPU: {cpu_usage_percent}% | Memory: {memory_usage_gb} / {total_cluster_memory} Gb ({cpu_memory_usage_percent}%)"
else:
cpu_usage_summery = (
f"{DOUBLE_SPACE_UNICODE}CPU: This process did not use CPU memory."
)
console.print(cpu_usage_summery)
# Print GPU info
env_gpu_info = env_process_info.get("env_gpu_usage")
# sometimes the cluster has no GPU, therefore the env_gpu_info is an empty dictionary.
if env_gpu_info:
# get the gpu usage info, and convert it to GB.
total_gpu_memory = math.ceil(
float(env_gpu_info.get("total_memory")) / (1024**3)
)
gpu_util_percent = round(float(env_gpu_info.get("utilization_percent")), 2)
used_gpu_memory = round(
float(env_gpu_info.get("used_memory")) / (1024**3), 2
)
gpu_memory_usage_percent = round(
float(used_gpu_memory / total_gpu_memory) * 100, 2
)
gpu_usage_summery = f"{DOUBLE_SPACE_UNICODE}GPU: {gpu_util_percent}% | Memory: {used_gpu_memory} / {total_gpu_memory} Gb ({gpu_memory_usage_percent}%)"
console.print(gpu_usage_summery)
resources_in_env = [
{resource: resources_in_env[resource]}
for resource in resources_in_env
if resource is not env_name
]
if len(resources_in_env) == 0:
# No resources were found in the env, only the associated installed python reqs were installed.
console.print(
f"{DOUBLE_SPACE_UNICODE}This environment has only python packages installed, if such provided. No resources were "
"found."
)
else:
for resource in resources_in_env:
for resource_name, resource_info in resource.items():
resource_type = _adjust_resource_type(
resource_info["resource_type"]
)
console.print(
f"{DOUBLE_SPACE_UNICODE}{BULLET_UNICODE} {resource_name} ({resource_type})"
)
def _print_status(status_data: dict, current_cluster: Cluster):
"""
Prints the status of the cluster to the console
:param config: cluster's config
:return: cluster's config
"""
cluster_config = status_data.get("cluster_config")
env_servlet_processes = status_data.get("env_servlet_processes")
if "name" in cluster_config.keys():
console.print(cluster_config.get("name"))
# print headline
daemon_headline_txt = (
"\N{smiling face with horns} Runhouse Daemon is running \N{Runner}"
)
console.print(daemon_headline_txt, style="bold royal_blue1")
console.print(f'Runhouse v{status_data.get("runhouse_version")}')
console.print(f'server pid: {status_data.get("server_pid")}')
# Print relevant info from cluster config.
_print_cluster_config(cluster_config)
# print the environments in the cluster, and the resources associated with each environment.
_print_envs_info(env_servlet_processes, current_cluster)
return status_data
[docs]@app.command()
def status(
cluster_name: str = typer.Argument(
None,
help="Name of cluster to check. If not specified will check the local cluster.",
)
):
"""Load the status of the Runhouse daemon running on a cluster."""
cluster_or_local = rh.here
if cluster_name:
current_cluster = cluster(name=cluster_name)
if not current_cluster.is_up():
console.print(
f"Cluster {cluster_name} is not up. If it's an on-demand cluster, you can run "
f"`runhouse ssh --up {cluster_name}` to bring it up automatically."
)
raise typer.Exit(1)
try:
if current_cluster._http_client:
current_cluster._http_client.check_server()
except requests.exceptions.ConnectionError:
console.print(
f"Could not connect to the server on cluster {cluster_name}. Check that the server is up with "
f"`runhouse ssh {cluster_name}` or `sky status -r` for on-demand clusters."
)
raise typer.Exit(1)
else:
if not cluster_or_local or cluster_or_local == "file":
console.print(
"\N{smiling face with horns} Runhouse Daemon is not running... \N{No Entry} \N{Runner}. "
"Start it with `runhouse restart` or specify a remote "
"cluster to poll with `runhouse status <cluster_name>`."
)
raise typer.Exit(1)
# case we are inside the cluster
if cluster_or_local != "file":
# If we are on the cluster load status directly from the object store
cluster_status: dict = dict(obj_store.status())
cluster_config = copy.deepcopy(cluster_status.get("cluster_config"))
current_cluster: Cluster = Cluster.from_config(cluster_config)
return _print_status(cluster_status, current_cluster)
if cluster_name is None:
# If running outside the cluster must specify a cluster name
console.print("Missing argument `cluster_name`.")
return
try:
current_cluster: Cluster = Cluster.from_name(name=cluster_name)
cluster_status: dict = current_cluster.status(
resource_address=current_cluster.rns_address
)
except ValueError:
console.print("Failed to load status for cluster.")
return
except requests.exceptions.ConnectionError:
console.print(
"\N{smiling face with horns} Runhouse Daemon is not running... \N{No Entry} \N{Runner}"
)
return
return _print_status(cluster_status, current_cluster)
def load_cluster(cluster_name: str):
"""Load a cluster from RNS into the local environment, e.g. to be able to ssh."""
c = cluster(name=cluster_name)
if not c.address:
c._update_from_sky_status(dryrun=True)
def _check_if_command_exists(cmd: str):
cmd_check = subprocess.run(
f"command -v {cmd}", shell=True, stdout=subprocess.PIPE, stderr=subprocess.PIPE
)
available = cmd_check.returncode == 0
if not available:
logger.info(f"{cmd} is not available on the system.")
return available
def _get_wrapped_server_start_cmd(flags: List[str], screen: bool, nohup: bool):
if screen:
wrapped_cmd = START_SCREEN_CMD
elif nohup:
wrapped_cmd = START_NOHUP_CMD
else:
wrapped_cmd = SERVER_START_CMD
if flags:
flags_str = "".join(flags)
wrapped_cmd = wrapped_cmd.replace(
SERVER_START_CMD, SERVER_START_CMD + flags_str
)
return wrapped_cmd
def _start_server(
restart,
restart_ray,
screen,
nohup,
create_logfile=True,
host=None,
port=None,
use_https=False,
den_auth=False,
ssl_keyfile=None,
ssl_certfile=None,
restart_proxy=False,
use_caddy=False,
domain=None,
certs_address=None,
api_server_url=None,
default_env_name=None,
conda_env=None,
from_python=None,
log_level=None,
):
############################################
# Build CLI commands to start the server
############################################
cmds = []
if restart:
cmds.append(SERVER_STOP_CMD)
# We have to `ray start` not within screen/nohup
existing_ray_instance = check_for_existing_ray_instance()
if not existing_ray_instance or restart_ray:
cmds.append(RAY_KILL_CMD)
cmds.append(RAY_START_CMD)
# Collect flags
flags = []
den_auth_flag = " --use-den-auth" if den_auth else ""
if den_auth_flag:
logger.info("Starting server with Den auth.")
flags.append(den_auth_flag)
restart_proxy_flag = " --restart-proxy" if restart_proxy else ""
if restart_proxy_flag:
logger.info("Reinstalling server configs.")
flags.append(restart_proxy_flag)
use_caddy_flag = " --use-caddy" if use_caddy else ""
if use_caddy_flag:
logger.info("Configuring Caddy on the cluster.")
flags.append(use_caddy_flag)
ssl_keyfile_flag = f" --ssl-keyfile {ssl_keyfile}" if ssl_keyfile else ""
if ssl_keyfile_flag:
logger.info(f"Using SSL keyfile in path: {ssl_keyfile}")
flags.append(ssl_keyfile_flag)
ssl_certfile_flag = f" --ssl-certfile {ssl_certfile}" if ssl_certfile else ""
if ssl_certfile_flag:
logger.info(f"Using SSL certfile in path: {ssl_certfile}")
flags.append(ssl_certfile_flag)
domain = f" --domain {domain}" if domain else ""
if domain:
logger.info(f"Using domain: {domain}")
flags.append(domain)
# Use HTTPS if explicitly specified or if SSL cert or keyfile path are provided
https_flag = " --use-https" if use_https or (ssl_keyfile or ssl_certfile) else ""
if https_flag:
logger.info("Starting server with HTTPS.")
flags.append(https_flag)
host_flag = f" --host {host}" if host else ""
if host_flag:
logger.info(f"Using host: {host}.")
flags.append(host_flag)
port_flag = f" --port {port}" if port else ""
if port_flag:
logger.info(f"Using port: {port}.")
flags.append(port_flag)
address_flag = f" --certs-address {certs_address}" if certs_address else ""
if address_flag:
logger.info(f"Server public IP address: {certs_address}.")
flags.append(address_flag)
api_server_url_flag = (
f" --api-server-url {api_server_url}" if api_server_url else ""
)
if api_server_url_flag:
logger.info(f"Setting api_server url to {api_server_url}")
flags.append(api_server_url_flag)
default_env_flag = (
f" --default-env-name {default_env_name}" if default_env_name else ""
)
if default_env_flag:
logger.info(f"Starting server in default env named: {default_env_name}")
flags.append(default_env_flag)
conda_env_flag = f" --conda-env {conda_env}" if conda_env else ""
if conda_env_flag:
logger.info(f"Creating runtime env for conda env: {conda_env}")
flags.append(conda_env_flag)
flags.append(" --from-python" if from_python else "")
flags.append(
f" --log-level {log_level}"
if log_level
else f" --log-level {DEFAULT_LOG_LEVEL}"
)
# Check if screen or nohup are available
screen = screen and _check_if_command_exists("screen")
nohup = not screen and nohup and _check_if_command_exists("nohup")
# Create logfile if we are using backgrounding
if (screen or nohup) and create_logfile and not Path(SERVER_LOGFILE).exists():
Path(SERVER_LOGFILE).parent.mkdir(parents=True, exist_ok=True)
Path(SERVER_LOGFILE).touch()
# Add flags to the server start command
cmds.append(_get_wrapped_server_start_cmd(flags, screen, nohup))
logger.info(f"Starting API server using the following command: {cmds[-1]}.")
try:
# Open and read the lines of the server logfile so we only print the most recent lines after starting
f = None
if (screen or nohup) and Path(SERVER_LOGFILE).exists():
f = open(SERVER_LOGFILE, "r")
f.readlines() # Discard these, they're from the previous times the server was started
# We do these one by one so it's more obvious where the error is if there is one
for i, cmd in enumerate(cmds):
console.print(f"Executing `{cmd}`")
if (
i == len(cmds) - 1
): # last cmd is not being parsed correctly when ran with shlex.split
result = subprocess.run(cmd, shell=True, check=True)
else:
result = subprocess.run(shlex.split(cmd), text=True)
if result.returncode != 0:
# We don't want to raise an error if the server kill fails, as it may simply not be running
if "pkill" in cmd:
continue
# Retry ray start in case pkill process did not complete in time, up to 10s
if cmd == RAY_START_CMD:
console.print("Retrying:")
attempt = 0
while result.returncode != 0 and attempt < 10:
attempt += 1
time.sleep(1)
result = subprocess.run(
shlex.split(cmd), text=True, capture_output=True
)
if result.stderr and "ConnectionError" not in result.stderr:
break
if result.returncode == 0:
continue
console.print(f"Error while executing `{cmd}`")
raise typer.Exit(1)
server_started_str = "Uvicorn running on"
# Read and print the server logs until the
if screen or nohup:
while not Path(SERVER_LOGFILE).exists():
time.sleep(1)
f = f or open(SERVER_LOGFILE, "r")
start_time = time.time()
# Wait for input for 60 seconds max (for Caddy to download and set up)
while time.time() - start_time < 60:
for line in f:
if server_started_str in line:
console.print(line)
f.close()
return
else:
console.print(line, end="")
time.sleep(1)
f.close()
except FileNotFoundError:
console.print(
"python3 command was not found. Make sure you have python3 installed."
)
raise typer.Exit(1)
[docs]@app.command()
def start(
restart_ray: bool = typer.Option(True, help="Restart the Ray runtime"),
screen: bool = typer.Option(False, help="Start the server in a screen"),
nohup: bool = typer.Option(
False, help="Start the server in a nohup if screen is not available"
),
host: Optional[str] = typer.Option(
None, help="Custom server host address. Default is `0.0.0.0`."
),
port: Optional[str] = typer.Option(
None, help="Port for server. If not specified will start on 32300"
),
use_https: bool = typer.Option(
False, help="Start an HTTPS server with TLS verification"
),
use_den_auth: bool = typer.Option(
False, help="Whether to authenticate requests with a Runhouse token"
),
use_caddy: bool = typer.Option(
False,
help="Whether to configure Caddy on the cluster as a reverse proxy.",
),
domain: str = typer.Option(
None,
help="Server domain. Relevant if using Caddy to automate generating CA verified certs.",
),
certs_address: Optional[str] = typer.Option(
None,
help="Public IP address of the server. Required for generating self-signed certs and enabling HTTPS",
),
default_env_name: str = typer.Option(
None, help="Default env to start the server on."
),
conda_env: str = typer.Option(
None, help="Name of conda env corresponding to default env if it is a CondaEnv."
),
):
"""Start the HTTP or HTTPS server on the cluster."""
_start_server(
restart=False,
restart_ray=restart_ray,
screen=screen,
nohup=nohup,
create_logfile=True,
host=host,
port=port,
use_https=use_https,
den_auth=use_den_auth,
use_caddy=use_caddy,
domain=domain,
certs_address=certs_address,
default_env_name=default_env_name,
conda_env=conda_env,
)
[docs]@app.command()
def restart(
name: str = typer.Option(None, help="A *saved* remote cluster object to restart."),
restart_ray: bool = typer.Option(True, help="Restart the Ray runtime"),
screen: bool = typer.Option(
True,
help="Start the server in a screen. Only relevant when restarting locally.",
),
nohup: bool = typer.Option(
True,
help="Start the server in a nohup if screen is not available. Only relevant when restarting locally.",
),
resync_rh: bool = typer.Option(
False,
help="Resync the Runhouse package. Only relevant when restarting remotely.",
),
host: Optional[str] = typer.Option(
None, help="Custom server host address. Default is `0.0.0.0`."
),
port: Optional[str] = typer.Option(
None, help="Port for server. If not specified will start on 32300"
),
use_https: bool = typer.Option(
False, help="Start an HTTPS server with TLS verification"
),
use_den_auth: bool = typer.Option(
False, help="Whether to authenticate requests with a Runhouse token"
),
ssl_keyfile: Optional[str] = typer.Option(
None, help="Path to custom SSL key file to use for enabling HTTPS"
),
ssl_certfile: Optional[str] = typer.Option(
None, help="Path to custom SSL cert file to use for enabling HTTPS"
),
restart_proxy: bool = typer.Option(
False, help="Whether to reinstall server configs on the cluster"
),
use_caddy: bool = typer.Option(
False,
help="Whether to configure Caddy on the cluster as a reverse proxy.",
),
domain: str = typer.Option(
None,
help="Server domain. Relevant if using Caddy to automate generating CA verified certs.",
),
certs_address: Optional[str] = typer.Option(
None,
help="Public IP address of the server. Required for generating self-signed certs and enabling HTTPS",
),
api_server_url: str = typer.Option(
default="https://api.run.house",
help="URL of Runhouse Den",
),
default_env_name: str = typer.Option(
None, help="Default env to start the server on."
),
conda_env: str = typer.Option(
None, help="Name of conda env corresponding to default env if it is a CondaEnv."
),
from_python: bool = typer.Option(
False,
help="Whether HTTP server started from inside a Python call rather than CLI.",
),
log_level: str = typer.Option(
default=DEFAULT_LOG_LEVEL,
help="Minimum log level for logs to be printed",
callback=lambda value: value.upper(),
),
):
"""Restart the HTTP server on the cluster."""
if name:
c = cluster(name=name)
c.restart_server(
resync_rh=resync_rh, restart_ray=restart_ray, logs_level=log_level
)
return
_start_server(
restart=True,
restart_ray=restart_ray,
screen=screen,
nohup=nohup,
create_logfile=True,
host=host,
port=port,
use_https=use_https,
den_auth=use_den_auth,
ssl_keyfile=ssl_keyfile,
ssl_certfile=ssl_certfile,
restart_proxy=restart_proxy,
use_caddy=use_caddy,
domain=domain,
certs_address=certs_address,
api_server_url=api_server_url,
default_env_name=default_env_name,
conda_env=conda_env,
from_python=from_python,
log_level=log_level,
)
@app.command()
def stop(
stop_ray: bool = typer.Option(False, help="Stop the Ray runtime"),
cleanup_actors: bool = typer.Option(True, help="Kill all Ray actors"),
):
logger.info("Stopping the server.")
subprocess.run(SERVER_STOP_CMD, shell=True)
if cleanup_actors:
ray.init(
address="auto",
ignore_reinit_error=True,
logging_level=logging.ERROR,
namespace="runhouse",
)
kill_actors(namespace="runhouse", gracefully=False)
if stop_ray:
logger.info("Stopping Ray.")
subprocess.run(RAY_KILL_CMD, shell=True)
@app.callback(invoke_without_command=True, help="Runhouse CLI")
def main(
ctx: typer.Context,
version: bool = typer.Option(
None, "--version", "-v", help="Show the version and exit."
),
):
"""
Runhouse CLI
"""
if version:
print(f"{__version__}")
elif ctx.invoked_subcommand is None:
subprocess.run("runhouse --help", shell=True)