# pylint: disable=too-many-lines
	import base64
	import getpass
	import json
	import logging
	import os
	import re
	import signal
	import subprocess
	import sys
	import tarfile
	import tempfile
	import threading
	import time
	import xml.dom.minidom
	from functools import lru_cache
	from io import BytesIO
	from textwrap import dedent
	from typing import TYPE_CHECKING, Any, cast
	from urllib.parse import urlencode
	from xml.dom.minidom import Document as DomDocument
	from xml.dom.minidom import parseString
	
	import pcs.cli.booth.env
	import pcs.lib.corosync.config_parser as corosync_conf_parser
	from pcs import settings, usage
	from pcs.cli.cluster_property.output import PropertyConfigurationFacade
	from pcs.cli.common import middleware
	from pcs.cli.common.env_cli import Env
	from pcs.cli.common.errors import CmdLineInputError
	from pcs.cli.common.lib_wrapper import Library
	from pcs.cli.common.parse_args import InputModifiers
	from pcs.cli.common.tools import print_to_stderr, timeout_to_seconds_legacy
	from pcs.cli.file import metadata as cli_file_metadata
	from pcs.cli.reports import ReportProcessorToConsole, process_library_reports
	from pcs.cli.reports import output as reports_output
	from pcs.common import const, file_type_codes
	from pcs.common import file as pcs_file
	from pcs.common import pacemaker as common_pacemaker
	from pcs.common import pcs_pycurl as pycurl
	from pcs.common.host import PcsKnownHost
	from pcs.common.pacemaker.resource.operations import (
	    OCF_CHECK_LEVEL_INSTANCE_ATTRIBUTE_NAME,
	)
	from pcs.common.reports import ReportProcessor
	from pcs.common.reports.messages import CibUpgradeFailedToMinimalRequiredVersion
	from pcs.common.services.errors import ManageServiceError
	from pcs.common.services.interfaces import ServiceManagerInterface
	from pcs.common.str_tools import format_list
	from pcs.common.tools import Version, timeout_to_seconds
	from pcs.common.types import StringSequence
	from pcs.lib.corosync.config_facade import ConfigFacade as corosync_conf_facade
	from pcs.lib.env import LibraryEnvironment
	from pcs.lib.errors import LibraryError
	from pcs.lib.external import CommandRunner, is_proxy_set
	from pcs.lib.file.instance import FileInstance as LibFileInstance
	from pcs.lib.host.config.facade import Facade as KnownHostsFacade
	from pcs.lib.interface.config import ParserErrorException
	from pcs.lib.pacemaker.live import get_cluster_status_dom
	from pcs.lib.pacemaker.state import ClusterState
	from pcs.lib.pacemaker.values import is_score as is_score_value
	from pcs.lib.pacemaker.values import validate_id
	from pcs.lib.services import get_service_manager as _get_service_manager
	from pcs.lib.services import service_exception_to_report
	
	if TYPE_CHECKING:
	    from pcs.common.reports.item import ReportItemList
	
	# pylint: disable=invalid-name
	# pylint: disable=too-many-branches
	
	# usefile & filename variables are set in pcs module
	usefile = False
	filename = ""
	# Note: not properly typed
	pcs_options: dict[Any, Any] = {}
	
	
	def _getValidateWithVersion(dom) -> Version:
	    """
	    Commandline options: no options
	    """
	    cib = dom.getElementsByTagName("cib")
	    if len(cib) != 1:
	        err("Bad cib")
	
	    cib = cib[0]
	
	    version = cib.getAttribute("validate-with")
	    r = re.compile(r"pacemaker-(\d+)\.(\d+)\.?(\d+)?")
	    m = r.match(version)
	    if m is None:
	        raise AssertionError()
	    major = int(m.group(1))
	    minor = int(m.group(2))
	    rev = int(m.group(3) or 0)
	    return Version(major, minor, rev)
	
	
	def isCibVersionSatisfied(cib_dom, required_version: Version) -> bool:
	    if not isinstance(cib_dom, DomDocument):
	        cib_dom = cib_dom.ownerDocument
	    return _getValidateWithVersion(cib_dom) >= required_version
	
	
	# Check the current pacemaker version in cib and upgrade it if necessary
	# Returns False if not upgraded and True if upgraded
	def _checkAndUpgradeCIB(required_version: Version) -> bool:
	    """
	    Commandline options:
	      * -f - CIB file
	    """
	    if isCibVersionSatisfied(get_cib_dom(), required_version):
	        return False
	    cluster_upgrade()
	    return True
	
	
	def cluster_upgrade():
	    """
	    Commandline options:
	      * -f - CIB file
	    """
	    output, retval = run(["cibadmin", "--upgrade", "--force"])
	    if retval != 0:
	        err("unable to upgrade cluster: %s" % output)
	    if (
	        output.strip()
	        == "Upgrade unnecessary: Schema is already the latest available"
	    ):
	        return
	    print_to_stderr("Cluster CIB has been upgraded to latest version")
	
	
	def cluster_upgrade_to_version(required_version: Version) -> Any:
	    """
	    Commandline options:
	      * -f - CIB file
	    """
	    _checkAndUpgradeCIB(required_version)
	    dom = get_cib_dom()
	    current_version = _getValidateWithVersion(dom)
	    if current_version < required_version:
	        err(
	            CibUpgradeFailedToMinimalRequiredVersion(
	                str(current_version),
	                str(required_version),
	            ).message
	        )
	    return dom
	
	
	# Check status of node
	def checkStatus(node):
	    """
	    Commandline options:
	      * --request-timeout - timeout for HTTP requests
	    """
	    return sendHTTPRequest(
	        node, "remote/status", urlencode({"version": "2"}), False, False
	    )
	
	
	# Check and see if we're authorized (faster than a status check)
	def checkAuthorization(node):
	    """
	    Commandline options:
	      * --request-timeout - timeout for HTTP requests
	    """
	    return sendHTTPRequest(node, "remote/check_auth", None, False, False)
	
	
	def get_uid_gid_file_name(uid, gid):
	    """
	    Commandline options: no options
	    """
	    return "pcs-uidgid-%s-%s" % (uid, gid)
	
	
	# Reads in uid file and returns dict of values {'uid':'theuid', 'gid':'thegid'}
	def read_uid_gid_file(uidgid_filename):
	    """
	    Commandline options: no options
	    """
	    uidgid = {}
	    with open(
	        os.path.join(settings.corosync_uidgid_dir, uidgid_filename), "r"
	    ) as myfile:
	        data = myfile.read().split("\n")
	    in_uidgid = False
	    for data_line in data:
	        line = re.sub(r"#.*", "", data_line)
	        if not in_uidgid:
	            if re.search(r"uidgid.*{", line):
	                in_uidgid = True
	            else:
	                continue
	        matches = re.search(r"uid:\s*(\S+)", line)
	        if matches:
	            uidgid["uid"] = matches.group(1)
	
	        matches = re.search(r"gid:\s*(\S+)", line)
	        if matches:
	            uidgid["gid"] = matches.group(1)
	
	    return uidgid
	
	
	def get_uidgid_file_content(
	    uid: str | None = None, gid: str | None = None
	) -> str | None:
	    if not uid and not gid:
	        return None
	    uid_gid_lines = []
	    if uid:
	        uid_gid_lines.append(f"  uid: {uid}")
	    if gid:
	        uid_gid_lines.append(f"  gid: {gid}")
	    return dedent(
	        """\
	        uidgid {{
	        {uid_gid_keys}
	        }}
	        """
	    ).format(uid_gid_keys="\n".join(uid_gid_lines))
	
	
	def write_uid_gid_file(uid, gid):
	    """
	    Commandline options: no options
	    """
	    orig_filename = get_uid_gid_file_name(uid, gid)
	    uidgid_filename = orig_filename
	    counter = 0
	    if find_uid_gid_files(uid, gid):
	        err("uidgid file with uid=%s and gid=%s already exists" % (uid, gid))
	
	    while os.path.exists(
	        os.path.join(settings.corosync_uidgid_dir, uidgid_filename)
	    ):
	        counter = counter + 1
	        uidgid_filename = orig_filename + "-" + str(counter)
	
	    data = get_uidgid_file_content(uid, gid)
	    if data:
	        with open(
	            os.path.join(settings.corosync_uidgid_dir, uidgid_filename), "w"
	        ) as uidgid_file:
	            uidgid_file.write(data)
	
	
	def find_uid_gid_files(uid, gid):
	    """
	    Commandline options: no options
	    """
	    if uid == "" and gid == "":
	        return []
	
	    found_files = []
	    uid_gid_files = os.listdir(settings.corosync_uidgid_dir)
	    for uidgid_file in uid_gid_files:
	        uid_gid_dict = read_uid_gid_file(uidgid_file)
	        if ("uid" in uid_gid_dict and uid == "") or (
	            "uid" not in uid_gid_dict and uid != ""
	        ):
	            continue
	        if ("gid" in uid_gid_dict and gid == "") or (
	            "gid" not in uid_gid_dict and gid != ""
	        ):
	            continue
	        if "uid" in uid_gid_dict and uid != uid_gid_dict["uid"]:
	            continue
	        if "gid" in uid_gid_dict and gid != uid_gid_dict["gid"]:
	            continue
	
	        found_files.append(uidgid_file)
	
	    return found_files
	
	
	# Removes all uid/gid files with the specified uid/gid, returns false if we
	# couldn't find one
	def remove_uid_gid_file(uid, gid):
	    """
	    Commandline options: no options
	    """
	    if uid == "" and gid == "":
	        return False
	
	    file_removed = False
	    for uidgid_file in find_uid_gid_files(uid, gid):
	        os.remove(os.path.join(settings.corosync_uidgid_dir, uidgid_file))
	        file_removed = True
	
	    return file_removed
	
	
	@lru_cache
	def read_known_hosts_file() -> dict[str, PcsKnownHost]:
	    return read_known_hosts_file_not_cached()
	
	
	def read_known_hosts_file_not_cached() -> dict[str, PcsKnownHost]:
	    """
	    Commandline options: no options
	    """
	    try:
	        if os.getuid() != 0:
	            known_hosts_raw_file = pcs_file.RawFile(
	                cli_file_metadata.for_file_type(file_type_codes.PCS_KNOWN_HOSTS)
	            )
	            # json.loads handles bytes, it expects utf-8, 16 or 32 encoding
	            known_hosts_struct = json.loads(known_hosts_raw_file.read())
	            # TODO use known hosts facade for getting info from json struct once the
	            # facade exists
	            return {
	                name: PcsKnownHost.from_known_host_file_dict(name, host)
	                for name, host in known_hosts_struct["known_hosts"].items()
	            }
	        # TODO remove
	        # This is here to provide known-hosts to functions not yet
	        # overhauled to pcs.lib. Cli should never read known hosts from
	        # /var/lib/pcsd/.
	        known_hosts_instance = LibFileInstance.for_known_hosts()
	        known_hosts_facade = cast(
	            KnownHostsFacade, known_hosts_instance.read_to_facade()
	        )
	        return known_hosts_facade.known_hosts
	
	    except LibraryError as e:
	        # TODO remove
	        # This is here to provide known-hosts to functions not yet
	        # overhauled to pcs.lib. Cli should never read known hosts from
	        # /var/lib/pcsd/.
	        process_library_reports(list(e.args))
	    except ParserErrorException as e:
	        # TODO remove
	        # This is here to provide known-hosts to functions not yet
	        # overhauled to pcs.lib. Cli should never read known hosts from
	        # /var/lib/pcsd/.
	        process_library_reports(
	            known_hosts_instance.parser_exception_to_report_list(e)
	        )
	    except pcs_file.RawFileError as e:
	        reports_output.warn("Unable to read the known-hosts file: " + e.reason)
	    except json.JSONDecodeError as e:
	        reports_output.warn(f"Unable to parse the known-hosts file: {e}")
	    except (TypeError, KeyError):
	        reports_output.warn("Warning: Unable to parse the known-hosts file.")
	    return {}
	
	
	def repeat_if_timeout(send_http_request_function, repeat_count=15):
	    """
	    Commandline options: no options
	    NOTE: callback send_http_request_function may use --request-timeout
	    """
	
	    def repeater(node, *args, **kwargs):
	        repeats_left = repeat_count
	        while True:
	            retval, output = send_http_request_function(node, *args, **kwargs)
	            if (
	                retval != 2
	                or "Operation timed out" not in output
	                or repeats_left < 1
	            ):
	                # did not timed out OR repeat limit exceeded
	                return retval, output
	            repeats_left = repeats_left - 1
	            if "--debug" in pcs_options:
	                print_to_stderr(f"{node}: {output}, trying again...")
	
	    return repeater
	
	
	def setCorosyncConfig(node, config):
	    """
	    Commandline options:
	      * --request-timeout - timeout for HTTP requests
	    """
	    data = urlencode({"corosync_conf": config})
	    (status, data) = sendHTTPRequest(node, "remote/set_corosync_conf", data)
	    if status != 0:
	        err("Unable to set corosync config: {0}".format(data))
	
	
	def getPacemakerNodeStatus(node):
	    """
	    Commandline options:
	      * --request-timeout - timeout for HTTP requests
	    """
	    return sendHTTPRequest(
	        node, "remote/pacemaker_node_status", None, False, False
	    )
	
	
	def startCluster(node, quiet=False, timeout=None):
	    """
	    Commandline options:
	      * --request-timeout - timeout for HTTP requests
	    """
	    return sendHTTPRequest(
	        node,
	        "remote/cluster_start",
	        printResult=False,
	        printSuccess=not quiet,
	        timeout=timeout,
	    )
	
	
	def stopPacemaker(node, quiet=False, force=True):
	    """
	    Commandline options:
	      * --request-timeout - timeout for HTTP requests
	    """
	    return stopCluster(
	        node, pacemaker=True, corosync=False, quiet=quiet, force=force
	    )
	
	
	def stopCorosync(node, quiet=False, force=True):
	    """
	    Commandline options:
	      * --request-timeout - timeout for HTTP requests
	    """
	    return stopCluster(
	        node, pacemaker=False, corosync=True, quiet=quiet, force=force
	    )
	
	
	def stopCluster(node, quiet=False, pacemaker=True, corosync=True, force=True):
	    """
	    Commandline options:
	      * --request-timeout - timeout for HTTP requests
	    """
	    data = {}
	    timeout = None
	    if pacemaker and not corosync:
	        data["component"] = "pacemaker"
	        timeout = 2 * 60
	    elif corosync and not pacemaker:
	        data["component"] = "corosync"
	    if force:
	        data["force"] = 1
	    data = urlencode(data)
	    return sendHTTPRequest(
	        node,
	        "remote/cluster_stop",
	        data,
	        printResult=False,
	        printSuccess=not quiet,
	        timeout=timeout,
	    )
	
	
	def enableCluster(node):
	    """
	    Commandline options:
	      * --request-timeout - timeout for HTTP requests
	    """
	    return sendHTTPRequest(node, "remote/cluster_enable", None, False, True)
	
	
	def disableCluster(node):
	    """
	    Commandline options:
	      * --request-timeout - timeout for HTTP requests
	    """
	    return sendHTTPRequest(node, "remote/cluster_disable", None, False, True)
	
	
	def destroyCluster(node, quiet=False):
	    """
	    Commandline options:
	      * --request-timeout - timeout for HTTP requests
	    """
	    return sendHTTPRequest(
	        node, "remote/cluster_destroy", None, not quiet, not quiet
	    )
	
	
	def restoreConfig(node, tarball_data):
	    """
	    Commandline options:
	      * --request-timeout - timeout for HTTP requests
	    """
	    data = urlencode({"tarball": tarball_data})
	    return sendHTTPRequest(node, "remote/config_restore", data, False, True)
	
	
	def pauseConfigSyncing(node, delay_seconds=300):
	    """
	    Commandline options:
	      * --request-timeout - timeout for HTTP requests
	    """
	    data = urlencode({"sync_thread_pause": delay_seconds})
	    return sendHTTPRequest(node, "remote/set_sync_options", data, False, False)
	
	
	# Send an HTTP request to a node return a tuple with status, data
	# If status is 0 then data contains server response
	# Otherwise if non-zero then data contains error message
	# Returns a tuple (error, error message)
	# 0 = Success,
	# 1 = HTTP Error
	# 2 = No response,
	# 3 = Auth Error
	# 4 = Permission denied
	def sendHTTPRequest(  # noqa: PLR0912, PLR0915
	    host, request, data=None, printResult=True, printSuccess=True, timeout=None
	):
	    """
	    Commandline options:
	      * --request-timeout - timeout for HTTP requests
	      * --debug
	    """
	    # pylint: disable=too-many-locals
	    # pylint: disable=too-many-statements
	    port = None
	    addr = host
	    token = None
	    known_host = read_known_hosts_file().get(host, None)
	    # TODO: do not allow communication with unknown host
	    if known_host:
	        port = known_host.dest.port
	        addr = known_host.dest.addr
	        token = known_host.token
	    if port is None:
	        port = settings.pcsd_default_port
	    url = "https://{host}:{port}/{request}".format(
	        host="[{0}]".format(addr) if ":" in addr else addr,
	        request=request,
	        port=port,
	    )
	    if "--debug" in pcs_options:
	        print_to_stderr(f"Sending HTTP Request to: {url}\nData: {data}")
	
	    def __debug_callback(data_type, debug_data):
	        prefixes = {
	            # pylint: disable=no-member
	            pycurl.DEBUG_TEXT: b"* ",
	            pycurl.DEBUG_HEADER_IN: b"< ",
	            pycurl.DEBUG_HEADER_OUT: b"> ",
	            pycurl.DEBUG_DATA_IN: b"<< ",
	            pycurl.DEBUG_DATA_OUT: b">> ",
	        }
	        if data_type in prefixes:
	            debug_output.write(prefixes[data_type])
	            debug_output.write(debug_data)
	            if not debug_data.endswith(b"\n"):
	                debug_output.write(b"\n")
	
	    output = BytesIO()
	    debug_output = BytesIO()
	    cookies = __get_cookie_list(token)
	    if not timeout:
	        timeout = settings.default_request_timeout
	    timeout = pcs_options.get("--request-timeout", timeout)
	
	    handler = pycurl.Curl()
	    handler.setopt(pycurl.PROTOCOLS, pycurl.PROTO_HTTPS)
	    handler.setopt(pycurl.URL, url.encode("utf-8"))
	    handler.setopt(pycurl.WRITEFUNCTION, output.write)
	    handler.setopt(pycurl.VERBOSE, 1)
	    handler.setopt(pycurl.NOSIGNAL, 1)  # required for multi-threading
	    handler.setopt(pycurl.DEBUGFUNCTION, __debug_callback)
	    handler.setopt(pycurl.TIMEOUT_MS, int(timeout * 1000))
	    handler.setopt(pycurl.SSL_VERIFYHOST, 0)
	    handler.setopt(pycurl.SSL_VERIFYPEER, 0)
	    handler.setopt(pycurl.HTTPHEADER, ["Expect: "])
	    if cookies:
	        handler.setopt(pycurl.COOKIE, ";".join(cookies).encode("utf-8"))
	    if data:
	        handler.setopt(pycurl.COPYPOSTFIELDS, data.encode("utf-8"))
	    try:
	        handler.perform()
	        response_data = output.getvalue().decode("utf-8")
	        response_code = handler.getinfo(pycurl.RESPONSE_CODE)
	        if printResult or printSuccess:
	            print_to_stderr(host + ": " + response_data.strip())
	        if "--debug" in pcs_options:
	            print_to_stderr(
	                "Response Code: {response_code}\n"
	                "--Debug Response Start--\n"
	                "{response_data}\n"
	                "--Debug Response End--\n"
	                "Communication debug info for calling: {url}\n"
	                "--Debug Communication Output Start--\n"
	                "{debug_comm_output}\n"
	                "--Debug Communication Output End--".format(
	                    response_code=response_code,
	                    response_data=response_data,
	                    url=url,
	                    debug_comm_output=debug_output.getvalue().decode(
	                        "utf-8", "ignore"
	                    ),
	                )
	            )
	
	        if response_code == 401:
	            output = (
	                3,
	                (
	                    "Unable to authenticate to {node} - (HTTP error: {code}), "
	                    "try running 'pcs host auth {node}'"
	                ).format(node=host, code=response_code),
	            )
	        elif response_code == 403:
	            output = (
	                4,
	                "{node}: Permission denied - (HTTP error: {code})".format(
	                    node=host, code=response_code
	                ),
	            )
	        elif response_code >= 400:
	            output = (
	                1,
	                "Error connecting to {node} - (HTTP error: {code})".format(
	                    node=host, code=response_code
	                ),
	            )
	        else:
	            output = (0, response_data)
	
	        if printResult and output[0] != 0:
	            print_to_stderr(output[1])
	
	        return output
	    except pycurl.error as e:
	        if is_proxy_set(os.environ):
	            reports_output.warn(
	                "Proxy is set in environment variables, try disabling it"
	            )
	        # pylint: disable=unbalanced-tuple-unpacking
	        dummy_errno, reason = e.args
	        if "--debug" in pcs_options:
	            print_to_stderr(f"Response Reason: {reason}")
	        msg = (
	            "Unable to connect to {host}, check if pcsd is running there or try "
	            "setting higher timeout with --request-timeout option ({reason})"
	        ).format(host=host, reason=reason)
	        if printResult:
	            print_to_stderr(msg)
	        return (2, msg)
	
	
	def __get_cookie_list(token):
	    """
	    Commandline options: no options
	    """
	    cookies = []
	    if token:
	        cookies.append("token=" + token)
	    if os.geteuid() == 0:
	        for name in ("CIB_user", "CIB_user_groups"):
	            if name in os.environ and os.environ[name].strip():
	                value = os.environ[name].strip()
	                # Let's be safe about characters in env variables and do base64.
	                # We cannot do it for CIB_user however to be backward compatible
	                # so we at least remove disallowed characters.
	                if name == "CIB_user":
	                    value = re.sub(r"[^!-~]", "", value).replace(";", "")
	                else:
	                    # python3 requires the value to be bytes not str
	                    value = base64.b64encode(value.encode("utf8")).decode(
	                        "utf-8"
	                    )
	                cookies.append("{0}={1}".format(name, value))
	    return cookies
	
	
	def get_corosync_conf_facade(conf_text=None):
	    """
	    Commandline options:
	      * --corosync_conf - path to a mocked corosync.conf is set directly to
	        settings
	    """
	    try:
	        return corosync_conf_facade(
	            corosync_conf_parser.Parser.parse(
	                (getCorosyncConf() if conf_text is None else conf_text).encode(
	                    "utf-8"
	                )
	            )
	        )
	    except corosync_conf_parser.CorosyncConfParserException as e:
	        return err("Unable to parse corosync.conf: %s" % e)
	
	
	def getNodeAttributesFromPacemaker():
	    """
	    Commandline options: no options
	    """
	    try:
	        return [
	            node.attrs
	            for node in ClusterState(
	                get_cluster_status_dom(cmd_runner())
	            ).node_section.nodes
	        ]
	    except LibraryError as e:
	        return process_library_reports(e.args)
	
	
	def hasCorosyncConf():
	    """
	    Commandline options:
	      * --corosync_conf - path to a mocked corosync.conf is set directly to
	        settings
	    """
	    return os.path.isfile(settings.corosync_conf_file)
	
	
	def getCorosyncConf():
	    """
	    Commandline options:
	      * --corosync_conf - path to a mocked corosync.conf is set directly to
	        settings
	    """
	    corosync_conf_content = None
	    try:
	        with open(
	            settings.corosync_conf_file, "r", encoding="utf-8"
	        ) as corosync_conf_file:
	            corosync_conf_content = corosync_conf_file.read()
	    except OSError as e:
	        err("Unable to read %s: %s" % (settings.corosync_conf_file, e.strerror))
	    return corosync_conf_content
	
	
	def getCorosyncActiveNodes():
	    """
	    Commandline options: no options
	    """
	    output, retval = run(["corosync-cmapctl"])
	    if retval != 0:
	        return []
	
	    nodename_re = re.compile(r"^nodelist\.node\.(\d+)\.name .*= (.*)", re.M)
	    nodestatus_re = re.compile(
	        r"^runtime\.members\.(\d+).status .*= (.*)", re.M
	    )
	    nodenameid_mapping_re = re.compile(
	        r"nodelist\.node\.(\d+)\.nodeid .*= (\d+)", re.M
	    )
	
	    node_names = nodename_re.findall(output)
	
	    index_to_id = dict(nodenameid_mapping_re.findall(output))
	    id_to_status = dict(nodestatus_re.findall(output))
	
	    node_status = {}
	    for index, node_name in node_names:
	        if index in index_to_id:
	            nodeid = index_to_id[index]
	            if nodeid in id_to_status:
	                node_status[node_name] = id_to_status[nodeid]
	        else:
	            print_to_stderr(f"Error mapping {node_name}")
	
	    nodes_active = []
	    for node, status in node_status.items():
	        if status == "joined":
	            nodes_active.append(node)
	
	    return nodes_active
	
	
	# is it needed to handle corosync-qdevice service when managing cluster services
	def need_to_handle_qdevice_service():
	    """
	    Commandline options: no options
	      * --corosync_conf - path to a mocked corosync.conf is set directly to
	        settings but it doesn't make sense for contexts in which this function
	        is used
	    """
	    try:
	        with open(settings.corosync_conf_file, "rb") as corosync_conf_file:
	            return (
	                corosync_conf_facade(
	                    corosync_conf_parser.Parser.parse(corosync_conf_file.read())
	                ).get_quorum_device_model()
	                is not None
	            )
	    except (OSError, corosync_conf_parser.CorosyncConfParserException):
	        # corosync.conf not present or not valid => no qdevice specified
	        return False
	
	
	# Restore default behavior before starting subprocesses
	def subprocess_setup():
	    signal.signal(signal.SIGPIPE, signal.SIG_DFL)
	
	
	def touch_cib_file(cib_filename):
	    if not os.path.isfile(cib_filename):
	        try:
	            write_empty_cib(cib_filename)
	        except OSError as e:
	            err(
	                "Unable to write to file: '{0}': '{1}'".format(
	                    cib_filename, str(e)
	                )
	            )
	
	
	# Run command, with environment and return (output, retval)
	# DEPRECATED, please use lib.external.CommandRunner via utils.cmd_runner()
	def run(
	    args,
	    ignore_stderr=False,
	    string_for_stdin=None,
	    env_extend=None,
	    binary_output=False,
	):
	    """
	    Commandline options:
	      * -f - CIB file (effective only for some pacemaker tools)
	      * --debug
	    """
	    if not env_extend:
	        env_extend = {}
	    env_var = env_extend
	    env_var.update(dict(os.environ))
	    env_var["LC_ALL"] = "C"
	    if usefile:
	        env_var["CIB_file"] = filename
	        touch_cib_file(filename)
	
	    command = args[0]
	    if command[0:3] == "crm" or command in [
	        "cibadmin",
	        "iso8601",
	        "stonith_admin",
	    ]:
	        args[0] = os.path.join(settings.pacemaker_execs, command)
	    elif command[0:8] == "corosync":
	        args[0] = os.path.join(settings.corosync_execs, command)
	
	    try:
	        if "--debug" in pcs_options:
	            print_to_stderr("Running: " + " ".join(args))
	            if string_for_stdin:
	                print_to_stderr(
	                    f"--Debug Input Start--\n"
	                    f"{string_for_stdin}\n"
	                    f"--Debug Input End--"
	                )
	
	        # Some commands react differently if you give them anything via stdin
	        if string_for_stdin is not None:
	            stdin_pipe = subprocess.PIPE
	        else:
	            stdin_pipe = subprocess.DEVNULL
	
	        # pylint: disable=subprocess-popen-preexec-fn, consider-using-with
	        p = subprocess.Popen(
	            args,
	            stdin=stdin_pipe,
	            stdout=subprocess.PIPE,
	            stderr=(subprocess.PIPE if ignore_stderr else subprocess.STDOUT),
	            preexec_fn=subprocess_setup,  # noqa: PLW1509
	            close_fds=True,
	            env=env_var,
	            # decodes newlines and in python3 also converts bytes to str
	            universal_newlines=(not binary_output),
	        )
	        output, dummy_stderror = p.communicate(string_for_stdin)
	        retval = p.returncode
	        if "--debug" in pcs_options:
	            print_to_stderr(
	                "Return Value: {retval}\n"
	                "--Debug Output Start--\n"
	                "{debug_output}\n"
	                "--Debug Output End--".format(
	                    retval=retval,
	                    debug_output=output.rstrip(),
	                )
	            )
	    except OSError as e:
	        print_to_stderr(e.strerror)
	        err("unable to locate command: " + args[0])
	
	    return output, retval
	
	
	def cmd_runner(cib_file_override=None):
	    """
	    Commandline options:
	      * -f - CIB file
	    """
	    env_vars = {}
	    if usefile:
	        env_vars["CIB_file"] = filename
	    if cib_file_override:
	        env_vars["CIB_file"] = cib_file_override
	    env_vars.update(os.environ)
	    env_vars["LC_ALL"] = "C"
	    return CommandRunner(
	        logging.getLogger("pcs"), get_report_processor(), env_vars
	    )
	
	
	def run_pcsdcli(command, data=None):
	    """
	    Commandline options:
	      * --request-timeout - timeout for HTTP request, applicable for commands:
	        * remove_known_hosts - only when running on cluster node (sync will
	            be initiated)
	        * auth
	        * send_local_configs
	    """
	    if not data:
	        data = {}
	    env_var = {}
	    if "--debug" in pcs_options:
	        env_var["PCSD_DEBUG"] = "true"
	    if "--request-timeout" in pcs_options:
	        env_var["PCSD_NETWORK_TIMEOUT"] = str(pcs_options["--request-timeout"])
	    else:
	        env_var["PCSD_NETWORK_TIMEOUT"] = str(settings.default_request_timeout)
	    pcsd_dir_path = settings.pcsd_exec_location
	    pcsdcli_path = os.path.join(pcsd_dir_path, "pcsd-cli.rb")
	    if settings.pcsd_gem_path is not None:
	        env_var["GEM_HOME"] = settings.pcsd_gem_path
	    stdout, dummy_stderr, retval = cmd_runner().run(
	        [settings.ruby_exec, "-I" + pcsd_dir_path, pcsdcli_path, command],
	        json.dumps(data),
	        env_var,
	    )
	    try:
	        output_json = json.loads(stdout)
	        for key in ["status", "text", "data"]:
	            if key not in output_json:
	                output_json[key] = None
	
	        output = "".join(output_json["log"])
	        # check if some requests timed out, if so print message about it
	        if "error: operation_timedout" in output:
	            print_to_stderr("Error: Operation timed out")
	        # check if there are any connection failures due to proxy in pcsd and
	        # print warning if so
	        proxy_msg = "Proxy is set in environment variables, try disabling it"
	        if proxy_msg in output:
	            reports_output.warn(proxy_msg)
	
	    except ValueError:
	        output_json = {
	            "status": "bad_json_output",
	            "text": stdout,
	            "data": None,
	        }
	    return output_json, retval
	
	
	def call_local_pcsd(argv, options, std_in=None):  # noqa: PLR0911
	    """
	    Commandline options:
	      * --request-timeout - timeout of call to local pcsd
	    """
	    # pylint: disable=too-many-return-statements
	    # some commands cannot be run under a non-root account
	    # so we pass those commands to locally running pcsd to execute them
	    # returns [list_of_errors, exit_code, stdout, stderr]
	    data = {
	        "command": json.dumps(argv),
	        "options": json.dumps(options),
	    }
	    if std_in:
	        data["stdin"] = std_in
	    data_send = urlencode(data)
	    code, output = sendHTTPRequest(
	        "localhost", "run_pcs", data_send, False, False
	    )
	
	    if code == 3:  # not authenticated
	        return [
	            [
	                "Unable to authenticate against the local pcsd. Run the same "
	                "command as root or authenticate yourself to the local pcsd "
	                "using command 'pcs client local-auth'"
	            ],
	            1,
	            "",
	            "",
	        ]
	    if code != 0:  # http error connecting to localhost
	        return [[output], 1, "", ""]
	
	    try:
	        output_json = json.loads(output)
	        for key in ["status", "data"]:
	            if key not in output_json:
	                output_json[key] = None
	    except ValueError:
	        return [["Unable to communicate with pcsd"], 1, "", ""]
	    if output_json["status"] == "bad_command":
	        return [["Command not allowed"], 1, "", ""]
	    if output_json["status"] == "access_denied":
	        return [["Access denied"], 1, "", ""]
	    if output_json["status"] != "ok" or not output_json["data"]:
	        return [["Unable to communicate with pcsd"], 1, "", ""]
	    try:
	        exitcode = output_json["data"]["code"]
	        std_out = output_json["data"]["stdout"]
	        std_err = output_json["data"]["stderr"]
	        return [[], exitcode, std_out, std_err]
	    except KeyError:
	        return [["Unable to communicate with pcsd"], 1, "", ""]
	
	
	def map_for_error_list(callab, iterab):
	    """
	    Commandline options: no options
	    NOTE: callback 'callab' may use some options
	    """
	    error_list = []
	    for item in iterab:
	        retval, error = callab(item)
	        if retval != 0:
	            error_list.append(error)
	    return error_list
	
	
	def run_parallel(worker_list, wait_seconds=1):
	    """
	    Commandline options: no options
	    """
	    thread_list = set()
	    for worker in worker_list:
	        thread = threading.Thread(target=worker)
	        thread.daemon = True
	        thread.start()
	        thread_list.add(thread)
	
	    while thread_list:
	        thread = thread_list.pop()
	        thread.join(wait_seconds)
	        if thread.is_alive():
	            thread_list.add(thread)
	
	
	def create_task(report, action, node, *args, **kwargs):
	    """
	    Commandline options: no options
	    """
	
	    def worker():
	        returncode, output = action(node, *args, **kwargs)
	        report(node, returncode, output)
	
	    return worker
	
	
	def create_task_list(report, action, node_list, *args, **kwargs):
	    """
	    Commandline options: no options
	    """
	    return [
	        create_task(report, action, node, *args, **kwargs) for node in node_list
	    ]
	
	
	def parallel_for_nodes(action, node_list, *args, **kwargs):
	    """
	    Commandline options: no options
	    NOTE: callback 'action' may use some cmd options
	    """
	    node_errors = {}
	
	    def report(node, returncode, output):
	        message = "{0}: {1}".format(node, output.strip())
	        print_to_stderr(message)
	        if returncode != 0:
	            node_errors[node] = message
	
	    run_parallel(create_task_list(report, action, node_list, *args, **kwargs))
	    return node_errors
	
	
	def get_group_children(group_id):
	    """
	    Commandline options: no options
	    """
	    return dom_get_group_children(get_cib_dom(), group_id)
	
	
	def dom_get_group_children(dom, group_id):
	    groups = dom.getElementsByTagName("group")
	    for g in groups:
	        if g.getAttribute("id") == group_id:
	            return [
	                child_el.getAttribute("id")
	                for child_el in get_group_children_el_from_el(g)
	            ]
	    return []
	
	
	def get_group_children_el_from_el(group_el):
	    child_resources = []
	    for child in group_el.childNodes:
	        if child.nodeType != xml.dom.minidom.Node.ELEMENT_NODE:
	            continue
	        if child.tagName == "primitive":
	            child_resources.append(child)
	    return child_resources
	
	
	def dom_get_clone_ms_resource(dom, clone_ms_id):
	    """
	    Commandline options: no options
	    """
	    clone_ms = dom_get_clone(dom, clone_ms_id) or dom_get_master(
	        dom, clone_ms_id
	    )
	    if clone_ms:
	        return dom_elem_get_clone_ms_resource(clone_ms)
	    return None
	
	
	def dom_elem_get_clone_ms_resource(clone_ms):
	    """
	    Commandline options: no options
	    """
	    for child in clone_ms.childNodes:
	        if (
	            child.nodeType == xml.dom.minidom.Node.ELEMENT_NODE
	            and child.tagName in ["group", "primitive"]
	        ):
	            return child
	    return None
	
	
	def dom_get_resource_clone_ms_parent(dom, resource_id):
	    """
	    Commandline options: no options
	    """
	    resource = dom_get_resource(dom, resource_id) or dom_get_group(
	        dom, resource_id
	    )
	    if resource:
	        return dom_get_parent_by_tag_names(resource, ["clone", "master"])
	    return None
	
	
	def dom_get_resource_bundle_parent(dom, resource_id):
	    """
	    Commandline options: no options
	    """
	    resource = dom_get_resource(dom, resource_id)
	    if resource:
	        return dom_get_parent_by_tag_names(resource, ["bundle"])
	    return None
	
	
	def dom_get_master(dom, master_id):
	    """
	    Commandline options: no options
	    """
	    for master in dom.getElementsByTagName("master"):
	        if master.getAttribute("id") == master_id:
	            return master
	    return None
	
	
	def dom_get_clone(dom, clone_id):
	    """
	    Commandline options: no options
	    """
	    for clone in dom.getElementsByTagName("clone"):
	        if clone.getAttribute("id") == clone_id:
	            return clone
	    return None
	
	
	def dom_get_group(dom, group_id):
	    """
	    Commandline options: no options
	    """
	    for group in dom.getElementsByTagName("group"):
	        if group.getAttribute("id") == group_id:
	            return group
	    return None
	
	
	def dom_get_bundle(dom, bundle_id):
	    """
	    Commandline options: no options
	    """
	    for bundle in dom.getElementsByTagName("bundle"):
	        if bundle.getAttribute("id") == bundle_id:
	            return bundle
	    return None
	
	
	def dom_get_resource_bundle(bundle_el):
	    """
	    Commandline options: no options
	    """
	    for child in bundle_el.childNodes:
	        if (
	            child.nodeType == xml.dom.minidom.Node.ELEMENT_NODE
	            and child.tagName == "primitive"
	        ):
	            return child
	    return None
	
	
	def dom_get_group_clone(dom, group_id):
	    """
	    Commandline options: no options
	    """
	    for clone in dom.getElementsByTagName("clone"):
	        group = dom_get_group(clone, group_id)
	        if group:
	            return group
	    return None
	
	
	def dom_get_group_masterslave(dom, group_id):
	    """
	    Commandline options: no options
	    """
	    for master in dom.getElementsByTagName("master"):
	        group = dom_get_group(master, group_id)
	        if group:
	            return group
	    return None
	
	
	def dom_get_resource(dom, resource_id):
	    """
	    Commandline options: no options
	    """
	    for primitive in dom.getElementsByTagName("primitive"):
	        if primitive.getAttribute("id") == resource_id:
	            return primitive
	    return None
	
	
	def dom_get_any_resource(dom, resource_id):
	    """
	    Commandline options: no options
	    """
	    return (
	        dom_get_resource(dom, resource_id)
	        or dom_get_group(dom, resource_id)
	        or dom_get_clone(dom, resource_id)
	        or dom_get_master(dom, resource_id)
	    )
	
	
	def dom_get_resource_clone(dom, resource_id):
	    """
	    Commandline options: no options
	    """
	    for clone in dom.getElementsByTagName("clone"):
	        resource = dom_get_resource(clone, resource_id)
	        if resource:
	            return resource
	    return None
	
	
	def dom_get_resource_masterslave(dom, resource_id):
	    """
	    Commandline options: no options
	    """
	    for master in dom.getElementsByTagName("master"):
	        resource = dom_get_resource(master, resource_id)
	        if resource:
	            return resource
	    return None
	
	
	# returns tuple (is_valid, error_message, correct_resource_id_if_exists)
	# there is a duplicate code in pcs/lib/cib/constraint/constraint.py
	# please use function in pcs/lib/cib/constraint/constraint.py
	def validate_constraint_resource(dom, resource_id):  # noqa: PLR0911
	    """
	    Commandline options:
	      * --force - allow constraint on any resource
	    """
	    # pylint: disable=too-many-return-statements
	    resource_el = (
	        dom_get_clone(dom, resource_id)
	        or dom_get_master(dom, resource_id)
	        or dom_get_bundle(dom, resource_id)
	    )
	    if resource_el:
	        # clones, masters and bundles are always valid
	        return True, "", resource_id
	
	    resource_el = dom_get_resource(dom, resource_id) or dom_get_group(
	        dom, resource_id
	    )
	    if not resource_el:
	        return False, "Resource '%s' does not exist" % resource_id, None
	
	    clone_el = dom_get_resource_clone_ms_parent(
	        dom, resource_id
	    ) or dom_get_resource_bundle_parent(dom, resource_id)
	    if not clone_el:
	        # a primitive and a group is valid if not in a clone nor a master nor a
	        # bundle
	        return True, "", resource_id
	
	    if "--force" in pcs_options:
	        return True, "", clone_el.getAttribute("id")
	
	    if clone_el.tagName in ["clone", "master"]:
	        return (
	            False,
	            "%s is a clone resource, you should use the clone id: %s "
	            "when adding constraints. Use --force to override."
	            % (resource_id, clone_el.getAttribute("id")),
	            clone_el.getAttribute("id"),
	        )
	    if clone_el.tagName == "bundle":
	        return (
	            False,
	            "%s is a bundle resource, you should use the bundle id: %s "
	            "when adding constraints. Use --force to override."
	            % (resource_id, clone_el.getAttribute("id")),
	            clone_el.getAttribute("id"),
	        )
	    return True, "", resource_id
	
	
	def validate_resources_not_in_same_group(dom, resource_id1, resource_id2):
	    resource_el1 = dom_get_resource(dom, resource_id1)
	    resource_el2 = dom_get_resource(dom, resource_id2)
	    if not resource_el1 or not resource_el2:
	        # Only primitive resources can be in a group. If at least one of the
	        # resources is not a primitive (resource_el is None), then the
	        # resources are not in the same group.
	        return True
	    group1 = dom_get_parent_by_tag_names(resource_el1, ["group"])
	    group2 = dom_get_parent_by_tag_names(resource_el2, ["group"])
	    if not group1 or not group2:
	        return True
	    return group1 != group2
	
	
	def dom_get_resource_remote_node_name(dom_resource):
	    """
	    Commandline options: no options
	    """
	    if dom_resource.tagName != "primitive":
	        return None
	    if (
	        dom_resource.getAttribute("class").lower() == "ocf"
	        and dom_resource.getAttribute("provider").lower() == "pacemaker"
	        and dom_resource.getAttribute("type").lower() == "remote"
	    ):
	        return dom_resource.getAttribute("id")
	    return dom_get_meta_attr_value(dom_resource, "remote-node")
	
	
	def dom_get_meta_attr_value(dom_resource, meta_name):
	    """
	    Commandline options: no options
	    """
	    for meta in dom_resource.getElementsByTagName("meta_attributes"):
	        for nvpair in meta.getElementsByTagName("nvpair"):
	            if nvpair.getAttribute("name") == meta_name:
	                return nvpair.getAttribute("value")
	    return None
	
	
	def dom_get_node(dom, node_name):
	    """
	    Commandline options: no options
	    """
	    for e in dom.getElementsByTagName("node"):
	        if e.hasAttribute("uname") and e.getAttribute("uname") == node_name:
	            return e
	    return None
	
	
	def _dom_get_children_by_tag_name(dom_el, tag_name):
	    """
	    Commandline options: no options
	    """
	    return [
	        node
	        for node in dom_el.childNodes
	        if node.nodeType == xml.dom.minidom.Node.ELEMENT_NODE
	        and node.tagName == tag_name
	    ]
	
	
	def dom_get_parent_by_tag_names(dom_el, tag_names):
	    """
	    Commandline options: no options
	    """
	    parent = dom_el.parentNode
	    while parent:
	        if not isinstance(parent, xml.dom.minidom.Element):
	            return None
	        if parent.tagName in tag_names:
	            return parent
	        parent = parent.parentNode
	    return None
	
	
	# moved to pcs.lib.pacemaker.state
	def get_resource_for_running_check(cluster_state, resource_id, stopped=False):
	    """
	    Commandline options: no options
	    """
	
	    def _isnum(value):
	        return all(char in list("0123456789") for char in value)
	
	    # pylint: disable=too-many-nested-blocks
	    for clone in cluster_state.getElementsByTagName("clone"):
	        if clone.getAttribute("id") == resource_id:
	            for child in clone.childNodes:
	                if child.nodeType == child.ELEMENT_NODE and child.tagName in [
	                    "resource",
	                    "group",
	                ]:
	                    resource_id = child.getAttribute("id")
	                    # in a clone, a resource can have an id of '<name>:N'
	                    if ":" in resource_id:
	                        parts = resource_id.rsplit(":", 1)
	                        if _isnum(parts[1]):
	                            resource_id = parts[0]
	                    break
	    for group in cluster_state.getElementsByTagName("group"):
	        # If resource is a clone it can have an id of '<resource name>:N'
	        if group.getAttribute("id") == resource_id or group.getAttribute(
	            "id"
	        ).startswith(resource_id + ":"):
	            if stopped:
	                elem = group.getElementsByTagName("resource")[0]
	            else:
	                elem = group.getElementsByTagName("resource")[-1]
	            resource_id = elem.getAttribute("id")
	    return resource_id
	
	
	# moved to pcs.lib.pacemaker.state
	# see pcs.lib.commands.resource for usage
	def resource_running_on(resource, passed_state=None, stopped=False):
	    """
	    Commandline options:
	      * -f - has effect but doesn't make sense to check state of resource
	    """
	    # pylint: disable=too-many-locals
	    nodes_started = []
	    nodes_promoted = []
	    nodes_unpromoted = []
	    state = passed_state if passed_state else getClusterState()
	    resource_original = resource
	    resource = get_resource_for_running_check(state, resource, stopped)
	    resources = state.getElementsByTagName("resource")
	    for res in resources:
	        # If resource is a clone it can have an id of '<resource name>:N'
	        # If resource is a clone it will be found more than once - cannot break
	        if (
	            res.getAttribute("id") == resource
	            or res.getAttribute("id").startswith(resource + ":")
	        ) and res.getAttribute("failed") != "true":
	            for node in res.getElementsByTagName("node"):
	                node_name = node.getAttribute("name")
	                role = res.getAttribute("role")
	                if role == const.PCMK_ROLE_STARTED:
	                    nodes_started.append(node_name)
	                elif role in (
	                    const.PCMK_ROLE_PROMOTED,
	                    const.PCMK_ROLE_PROMOTED_LEGACY,
	                ):
	                    nodes_promoted.append(node_name)
	                elif role in (
	                    const.PCMK_ROLE_UNPROMOTED,
	                    const.PCMK_ROLE_UNPROMOTED_LEGACY,
	                ):
	                    nodes_unpromoted.append(node_name)
	    if not nodes_started and not nodes_promoted and not nodes_unpromoted:
	        message = "Resource '%s' is not running on any node" % resource_original
	    else:
	        message_parts = []
	        for alist, label in (
	            (nodes_started, "running"),
	            (nodes_promoted, str(const.PCMK_ROLE_PROMOTED).lower()),
	            (nodes_unpromoted, str(const.PCMK_ROLE_UNPROMOTED).lower()),
	        ):
	            if alist:
	                alist.sort()
	                message_parts.append(
	                    "%s on node%s %s"
	                    % (label, "s" if len(alist) > 1 else "", ", ".join(alist))
	                )
	        message = "Resource '%s' is %s." % (
	            resource_original,
	            "; ".join(message_parts),
	        )
	    return {
	        "message": message,
	        "is_running": bool(nodes_started or nodes_promoted or nodes_unpromoted),
	    }
	
	
	def validate_wait_get_timeout(need_cib_support=True):
	    """
	    Commandline options:
	      * --wait
	      * -f - to check if -f and --wait are not used simultaneously
	    """
	    if need_cib_support and usefile:
	        err("Cannot use '-f' together with '--wait'")
	    wait_timeout = pcs_options["--wait"]
	    if wait_timeout is None:
	        return wait_timeout
	    wait_timeout = timeout_to_seconds(wait_timeout)
	    if wait_timeout is None:
	        err(
	            "%s is not a valid number of seconds to wait"
	            % pcs_options["--wait"]
	        )
	    return wait_timeout
	
	
	# Return matches from the CIB with the xpath_query
	def get_cib_xpath(xpath_query):
	    """
	    Commandline options:
	      * -f - CIB file
	    """
	    args = ["cibadmin", "-Q", "--xpath", xpath_query]
	    output, retval = run(args)
	    if retval != 0:
	        return ""
	    return output
	
	
	def get_cib(scope=None):
	    """
	    Commandline options:
	      * -f - CIB file
	    """
	    command = ["cibadmin", "-l", "-Q"]
	    if scope:
	        command.append("--scope=%s" % scope)
	    output, retval = run(command)
	    if retval != 0:
	        if retval == 105 and scope:
	            err("unable to get cib, scope '%s' not present in cib" % scope)
	        else:
	            err("unable to get cib")
	    return output
	
	
	def get_cib_dom(cib_xml=None):
	    """
	    Commandline options:
	      * -f - CIB file
	    """
	    if cib_xml is None:
	        cib_xml = get_cib()
	    try:

	        return parseString(cib_xml)
	    except xml.parsers.expat.ExpatError:
	        return err("unable to get cib")
	
	
	# Replace only configuration section of cib with dom passed
	def replace_cib_configuration(dom):
	    """
	    Commandline options:
	      * -f - CIB file
	    """
	    new_dom = dom.toxml() if hasattr(dom, "toxml") else dom
	    cmd = ["cibadmin", "--replace", "-V", "--xml-pipe", "-o", "configuration"]
	    output, retval = run(cmd, False, new_dom)
	    if retval != 0:
	        err("Unable to update cib\n" + output)
	
	
	def is_valid_cib_scope(scope):
	    """
	    Commandline options: no options
	    """
	    return scope in [
	        "acls",
	        "alerts",
	        "configuration",
	        "constraints",
	        "crm_config",
	        "fencing-topology",
	        "nodes",
	        "op_defaults",
	        "resources",
	        "rsc_defaults",
	        "tags",
	    ]
	
	
	# Checks to see if id exists in the xml dom passed
	# DEPRECATED use lxml version available in pcs.lib.cib.tools
	def does_id_exist(dom, check_id):
	    """
	    Commandline options: no options
	    """
	    # do not search in /cib/status, it may contain references to previously
	    # existing and deleted resources and thus preventing creating them again
	    document = (
	        dom if isinstance(dom, xml.dom.minidom.Document) else dom.ownerDocument
	    )
	    cib_found = False
	    for cib in _dom_get_children_by_tag_name(document, "cib"):
	        cib_found = True
	        for section in cib.childNodes:
	            if section.nodeType != xml.dom.minidom.Node.ELEMENT_NODE:
	                continue
	            if section.tagName == "status":
	                continue
	            for elem in section.getElementsByTagName("*"):
	                if elem.getAttribute("id") == check_id:
	                    return True
	    if not cib_found:
	        for elem in document.getElementsByTagName("*"):
	            if elem.getAttribute("id") == check_id:
	                return True
	    return False
	
	
	# Returns check_id if it doesn't exist in the dom, otherwise it adds an integer
	# to the end of the id and increments it until a unique id is found
	# DEPRECATED use lxml version available in pcs.lib.cib.tools
	def find_unique_id(dom, check_id):
	    """
	    Commandline options: no options
	    """
	    counter = 1
	    temp_id = check_id
	    while does_id_exist(dom, temp_id):
	        temp_id = check_id + "-" + str(counter)
	        counter += 1
	    return temp_id
	
	
	# Checks to see if the specified operation already exists in passed set of
	# operations
	# pacemaker differentiates between operations only by name and interval
	def operation_exists(operations_el, op_el):
	    """
	    Commandline options: no options
	    """
	    op_name = op_el.getAttribute("name")
	    op_interval = timeout_to_seconds_legacy(op_el.getAttribute("interval"))
	    return [
	        op
	        for op in operations_el.getElementsByTagName("op")
	        if (
	            op.getAttribute("name") == op_name
	            and timeout_to_seconds_legacy(op.getAttribute("interval"))
	            == op_interval
	        )
	    ]
	
	
	def operation_exists_by_name(operations_el, op_el):
	    """
	    Commandline options: no options
	    """
	
	    def get_role(_el, new_roles_supported):
	        return common_pacemaker.role.get_value_for_cib(
	            _el.getAttribute("role") or const.PCMK_ROLE_STARTED,
	            new_roles_supported,
	        )
	
	    new_roles_supported = isCibVersionSatisfied(
	        operations_el, const.PCMK_NEW_ROLES_CIB_VERSION
	    )
	    existing = []
	    op_name = op_el.getAttribute("name")
	    op_role = get_role(op_el, new_roles_supported)
	    ocf_check_level = None
	    if op_name == "monitor":
	        ocf_check_level = get_operation_ocf_check_level(op_el)
	
	    for op in operations_el.getElementsByTagName("op"):
	        if op.getAttribute("name") == op_name:
	            if (
	                op_name != "monitor"
	                or get_role(op, new_roles_supported) == op_role
	                and ocf_check_level == get_operation_ocf_check_level(op)
	            ):
	                existing.append(op)
	    return existing
	
	
	def get_operation_ocf_check_level(operation_el):
	    """
	    Commandline options: no options
	    """
	    for attr_el in operation_el.getElementsByTagName("instance_attributes"):
	        for nvpair_el in attr_el.getElementsByTagName("nvpair"):
	            if (
	                nvpair_el.getAttribute("name")
	                == OCF_CHECK_LEVEL_INSTANCE_ATTRIBUTE_NAME
	            ):
	                return nvpair_el.getAttribute("value")
	    return None
	
	
	def set_node_attribute(prop, value, node):
	    """
	    Commandline options:
	      * -f - CIB file
	      * --force - no error if attribute to delete doesn't exist
	    """
	    if value == "":
	        o, r = run(
	            [
	                "crm_attribute",
	                "-t",
	                "nodes",
	                "--node",
	                node,
	                "--name",
	                prop,
	                "--query",
	            ]
	        )
	        if r != 0 and "--force" not in pcs_options:
	            err(
	                "attribute: '%s' doesn't exist for node: '%s'" % (prop, node),
	                False,
	            )
	            # This return code is used by pcsd
	            sys.exit(2)
	        o, r = run(
	            [
	                "crm_attribute",
	                "-t",
	                "nodes",
	                "--node",
	                node,
	                "--name",
	                prop,
	                "--delete",
	            ]
	        )
	    else:
	        o, r = run(
	            [
	                "crm_attribute",
	                "-t",
	                "nodes",
	                "--node",
	                node,
	                "--name",
	                prop,
	                "--update",
	                value,
	            ]
	        )
	
	    if r != 0:
	        err("unable to set attribute %s\n%s" % (prop, o))
	
	
	def get_terminal_input(message=None):
	    """
	    Commandline options: no options
	    """
	    if message:
	        sys.stdout.write(message)
	        sys.stdout.flush()
	    try:
	        return input("")
	    except EOFError:
	        return ""
	    except KeyboardInterrupt:
	        print("Interrupted")
	        sys.exit(1)
	
	
	def _get_continue_confirmation_interactive(warning_text: str) -> bool:
	    """
	    Warns user and asks for permission to continue. Returns True if user wishes
	    to continue, False otherwise.
	
	    This function is mostly intended for prompting user to confirm destructive
	    operations - that's why WARNING is in all caps here and user is asked to
	    explicitly type 'yes' or 'y' to continue.
	
	    warning_text -- describes action that we want the user to confirm
	    """
	    print(f"WARNING: {warning_text}")
	    print("Type 'yes' or 'y' to proceed, anything else to cancel: ", end="")
	    response = get_terminal_input()
	    if response in ["yes", "y"]:
	        return True
	    print("Canceled")
	    return False
	
	
	def is_run_interactive() -> bool:
	    """
	    Return True if pcs is running in an interactive environment, False otherwise
	    """
	    return (
	        sys.stdin is not None
	        and sys.stdout is not None
	        and sys.stdin.isatty()
	        and sys.stdout.isatty()
	    )
	
	
	def get_continue_confirmation(
	    warning_text: str, yes: bool, force: bool
	) -> bool:
	    """
	    Either asks user to confirm continuation interactively or use --yes to
	    override when running from a script. Returns True if user wants to continue.
	    Returns False if user cancels the action. If a non-interactive environment
	    is detected, pcs exits with an error formed from warning_text.
	
	    warning_text -- describes action that we want the user to confirm
	    yes -- was --yes flag provided?
	    force -- was --force flag provided? (deprecated)
	    """
	    if force and not yes:
	        # Force may be specified for overriding library errors. We don't want
	        # to report an issue in that case.
	        # deprecated in the first pcs-0.12 version
	        reports_output.deprecation_warning(
	            "Using --force to confirm this action is deprecated and might be "
	            "removed in a future release, use --yes instead"
	        )
	    if yes or force:
	        reports_output.warn(warning_text)
	        return True
	    if not is_run_interactive():
	        err(f"{warning_text}, use --yes to override")
	        return False
	    return _get_continue_confirmation_interactive(warning_text)
	
	
	def get_terminal_password(message="Password: "):
	    """
	    Commandline options: no options
	    """
	    if sys.stdin is not None and sys.stdin.isatty():
	        try:
	            return getpass.getpass(message)
	        except KeyboardInterrupt:
	            print("Interrupted")
	            sys.exit(1)
	    else:
	        return get_terminal_input(message)
	
	
	# Returns an xml dom containing the current status of the cluster
	# DEPRECATED, please use
	# ClusterState(lib.pacemaker.live.get_cluster_status_dom()) instead
	def getClusterState():
	    """
	    Commandline options:
	      * -f - CIB file
	    """
	    xml_string, returncode = run(
	        ["crm_mon", "--one-shot", "--output-as=xml", "--inactive"],
	        ignore_stderr=True,
	    )
	    if returncode != 0:
	        err("error running crm_mon, is pacemaker running?")
	    return parseString(xml_string)
	
	
	def write_empty_cib(cibfile):
	    """
	    Commandline options: no options
	    """
	    empty_xml = """
	        <cib admin_epoch="0" epoch="1" num_updates="1" validate-with="pacemaker-3.1">
	          <configuration>
	            <crm_config/>
	            <nodes/>
	            <resources/>
	            <constraints/>
	          </configuration>
	          <status/>
	        </cib>
	    """
	    with open(cibfile, "w") as f:
	        f.write(empty_xml)
	
	
	# Test if 'var' is a score or option (contains an '=')
	def is_score_or_opt(var):
	    """
	    Commandline options: no options
	    """
	    if is_score(var):
	        return True
	    return var.find("=") != -1
	
	
	def is_score(var):
	    """
	    Commandline options: no options
	    """
	    return is_score_value(var)
	
	
	def validate_xml_id(var: str, description: str = "id") -> tuple[bool, str]:
	    """
	    Commandline options: no options
	    """
	    report_list: ReportItemList = []
	    validate_id(var, description, report_list)
	    if report_list:
	        return False, report_list[0].message.message
	    return True, ""
	
	
	def err(errorText: str, exit_after_error: bool = True) -> None:
	    retval = reports_output.error(errorText)
	    if exit_after_error:
	        raise retval
	
	
	@lru_cache(typed=True)
	def get_service_manager() -> ServiceManagerInterface:
	    return _get_service_manager(cmd_runner(), get_report_processor())
	
	
	def enableServices():
	    """
	    Commandline options: no options
	    """
	    # do NOT handle SBD in here, it is started by pacemaker not systemd or init
	    service_list = ["corosync", "pacemaker"]
	    if need_to_handle_qdevice_service():
	        service_list.append("corosync-qdevice")
	    service_manager = get_service_manager()
	
	    report_item_list = []
	    for service in service_list:
	        try:
	            service_manager.enable(service)
	        except ManageServiceError as e:
	            report_item_list.append(service_exception_to_report(e))
	    if report_item_list:
	        raise LibraryError(*report_item_list)
	
	
	def disableServices():
	    """
	    Commandline options: no options
	    """
	    # do NOT handle SBD in here, it is started by pacemaker not systemd or init
	    service_list = ["corosync", "pacemaker"]
	    if need_to_handle_qdevice_service():
	        service_list.append("corosync-qdevice")
	    service_manager = get_service_manager()
	
	    report_item_list = []
	    for service in service_list:
	        try:
	            service_manager.disable(service)
	        except ManageServiceError as e:
	            report_item_list.append(service_exception_to_report(e))
	    if report_item_list:
	        raise LibraryError(*report_item_list)
	
	
	def start_service(service):
	    """
	    Commandline options: no options
	    """
	    service_manager = get_service_manager()
	
	    try:
	        service_manager.start(service)
	    except ManageServiceError as e:
	        raise LibraryError(service_exception_to_report(e)) from e
	
	
	def stop_service(service):
	    """
	    Commandline options: no options
	    """
	    service_manager = get_service_manager()
	
	    try:
	        service_manager.stop(service)
	    except ManageServiceError as e:
	        raise LibraryError(service_exception_to_report(e)) from e
	
	
	def write_file(path, data, permissions=0o644, binary=False):
	    """
	    Commandline options:
	      * --force - overwrite a file if it already exists
	    """
	    if os.path.exists(path):
	        if "--force" not in pcs_options:
	            return False, "'%s' already exists, use --force to overwrite" % path
	        try:
	            os.remove(path)
	        except OSError as e:
	            return False, "unable to remove '%s': %s" % (path, e)
	    mode = "wb" if binary else "w"
	    try:
	        with os.fdopen(
	            os.open(path, os.O_WRONLY | os.O_CREAT, permissions), mode
	        ) as outfile:
	            outfile.write(data)
	    except OSError as e:
	        return False, "unable to write to '%s': %s" % (path, e)
	    return True, ""
	
	
	def tar_add_file_data(  # noqa: PLR0913
	    tarball,
	    data,
	    name,
	    *,
	    mode=None,
	    uid=None,
	    gid=None,
	    uname=None,
	    gname=None,
	    mtime=None,
	):
	    # pylint: disable=too-many-arguments
	    """
	    Commandline options: no options
	    """
	    info = tarfile.TarInfo(name)
	    info.size = len(data)
	    info.type = tarfile.REGTYPE
	    info.mtime = int(time.time()) if mtime is None else mtime
	    if mode is not None:
	        info.mode = mode
	    if uid is not None:
	        info.uid = uid
	    if gid is not None:
	        info.gid = gid
	    if uname is not None:
	        info.uname = uname
	    if gname is not None:
	        info.gname = gname
	    data_io = BytesIO(data)
	    tarball.addfile(info, data_io)
	    data_io.close()
	
	
	# DEPRECATED, please use pcs.lib.pacemaker.live.simulate_cib
	def simulate_cib(cib_dom):
	    """
	    Commandline options: no options
	    """
	    try:
	        with (
	            tempfile.NamedTemporaryFile(
	                mode="w+", suffix=".pcs"
	            ) as new_cib_file,
	            tempfile.NamedTemporaryFile(
	                mode="w+", suffix=".pcs"
	            ) as transitions_file,
	        ):
	            output, retval = run(
	                [
	                    "crm_simulate",
	                    "--simulate",
	                    "--save-output",
	                    new_cib_file.name,
	                    "--save-graph",
	                    transitions_file.name,
	                    "--xml-pipe",
	                ],
	                string_for_stdin=cib_dom.toxml(),
	            )
	            if retval != 0:
	                return err("Unable to run crm_simulate:\n%s" % output)
	            new_cib_file.seek(0)
	            transitions_file.seek(0)
	            return (
	                output,
	                parseString(transitions_file.read()),
	                parseString(new_cib_file.read()),
	            )
	    except (OSError, xml.parsers.expat.ExpatError) as e:
	        return err("Unable to run crm_simulate:\n%s" % e)
	    except xml.etree.ElementTree.ParseError as e:
	        return err("Unable to run crm_simulate:\n%s" % e)
	
	
	# DEPRECATED
	# please use pcs.lib.pacemaker.simulate.get_operations_from_transitions
	def get_operations_from_transitions(transitions_dom):
	    """
	    Commandline options: no options
	    """
	    operation_list = []
	    watched_operations = (
	        "start",
	        "stop",
	        "promote",
	        "demote",
	        "migrate_from",
	        "migrate_to",
	    )
	    for rsc_op in transitions_dom.getElementsByTagName("rsc_op"):
	        primitives = rsc_op.getElementsByTagName("primitive")
	        if not primitives:
	            continue
	        if rsc_op.getAttribute("operation").lower() not in watched_operations:
	            continue
	        for prim in primitives:
	            prim_id = prim.getAttribute("id")
	            operation_list.append(
	                (
	                    int(rsc_op.getAttribute("id")),
	                    {
	                        "id": prim_id,
	                        "long_id": prim.getAttribute("long-id") or prim_id,
	                        "operation": rsc_op.getAttribute("operation").lower(),
	                        "on_node": rsc_op.getAttribute("on_node"),
	                    },
	                )
	            )
	    operation_list.sort(key=lambda x: x[0])
	    return [op[1] for op in operation_list]
	
	
	def get_resources_location_from_operations(cib_dom, resources_operations):
	    """
	    Commandline options:
	      * --force - allow constraints on any resource, may not have any effect as
	        an invalid constraint is ignored anyway
	    """
	    locations = {}
	    for res_op in resources_operations:
	        operation = res_op["operation"]
	        if operation not in ("start", "promote", "migrate_from"):
	            continue
	        long_id = res_op["long_id"]
	        if long_id not in locations:
	            # Move clone instances as if they were non-cloned resources, it
	            # really works with current pacemaker (1.1.13-6). Otherwise there
	            # is probably no way to move them other then setting their
	            # stickiness to 0.
	            res_id = res_op["id"]
	            if ":" in res_id:
	                res_id = res_id.split(":")[0]
	            id_for_constraint = validate_constraint_resource(cib_dom, res_id)[2]
	            if not id_for_constraint:
	                continue
	            locations[long_id] = {
	                "id": res_op["id"],
	                "long_id": long_id,
	                "id_for_constraint": id_for_constraint,
	            }
	        if operation in ("start", "migrate_from"):
	            locations[long_id]["start_on_node"] = res_op["on_node"]
	        if operation == "promote":
	            locations[long_id]["promote_on_node"] = res_op["on_node"]
	    return {
	        key: val
	        for key, val in locations.items()
	        if "start_on_node" in val or "promote_on_node" in val
	    }
	
	
	def get_remote_quorumtool_output(node):
	    """
	    Commandline options:
	      * --request-timeout - timeout for HTTP requests
	    """
	    return sendHTTPRequest(node, "remote/get_quorum_info", None, False, False)
	
	
	# return True if quorumtool_output is a string returned when the node is off
	def is_node_offline_by_quorumtool_output(quorum_info):
	    """
	    Commandline options: no options
	    """
	    return quorum_info.strip() == "Cannot initialize CMAP service"
	
	
	def dom_prepare_child_element(dom_element, tag_name, id_candidate):
	    """
	    Commandline options: no options
	    """
	    child_elements = [
	        child
	        for child in dom_element.childNodes
	        if child.nodeType == child.ELEMENT_NODE and child.tagName == tag_name
	    ]
	
	    if not child_elements:
	        dom = dom_element.ownerDocument
	        child_element = dom.createElement(tag_name)
	        child_element.setAttribute("id", find_unique_id(dom, id_candidate))
	        dom_element.appendChild(child_element)
	    else:
	        child_element = child_elements[0]
	    return child_element
	
	
	def dom_update_nvset(dom_element, nvpair_tuples, tag_name, id_candidate):
	    """
	    Commandline options: no options
	    """
	    # Already ported to pcs.libcib.nvpair
	
	    # Do not ever remove the nvset element, even if it is empty. There may be
	    # ACLs set in pacemaker which allow "write" for nvpairs (adding, changing
	    # and removing) but not nvsets. In such a case, removing the nvset would
	    # cause the whole change to be rejected by pacemaker with a "permission
	    # denied" message.
	    # https://bugzilla.redhat.com/show_bug.cgi?id=1642514
	    if not nvpair_tuples:
	        return
	
	    only_removing = True
	    for _, value in nvpair_tuples:
	        if value != "":
	            only_removing = False
	            break
	
	    # Do not use dom.getElementsByTagName, that would get elements we do not
	    # want to. For example if dom_element is a clone, we would get the clones's
	    # as well as clone's primitive's attributes.
	    nvset_element_list = _dom_get_children_by_tag_name(dom_element, tag_name)
	
	    # Do not create new nvset if we are only removing values from it.
	    if not nvset_element_list and only_removing:
	        return
	
	    if not nvset_element_list:
	        dom = dom_element.ownerDocument
	        nvset_element = dom.createElement(tag_name)
	        nvset_element.setAttribute("id", find_unique_id(dom, id_candidate))
	        dom_element.appendChild(nvset_element)
	    else:
	        nvset_element = nvset_element_list[0]
	
	    for name, value in nvpair_tuples:
	        dom_update_nv_pair(
	            nvset_element, name, value, nvset_element.getAttribute("id") + "-"
	        )
	
	
	def dom_update_nv_pair(dom_element, name, value, id_prefix=""):
	    """
	    Commandline options: no options
	    """
	    # Do not ever remove the nvset element, even if it is empty. There may be
	    # ACLs set in pacemaker which allow "write" for nvpairs (adding, changing
	    # and removing) but not nvsets. In such a case, removing the nvset would
	    # cause the whole change to be rejected by pacemaker with a "permission
	    # denied" message.
	    # https://bugzilla.redhat.com/show_bug.cgi?id=1642514
	
	    dom = dom_element.ownerDocument
	    element_found = False
	    for el in dom_element.getElementsByTagName("nvpair"):
	        if el.getAttribute("name") == name:
	            element_found = True
	            if value == "":
	                dom_element.removeChild(el)
	            else:
	                el.setAttribute("value", value)
	            break
	    if not element_found and value != "":
	        el = dom.createElement("nvpair")
	        el.setAttribute("id", id_prefix + name)
	        el.setAttribute("name", name)
	        el.setAttribute("value", value)
	        dom_element.appendChild(el)
	    return dom_element
	
	
	# Passed an array of strings ["a=b","c=d"], return array of tuples
	# [("a","b"),("c","d")]
	def convert_args_to_tuples(ra_values):
	    """
	    Commandline options: no options
	    """
	    ret = []
	    for ra_val in ra_values:
	        if ra_val.count("=") != 0:
	            split_val = ra_val.split("=", 1)
	            ret.append((split_val[0], split_val[1]))
	    return ret
	
	
	def is_int(val):
	    try:
	        int(val)
	        return True
	    except ValueError:
	        return False
	
	
	def dom_update_utilization(dom_element, attributes, id_prefix=""):
	    """
	    Commandline options: no options
	    """
	    attr_tuples = []
	    for name, value in sorted(attributes.items()):
	        if value != "" and not is_int(value):
	            err(
	                "Value of utilization attribute must be integer: "
	                "'{0}={1}'".format(name, value)
	            )
	        attr_tuples.append((name, value))
	    dom_update_nvset(
	        dom_element,
	        attr_tuples,
	        "utilization",
	        id_prefix + dom_element.getAttribute("id") + "-utilization",
	    )
	
	
	def dom_update_meta_attr(dom_element, attributes):
	    """
	    Commandline options: no options
	    """
	    dom_update_nvset(
	        dom_element,
	        attributes,
	        "meta_attributes",
	        dom_element.getAttribute("id") + "-meta_attributes",
	    )
	
	
	def dom_update_instance_attr(dom_element, attributes):
	    """
	    Commandline options: no options
	    """
	    dom_update_nvset(
	        dom_element,
	        attributes,
	        "instance_attributes",
	        dom_element.getAttribute("id") + "-instance_attributes",
	    )
	
	
	def get_utilization(element, filter_name=None):
	    """
	    Commandline options: no options
	    """
	    utilization = {}
	    for e in element.getElementsByTagName("utilization"):
	        for u in e.getElementsByTagName("nvpair"):
	            name = u.getAttribute("name")
	            if filter_name is not None and name != filter_name:
	                continue
	            utilization[name] = u.getAttribute("value")
	        # Use just first element of utilization attributes. We don't support
	        # utilization with rules just yet.
	        break
	    return utilization
	
	
	def get_utilization_str(element, filter_name=None):
	    """
	    Commandline options: no options
	    """
	    output = []
	    for name, value in sorted(get_utilization(element, filter_name).items()):
	        output.append(name + "=" + value)
	    return " ".join(output)
	
	
	def get_lib_env() -> LibraryEnvironment:
	    """
	    Commandline options:
	      * -f - CIB file
	      * --corosync_conf - corosync.conf file
	      * --request-timeout - timeout of HTTP requests
	    """
	    user = None
	    groups = None
	    if os.geteuid() == 0:
	        for name in ("CIB_user", "CIB_user_groups"):
	            if name in os.environ and os.environ[name].strip():
	                value = os.environ[name].strip()
	                if name == "CIB_user":
	                    user = value
	                else:
	                    groups = value.split(" ")
	
	    cib_data = None
	    if usefile:
	        cib_data = get_cib()
	
	    corosync_conf_data = None
	    if "--corosync_conf" in pcs_options:
	        conf = pcs_options["--corosync_conf"]
	        try:
	            with open(conf) as corosync_conf_file:
	                corosync_conf_data = corosync_conf_file.read()
	        except OSError as e:
	            err("Unable to read %s: %s" % (conf, e.strerror))
	
	    return LibraryEnvironment(
	        logging.getLogger("pcs"),
	        get_report_processor(),
	        user,
	        groups,
	        cib_data,
	        corosync_conf_data,
	        known_hosts_getter=read_known_hosts_file,
	        request_timeout=pcs_options.get("--request-timeout"),
	    )
	
	
	def get_cib_user_groups():
	    """
	    Commandline options: no options
	    """
	    user = None
	    groups = None
	    if os.geteuid() == 0:
	        for name in ("CIB_user", "CIB_user_groups"):
	            if name in os.environ and os.environ[name].strip():
	                value = os.environ[name].strip()
	                if name == "CIB_user":
	                    user = value
	                else:
	                    groups = value.split(" ")
	    return user, groups
	
	
	def get_cli_env():
	    """
	    Commandline options:
	      * --debug
	      * --request-timeout
	    """
	    env = Env()
	    env.user, env.groups = get_cib_user_groups()
	    env.known_hosts_getter = read_known_hosts_file
	    env.report_processor = get_report_processor()
	    env.request_timeout = pcs_options.get("--request-timeout")
	    return env
	
	
	def get_middleware_factory():
	    """
	    Commandline options:
	      * --corosync_conf
	      * --name
	      * --booth-conf
	      * --booth-key
	      * -f
	    """
	    return middleware.create_middleware_factory(
	        cib=middleware.cib(filename if usefile else None, touch_cib_file),
	        corosync_conf_existing=middleware.corosync_conf_existing(
	            pcs_options.get("--corosync_conf")
	        ),
	        booth_conf=pcs.cli.booth.env.middleware_config(
	            pcs_options.get("--booth-conf"),
	            pcs_options.get("--booth-key"),
	        ),
	    )
	
	
	def get_library_wrapper():
	    """
	    Commandline options:
	      * --debug
	      * --request-timeout
	      * --corosync_conf
	      * --name
	      * --booth-conf
	      * --booth-key
	      * -f
	    NOTE: usage of options may depend on used middleware for particular command
	    """
	    return Library(get_cli_env(), get_middleware_factory())
	
	
	def exit_on_cmdline_input_error(
	    error: CmdLineInputError, main_name: str, usage_name: StringSequence
	) -> None:
	    if error and error.message:
	        reports_output.error(error.message)
	    if error and error.hint:
	        print_to_stderr(f"Hint: {error.hint}")
	    if not error or (not error.message or error.show_both_usage_and_message):
	        usage.show(main_name, list(usage_name))
	    sys.exit(1)
	
	
	def get_report_processor() -> ReportProcessor:
	    return ReportProcessorToConsole(debug="--debug" in pcs_options)
	
	
	def get_user_and_pass() -> tuple[str, str]:
	    """
	    Commandline options:
	      * -u - username
	      * -p - password
	    """
	    username = (
	        pcs_options["-u"]
	        if "-u" in pcs_options
	        else get_terminal_input("Username: ")
	    )
	    password = (
	        pcs_options["-p"] if "-p" in pcs_options else get_terminal_password()
	    )
	    return username, password
	
	
	def get_input_modifiers() -> InputModifiers:
	    return InputModifiers(pcs_options)
	
	
	def get_token_from_file(file_name: str) -> str:
	    try:
	        with open(file_name, "rb") as file:
	            # 256 to stay backwards compatible
	            max_size = 256
	            value_bytes = file.read(max_size + 1)
	            if len(value_bytes) > max_size:
	                err(f"Maximal token size of {max_size} bytes exceeded")
	            if not value_bytes:
	                err(f"File '{file_name}' is empty")
	            return base64.b64encode(value_bytes).decode("utf-8")
	    except OSError as e:
	        err(f"Unable to read file '{file_name}': {e}", exit_after_error=False)
	        raise SystemExit(1) from e
	
	
	def print_warning_if_utilization_attrs_has_no_effect(
	    properties_facade: PropertyConfigurationFacade,
	) -> None:
	    PLACEMENT_STRATEGIES_USING_UTILIZATION_ATTRS = [
	        "balanced",
	        "minimal",
	        "utilization",
	    ]
	    value = properties_facade.get_property_value_or_default(
	        "placement-strategy"
	    )
	    if value not in PLACEMENT_STRATEGIES_USING_UTILIZATION_ATTRS:
	        reports_output.warn(
	            "Utilization attributes configuration has no effect until cluster "
	            "property option 'placement-strategy' is set to one of the "
	            "values: "
	            f"{format_list(PLACEMENT_STRATEGIES_USING_UTILIZATION_ATTRS)}"
	        )