OwlCyberSecurity - MANAGER

Edit File: plesk.py

# -*- coding: utf-8 -*-

from __future__ import absolute_import
from __future__ import division
from __future__ import print_function
from __future__ import unicode_literals

import os
import re
import time
import xml.etree.ElementTree as ET
from collections import defaultdict
from functools import wraps
from traceback import format_exc
from typing import List, Any, Tuple, Dict, AnyStr, Optional, Union # NOQA
from urllib.parse import urlparse

from clcommon import ClPwd, mysql_lib
from clcommon.const import Feature
from clcommon.cpapi.cpapiexceptions import (
    NotSupported, NoPanelUser, NoPackage, NoDomain, DuplicateData
)
from clcommon.clfunc import uid_max
from clcommon.cpapi.GeneralPanel import GeneralPanelPluginV1, PHPDescription, DomainDescription
from clcommon.cpapi.cpapicustombin import get_domains_via_custom_binary, _docroot_under_user_via_custom_bin
from clcommon.utils import run_command, find_module_param_in_config, ExternalProgramFailed

PSA_SHADOW_PATH = "/etc/psa/.psa.shadow"
SUPPORTED_CPINFO = {'cplogin', 'package', 'mail', 'reseller', 'dns', 'locale'}
UID_MAX = uid_max()

__cpname__ = 'Plesk'

# WARN: Probably will be deprecated for our "official" plugins.
# See pluginlib.detect_panel_fast()
def detect():
    return os.path.isfile('/usr/local/psa/version')

def db_access(_pass_path=PSA_SHADOW_PATH):
    access = dict()
    access['login'] = 'admin'
    with open(_pass_path, 'r') as f:
        access['pass'] = f.read().strip()
    return access

def query_sql(query, data=None, _access=None, _dbname='psa', as_dict=False):
    """
    Return the result of a Plesk database query

:param query: SQL query string with possible parameters
    :param data: arguments for the SQL parameter insertion
    :param _access: database authentication data
    :param _dbname: the name of the database
    :param as_dict: controls the format of the output data
    :type query: str
    :type _access: dict
    :type as_dict: bool
    :return:
        Tuple of rows according to the query in the format specified by as_dict
    :rtype: tuple(tuple) or tuple(dict)
    """
    # Example of returned data:
    # >>> query_sql('SELECT login from sys_users')
    # ((u'cltest',), (u'cltest3',), (u'user2',), (u'user1tst',))
    # >>> query_sql('SELECT login from sys_users', as_dict=True)
    # ({'login': u'cltest'},
    #  {'login': u'cltest3'},
    #  {'login': u'user2'},
    #  {'login': u'user1tst'})
    access = _access or db_access()
    dbhost = access.get('host', 'localhost')
    dblogin = access['login']
    dbpass = access['pass']
    connector = mysql_lib.MySQLConnector(host=dbhost, user=dblogin, passwd=dbpass,
                                         db=_dbname, use_unicode=True, charset='utf8',
                                         as_dict=as_dict)
    with connector.connect() as db:
        return db.execute_query(query, args=data)

def cpusers(_access=None, _dbname='psa'):
    cpusers_lst = [fetched_one[0] for fetched_one in cpinfo(keyls=('cplogin', ))]
    return cpusers_lst

def resellers():
    sql = "SELECT clients.login FROM clients WHERE clients.type='reseller'"
    return [cplogin for (cplogin, ) in query_sql(sql)]

def admins():
    sql = "SELECT clients.login FROM clients WHERE clients.type='admin'"
    return set([cplogin for (cplogin, ) in query_sql(sql)])

def is_reseller(username):
    sql = "SELECT clients.type FROM clients WHERE clients.login=%s"
    try:
        return query_sql(sql, (username,))[0][0] == 'reseller'
    except IndexError:
        return False

def _sys_users_info(sys_login, keyls):
    # type: (Any[str, None], Tuple[str]) -> List[Tuple]
    # Templates.name can be None and it is ok
    mapping = {
        'cplogin': 'sys_users.login AS cplogin',
        'mail': 'clients.email AS email',
        'reseller': 'reseller.login AS reseller',
        'dns': 'domains.name AS dns',
        'locale': 'clients.locale AS local',
        'package': 'Templates.name AS package'
    }

select_query = ', '.join([mapping[key] for key in keyls])
    sql = r"""SELECT {}
                FROM sys_users
                JOIN hosting ON hosting.sys_user_id=sys_users.id
                JOIN domains ON hosting.dom_id=domains.id AND domains.webspace_id=0
                JOIN clients ON clients.id=domains.cl_id
                JOIN clients reseller ON reseller.id=domains.vendor_id
                LEFT JOIN Subscriptions ON Subscriptions.object_type = "domain" AND domains.id = Subscriptions.object_id
                LEFT JOIN PlansSubscriptions ON PlansSubscriptions.subscription_id = Subscriptions.id
                LEFT JOIN Templates AS Templates ON Templates.id = PlansSubscriptions.plan_id AND "domain" = Templates.type
                """.format(select_query)

# make query like "where x in (%s, %s, %s, ...)"
    if isinstance(sys_login, (list, tuple)):
        sql += r" WHERE sys_users.login IN ({})".format(','.join(['%s'] * len(sys_login)))

users = query_sql(sql, data=sys_login)
    return users

def _resellers_info(sys_login, keyls):
    # type: (Any[str, None], Tuple[str]) -> List[Tuple]
    # items with 'NULL' are not available for this panel
    mapping = {
        'cplogin': 'clients.login AS cplogin',
        'mail': 'clients.email AS email',
        'reseller': 'NULL as reseller',
        'dns': 'NULL as dns',
        'locale': 'clients.locale AS local',
        'package': 'NULL as package'
    }

select_query = ', '.join([mapping[key] for key in keyls])
    sql = "SELECT {} FROM clients WHERE clients.type IN (\"reseller\", \"admin\")".format(select_query)

# make query like "where x in (%s, %s, %s, ...)"
    if isinstance(sys_login, (list, tuple)):
        sql += r" AND clients.login IN ({})".format(','.join(['%s'] * len(sys_login)))

users = query_sql(sql, data=sys_login)
    return users

def cpinfo(cpuser=None, keyls=('cplogin', 'package', 'mail', 'reseller', 'dns', 'locale'),
           search_sys_users=True):
    """
    Get info about user[s] or about reseller[s].
    :param str|None cpuser: get info about specified login, None for all
    :param list|tuple keyls: keys to return
    :param bool search_sys_users: work with sys users or with resellers
    :rtype: tuple[tuple]
    """
    if isinstance(cpuser, str):
        cpuser = [cpuser]

# just for developers
    for key in keyls:
        if key not in SUPPORTED_CPINFO:
            raise NotSupported('Key {} is not supported for this control panel. '
                               'Available keys: {}'.format(key, SUPPORTED_CPINFO))

if search_sys_users:
        return _sys_users_info(cpuser, keyls)
    return _resellers_info(cpuser, keyls)

def get_admin_email(*args, **kwargs):
    try:
        return query_sql(r"SELECT val FROM misc WHERE param='admin_email';")[0][0]
    except IndexError:
        return None

def docroot_basic(domain):
    # type: (str) -> Any[None, Tuple[str, str]]
    sql = r"""
    SELECT hosting.www_root, sys_users.login
      FROM hosting
      JOIN domains ON hosting.dom_id=domains.id
      JOIN sys_users ON hosting.sys_user_id=sys_users.id
    WHERE domains.name=%s
    """
    try:
        return query_sql(sql, data=(domain,))[0]
    except IndexError:
        raise NoDomain('Cannot obtain document root for {}'.format(domain))

def docroot(domain):
    # type: (str) -> Any[None, Tuple[str, str]]
    res = None
    domain = domain.strip()

uid = os.getuid()
    euid = os.geteuid()
    if euid == 0 and uid == 0:
        res = docroot_basic(domain)
    else:
        res = _docroot_under_user_via_custom_bin(domain)

# If there was successful result, res object will have
    # (doc_root, domain_user) format. If there wasn't found any correct
    # doc_roots, res will be None.
    if res is not None:
        return res
    raise NoDomain("Can't obtain document root for domain '%s'" % domain)

def reseller_users(resellername):
    """
    Return reseller users
    :param resellername: reseller name; return empty list if None
    :return list[str]: user names list
    """
    if resellername is None:
        return []
    sql = """
        SELECT sys_users.login
        FROM clients as reseller
        JOIN domains ON domains.vendor_id=reseller.id
        JOIN hosting ON hosting.dom_id=domains.id
        JOIN sys_users ON hosting.sys_user_id=sys_users.id
        WHERE domains.webspace_id=0 AND reseller.login=%s;
    """
    return [sys_login for (sys_login,) in query_sql(sql, data=(resellername,))]

def memoize(f):

cache = {'userdomains_map': {}}

@wraps(f)
    def wrapper(cpuser, *args, **kwargs):
        if cpuser not in cache['userdomains_map']:
            cache['userdomains_map'] = f(cpuser, *args, **kwargs)
        return cache['userdomains_map'][cpuser]

return wrapper

@memoize
def userdomains_basic(cpuser, _access=None, _dbname='psa'):
    """
    Return domains of given user

:param str cpuser: Username
    :param str _dbname: Database name where is located data
    :return:
        List of domains pairs such as (domain_name, None) to be suitable for
        domain_lib, starting from a main domain.
    :rtype: list of tuples
    :raises NoPanelUser: User is not found in Plesk database.
    """
    # WARN: ORDER BY columns must be present in SELECT columns for newer Mysql
    # webspace_id == 0 is main domain
    sql = r"""
    SELECT DISTINCT su.login, d.name, h.www_root, d.webspace_id
    FROM domains as d, hosting as h, sys_users as su
    WHERE h.sys_user_id = su.id AND h.dom_id = d.id
    ORDER BY d.webspace_id ASC;
    """
    # data:
    # (
    #   (u'customer1', u'customer1.org', 10L),
    #   (u'customer1', u'mk.customer1.org.customer1.org', 10L)
    # )
    data = query_sql(sql, as_dict=True, _access=_access)
    # _user_to_domains_map:
    # { 'user1': [('user1.org', '/var/www/vhosts/user1.com/httpdocs'),
    #             ('mk.user1.org', '/var/www/vhosts/user1.com/mk.user1.org')] }
    _user_to_domains_map = defaultdict(list)
    for data_dict in data:
        _user_to_domains_map[data_dict['login']].append(
            (data_dict['name'], data_dict['www_root']))
    if cpuser not in _user_to_domains_map:
        raise NoPanelUser(
            'User {} not found in the database'.format(cpuser))
    return _user_to_domains_map

def userdomains(cpuser, _access=None, _dbname='psa', as_root=False):
    """
    Return domains of given user

# this case works the same as above but through the rights escalation binary wrapper
    # call path: here -> binary -> python(diradmin euid) -> userdomains(as_root=True) -> print json result to stdout
    rc, res = get_domains_via_custom_binary()
    if rc == 0:
        return res
    elif rc == 11:
        raise NoPanelUser('User {} not found in the database'.format(cpuser))
    else:
        raise ExternalProgramFailed('Failed to get userdomains: %s' % res)

def domain_owner(domain, _access=None, _dbname='psa'):
    """
    Return domain owner
    :param str domain: Domain/sub-domain/add-domain name
    :param str _dbname: Database name where is located data
    :return: user name or None if domain not found
    :rtype: str
    """
    sql = r"""
    SELECT DISTINCT `su`.`login`
    FROM `sys_users` `su`, `hosting` `h`, `domains` `d`, `domains` `sd`
    WHERE `h`.`sys_user_id`=`su`.`id` AND `h`.`dom_id`=`d`.`id`
          AND (`d`.`name`=%s OR `d`.`id`=`sd`.`webspace_id` AND `sd`.`name`=%s)"""
    users_list = [u[0] for u in query_sql(sql, (domain, domain))]
    # FIXME: how this possible?
    if len(users_list) > 1:
        raise DuplicateData("domain %s belongs to few users: [%s]" % (
            domain, ','.join(users_list)))
    if len(users_list) == 0:
        return None
    return users_list[0]

def dblogin_cplogin_pairs(cplogin_lst=None, with_system_users=False):
    raise NotSupported('Getting binding credentials in the database to the user name in the system is not currently '
                       'supported.')

def homedirs(_sysusers=None, _cpusers=None):
    """
    Detects and returns list of folders contained the home dirs of users of the Plesk

:param str|None _sysusers: for testing
    :param str|None _cpusers: for testing
    :return: list of folders, which are parent of home dirs of users of the panel
    """
    homedirs = []

if _cpusers is None:
        try:
            results = cpusers()
        except NoPackage:
            results = None
    else:
        results = _cpusers

users = []
    if results is not None:
        users = [line[0] for line in results]

# Plesk assumes MIN_UID as 10000
    clpwd = ClPwd(10000)
    users_dict = clpwd.get_user_dict()

# for testing only
    if isinstance(_sysusers, (list, tuple)):
        class pw:
            def __init__(self, name, dir):
                self.pw_name = name
                self.pw_dir = dir

users_dict = {}
        for (name, dir) in _sysusers:
            users_dict[name] = pw(name, dir)

for user_name in users_dict:
        if len(users) and user_name not in users:
            continue
        homedir = os.path.dirname(users_dict[user_name].pw_dir)
        if homedir not in homedirs:
            homedirs.append(homedir)

return homedirs

def get_user_login_url(domain):
    return 'https://{domain}:8443'.format(domain=domain)

def get_reseller_id_pairs():
    """
    Plesk has no user associated with reseller, but we need some id
    for out internal purposes. Let's take it from database.
    """
    sql = """SELECT clients.login, clients.id + %s FROM clients WHERE clients.type='reseller'"""
    return dict(query_sql(sql, data=[UID_MAX]))

def reseller_domains(resellername):
    # type: (str) -> Dict[str, str]
    if not resellername:
        return dict()

sql = r"""SELECT sys_users.login AS cplogin,
                     domains.name AS dns
                    FROM sys_users
                    JOIN hosting ON hosting.sys_user_id=sys_users.id
                    JOIN domains ON hosting.dom_id=domains.id AND domains.webspace_id=0
                    JOIN clients reseller ON reseller.id=domains.vendor_id
                    WHERE reseller.login=%s
                    """

users = query_sql(sql, data=[resellername])
    return dict(users)

def _extract_xml_value(xml_string, key):
    """
    Plesk stores some information in simple xml formatted strings.
    """
    try:
        elem = ET.fromstring(xml_string).find(key)
    except ET.ParseError:
        return None
    else:
        return elem.text if elem is not None else None

def get_domains_php_info():
    """
    Plesk stores the information about the handler in xml format.
    Return the php version info for each domain.
    Example output:
        {'cltest.com': {'handler_type': 'fpm',
                         'php_version_id': 'plesk-php71-fpm',
                         'username': 'cltest'},`
         'cltest2.com': {'handler_type': 'fastcgi',
                          'php_version_id': 'x-httpd-lsphp-custom',
                          'username': 'kek_2'},
         'cltest3.com': {'handler_type': 'fastcgi',
                          'php_version_id': 'plesk-php56-fastcgi',
                          'username': 'cltest3'},
         'omg.kek': {'handler_type': 'fastcgi',
                      'php_version_id': 'plesk-php71-fastcgi',
                      'username': 'cltest'}}
    :rtype: dict[str, dict]
    """
    sql = r"""
    SELECT sys_users.login, d.name, h.php_handler_id, handlers.value
    FROM domains AS d
        JOIN hosting AS h
            ON h.dom_id=d.id
        JOIN sys_users
            ON h.sys_user_id=sys_users.id
        JOIN (SELECT ServiceNodeEnvironment.*
            FROM ServiceNodeEnvironment
            WHERE (serviceNodeId = '1' AND section = 'phphandlers')) AS handlers
                ON handlers.name=h.php_handler_id
    WHERE h.php='true'
        """

# Php hanlder info xml example:
    #
    # <?xml version="1.0" encoding="UTF-8"?>
    # <handler>
    #    <id>plesk-php71-fpm</id>
    #    <type>fpm</type>
    #    <typeName>FPM application</typeName>
    #    <version>7.1</version>
    #    <fullVersion>7.1.22</fullVersion>
    #    <displayname>7.1.22</displayname>
    #    <path>/opt/plesk/php/7.1/sbin/php-fpm</path>
    #    <clipath>/opt/plesk/php/7.1/bin/php</clipath>
    #    <phpini>/opt/plesk/php/7.1/etc/php.ini</phpini>
    #    <custom>true</custom>
    #    <registered>true</registered>
    #    <service>plesk-php71-fpm</service>
    #    <poold>/opt/plesk/php/7.1/etc/php-fpm.d</poold>
    #    <outdated />
    # </handler>

domains_php_info = query_sql(sql)
    # yep, vendor php_handler_id has only "fpm/cgi/fastcgi" w/o version, so additional bicycle needed
    vendor_version_ids = ['cgi', 'fastcgi', 'fpm', 'x-httpd-lsphp-custom']

php_versions = dict()
    for username, domain, php_handler_id, handler_xml in domains_php_info:
        display_version = php_handler_id if php_handler_id not in vendor_version_ids \
            else f'vendor-php{_extract_xml_value(handler_xml, "version")}'.replace('.', '')

def _cast(handler_name: str, version_id: str) -> str:
            if handler_name == 'fpm':
                return 'php-fpm'
            elif 'x-httpd-lsphp' in version_id:
                return 'lsapi'

return handler_name

handler = _extract_xml_value(handler_xml, key='type') or 'unknown'
        handler = _cast(handler, php_handler_id)

# transform different php variations into some normal form
        display_version = display_version\
            .replace('-dedicated', '')\
            .replace('-fpm', '')\
            .replace('-fastcgi', '')\
            .replace('x-httpd-lsphp-', 'alt-php')

php_versions[domain] = DomainDescription(
            username=username,
            php_version_id=display_version,  # not a typo
            handler_type=handler,
            display_version=display_version
        )

return php_versions

def get_main_username_by_uid(uid: int) -> str:
    """
    Get "main" panel username by uid.
    :param uid: uid
    :return Username or 'N/A' if user not found
    """
    if uid == 0:
        return 'root'
    try:
        _clpwd = ClPwd()
        pwd_list = _clpwd.get_pw_by_uid(uid)
        if os.geteuid() == 0:
            for user_pwd in pwd_list:
                username = user_pwd.pw_name
                try:
                    userdomains(username)
                    return username
                except NoPanelUser:
                    pass
        else:
            # Under user cycle implemented in suid binary, see scripts/plesk_suid_caller.py
            username = pwd_list[0].pw_name
            userdomains(username)
            return username
    except (NoPanelUser, ClPwd.NoSuchUserException):
        pass
    return 'N/A'

class PanelPlugin(GeneralPanelPluginV1):
    def __init__(self):
        super(PanelPlugin, self).__init__()
        self.HTTPD_MPM_CONFIG = '/etc/httpd/conf.modules.d/01-cgi.conf'
        # Defaults of MaxRequestWorkers for all possible mpm modules
        self.MPM_MODULES = {
            "prefork": 256,
            "worker": 400,
            "event": 400
        }
        # Vars for httpd modules caching
        self.httpd_modules_ts = 0
        self.httpd_modules = ""

def getCPName(self):
        """
        Return panel name
        :return:
        """
        return __cpname__

def get_cp_description(self):
        """
        Retrieve panel name and it's version
        :return: dict: { 'name': 'panel_name', 'version': 'panel_version', 'additional_info': 'add_info'}
            or None if can't get info
        """
        try:
            f = open("/usr/local/psa/version", "r")
            out = f.read()
            f.close()
            return {'name': __cpname__, 'version': out.split()[0], 'additional_info': None}
        except:
            return None

def db_access(self):
        """
        Getting root access to mysql database.
        For example {'login': 'root', 'db': 'mysql', 'host': 'localhost', 'pass': '9pJUv38sAqqW'}

:return: root access to mysql database
        :rtype: dict
        :raises: NoDBAccessData
        """
        return db_access()

def cpusers(self):
        """
        Generates a list of cpusers registered in the control panel

:return: list of cpusers registered in the control panel
        :rtype: tuple
        """
        return cpusers()

def resellers(self):
        """
        Generates a list of resellers in the control panel

:return: list of cpusers registered in the control panel
        :rtype: tuple
        """
        return resellers()

def is_reseller(self, username):
        """
        Check if given user is reseller;
        :type username: str
        :rtype: bool
        """
        return is_reseller(username)

def dblogin_cplogin_pairs(self, cplogin_lst=None, with_system_users=False):
        """
        Get mapping between system and DB users
        @param cplogin_lst :list: list with usernames for generate mapping
        @param with_system_users :bool: add system users to result list or no.
                                        default: False
        """
        return dblogin_cplogin_pairs(cplogin_lst, with_system_users)

def cpinfo(self, cpuser=None, keyls=('cplogin', 'package', 'mail', 'reseller', 'dns', 'locale'),
               search_sys_users=True):
        """
        Retrieves info about panel user(s)
        :param str|unicode|list|tuple|None cpuser: user login
        :param keyls: list of data which is necessary to obtain the user,
                        the valuescan be:
           cplogin - name/login user control panel
           mail - Email users
           reseller - name reseller/owner users
           locale - localization of the user account
           package - User name of the package
           dns - domain of the user
        :param bool search_sys_users: search for cpuser in sys_users or in control panel users (e.g. for Plesk)
        :return: returns a tuple of tuples of data in the same sequence as specified keys in keylst
        :rtype: tuple
        """
        return cpinfo(cpuser, keyls, search_sys_users=search_sys_users)

def get_admin_email(self):
        """
        Retrieve admin email address
        :return: Host admin's email
        """
        return get_admin_email()

def docroot(self, domain):
        """
        Return document root for domain
        :param str|unicode domain:
        :return str: document root for domain
        """
        return docroot(domain)

@staticmethod
    def useraliases(cpuser, domain):
        """
        Return aliases from user domain
        :param str|unicode cpuser: user login
        :param str|unicode domain:
        :return list of aliases
        """
        sql = """
        SELECT a.name, d.name
        FROM domains AS d
            INNER JOIN domain_aliases AS a
                ON a.dom_id = d.id
            INNER JOIN hosting AS h
                ON h.dom_id = d.id
            INNER JOIN sys_users AS su
                ON h.sys_user_id = su.id
        WHERE su.login = %s AND d.name = %s
        """
        return [item[0] for item in query_sql(sql, (cpuser, domain))]

def userdomains(self, cpuser):
        """
        Return domain and document root pairs for control panel user
        first domain is main domain
        :param str|unicode cpuser: user login
        :return list of tuples (domain_name, documen_root)
        """
        return userdomains(cpuser)

def homedirs(self):
        """
        Detects and returns list of folders contained the home dirs of users of the cPanel
        :return: list of folders, which are parent of home dirs of users of the panel
        """
        return homedirs()

def reseller_users(self, resellername=None):
        """
        Return reseller users
        :param resellername: reseller name; autodetect name if None
        :return list[str]: user names list
        """
        return reseller_users(resellername)

def reseller_domains(self, reseller_name=None):
        """
        Get dict[user, domain]
        :param reseller_name: reseller's name
        :rtype: dict[str, str|None]
        :raises DomainException: if cannot obtain domains
        """
        return reseller_domains(reseller_name)

def get_user_login_url(self, domain):
        """
        Get login url for current panel;
        :type domain: str
        :rtype: str
        """
        return get_user_login_url(domain)

def admins(self):
        """
        List all admins names in given control panel
        :return: list of strings
        """
        return admins()

def get_reseller_id_pairs(self):
        """
        Plesk has no user associated with reseller, but we need some id
        for out internal purposes. Let's take it from database.
        """
        return get_reseller_id_pairs()

def domain_owner(self, domain):
        """
        Return domain's owner
        :param domain: Domain/sub-domain/add-domain name
        :rtype: str
        :return: user name or None if domain not found
        """
        return domain_owner(domain)

def get_domains_php_info(self):
        """
        Return php version information for each domain
        :return: domain to php info mapping
        :rtype: dict[str, dict]
        """
        return get_domains_php_info()

def get_installed_php_versions(self):
        """
        Get the list of PHP version installed in panel in the form of
        'versionXY', for example alt-php56 or plesk-php80
        "Versions by OS vendor" in Plesk DB have names:
            - module
            - synced
        They are FILTERED from the list
        :return: list
        """
        sql = """
        SELECT ServiceNodeEnvironment.name, ServiceNodeEnvironment.value
        FROM ServiceNodeEnvironment
        WHERE (serviceNodeId = '1' AND section = 'phphandlers')
        """
        # handler list example:
        # ['alt-php-internal-cgi', 'alt-php44-cgi', 'alt-php44-fastcgi', 'alt-php51-cgi', 'alt-php51-fastcgi', 'fpm', 'cgi',
        # 'fastcgi', 'x-httpd-lsphp-custom']
        query_result = query_sql(sql)
        ver_name_pattern = re.compile(r'^(alt-|plesk-)php+\d+', re.IGNORECASE)
        named_php_handlers = [item[0] for item in query_result if ver_name_pattern.match(item[0])]
        vendor_handler_names = ['cgi', 'fastcgi', 'fpm', 'x-httpd-lsphp-custom']
        named_php_handlers.extend([self._cast_to_vendor_name(name, xmlconfig)
                                   for name, xmlconfig in query_result
                                   if name in vendor_handler_names])
        versions_set = set('-'.join(item.split('-')[:2]) for item in named_php_handlers)

php_description = []
        for php_name in versions_set:
            if php_name.startswith("alt-") or php_name.startswith("x-httpd-lsphp-"):
                php_root_dir = f'/opt/{php_name.replace("-", "/")}/'
                php_description.append(PHPDescription(
                    identifier=php_name,
                    version=f'{php_name[-2]}.{php_name[-1]}',
                    dir=os.path.join(php_root_dir),
                    modules_dir=os.path.join(php_root_dir, 'usr/lib64/php/modules/'),
                    bin=os.path.join(php_root_dir, 'usr/bin/php'),
                    ini=os.path.join(php_root_dir, 'link/conf/default.ini'),
                ))
            elif php_name.startswith("plesk-"):
                php_root_dir = f'/opt/plesk/php/{php_name[-2]}.{php_name[-1]}/'

php_description.append(PHPDescription(
                    identifier=php_name,
                    version=f'{php_name[-2]}.{php_name[-1]}',
                    modules_dir=os.path.join(php_root_dir, 'lib64/php/modules/'),
                    dir=os.path.join(php_root_dir),
                    bin=os.path.join(php_root_dir, 'bin/php'),
                    ini=os.path.join(php_root_dir, 'etc/php.ini'),
                ))
            elif php_name.startswith("vendor-"):
                php_root_dir = '/'

php_description.append(PHPDescription(
                    identifier=php_name,
                    version=f'{php_name[-2]}.{php_name[-1]}',
                    modules_dir=os.path.join(php_root_dir, 'usr/lib64/php/modules/'),
                    dir=os.path.join(php_root_dir),
                    bin=os.path.join(php_root_dir, 'bin/php'),
                    ini=os.path.join(php_root_dir, 'etc/php.ini'),
                ))
            else:
                # unknown php, skip
                continue
        return php_description

def _cast_to_vendor_name(self, name, value):
        return f'vendor-php{_extract_xml_value(value, "version")}-{name}'.replace('.', '')

def get_supported_cl_features(self) -> Dict[str, bool]:
        supported_features = super(PanelPlugin, self).get_supported_cl_features()
        return {
            **supported_features,
            Feature.RUBY_SELECTOR: False,
            Feature.PYTHON_SELECTOR: False,
            Feature.NODEJS_SELECTOR: False,
        }

def _get_active_apache_mpm_module(self) -> Optional[AnyStr]:
        """
        Determines active MPM module for Apache Web Server
        :return: apache_active_module_name
                apache_active_module_name: 'prefork', 'event', 'worker'
        """
        try:
            # Caching httpd output and refresh it only one time in hour
            if time.time() - self.httpd_modules_ts > 3600:
                self.httpd_modules = run_command(["httpd", "-M"])
                self.httpd_modules_ts = time.time()
        except (OSError, IOError, ExternalProgramFailed):
            self.httpd_modules = ""
            self.httpd_modules_ts = time.time()
        for mpm_module in self.MPM_MODULES:
            if f"mpm_{mpm_module}_module" in self.httpd_modules:
                return mpm_module
        return None

def _get_max_request_workers_for_module(self, apache_module_name: str) \
            -> Tuple[int, str]:
        """
        Determine MaxRequestWorkers directive value for specified apache module
        Reads config file /etc/httpd/conf.modules.d/01-cgi.conf
        :param apache_module_name: Current apache's module name:
        'prefork', 'event', 'worker'
        :return: tuple (max_req_num, message)
            max_req_num - Maximum request apache workers number or 0 if error
            message - OK/Error message
        """
        try:
            return find_module_param_in_config(self.HTTPD_MPM_CONFIG,
                                               apache_module_name,
                                               'MaxRequestWorkers',
                                               self.MPM_MODULES[apache_module_name])
        except (OSError, IOError, IndexError, ValueError):
            return 0, format_exc()

def get_apache_max_request_workers(self) -> Tuple[int, str]:
        """
        Get current maximum request apache workers from httpd's config
        :return: tuple (max_req_num, message)
            max_req_num - Maximum request apache workers number or 0 if error
            message - OK/Error message
        """
        apache_active_module = self._get_active_apache_mpm_module()
        if apache_active_module is None:
            return 0, "httpd service doesn't work or mpm modules are absent"
        return self._get_max_request_workers_for_module(apache_active_module)

@staticmethod
    def get_main_username_by_uid(uid: int) -> str:
        """
        Get "main" panel username by uid.
        :param uid: uid
        :return Username
        """
        return get_main_username_by_uid(uid)

@staticmethod
    def get_user_emails_list(username: str, domain: str):
        sql = f"""
        SELECT clients.email
        FROM clients
        WHERE clients.id = (
            SELECT domains.cl_id
            FROM domains
            WHERE domains.name = '{domain}')
        """
        query_result = query_sql(sql)
        return ','.join(item[0] for item in query_result)

@staticmethod
    def panel_login_link(username):
        link = run_command(['/usr/sbin/plesk', 'login'])
        if not link:
            return ''
        # https://10.51.32.129/login?secret=RZ3NqTqneO0ZQgkIb-QKxyMZkvOgdAS0SGaNnAgN-nKyAYgc -> https://10.51.32.129/
        parsed = urlparse(link)
        return f'{parsed.scheme}://{parsed.netloc}/'

@staticmethod
    def panel_awp_link(username):
        link = PanelPlugin.panel_login_link(username).rstrip("/")
        if len(link) == 0:
            return ''
        return f'{link}/modules/plesk-lvemanager/index.php/awp/index#/'

def get_customer_login(self, username):
        """
        In some rare situations we need customer
        login instead of system user name.
        E.g. when communicating with WHMCS.

This method resolves customer login by his system user name.
        """
        sql = r"""SELECT clients.login
            FROM sys_users
            JOIN hosting ON hosting.sys_user_id=sys_users.id
            JOIN domains ON hosting.dom_id=domains.id AND domains.webspace_id=0
            JOIN clients ON clients.id=domains.cl_id
            WHERE sys_users.login = %s"""

customers = query_sql(sql, data=[username])
        try:
            return customers[0][0]
        except IndexError:
            raise NoPanelUser('Unknown user %s' % username)

def get_domain_login(self, username, domain):
        """
        In some rare situations we need subscription
        login instead of client login.
        E.g. when communicating with WHMCS.

This method resolves sys_users login by domain.

One client can create several subscriptions
        Each subscription creates a new login in the sys_users table
        The user can create several domains for one subscription

upgrade_url requires subscription login from sys_users.
        """
        sql = r"""SELECT sys_users.login
            FROM sys_users
            JOIN hosting ON hosting.sys_user_id=sys_users.id
            JOIN domains ON hosting.dom_id=domains.id AND domains.webspace_id=0 AND domains.name = %s"""

logins = query_sql(sql, data=[domain])
        try:
            return logins[0][0]
        except IndexError:
            raise NoPanelUser('Unknown user for domain %s' % domain)

def get_server_ip(self):
        sql = r"""
        SELECT ip_address FROM IP_Addresses
        WHERE main = 'true'
        """
        ip_addresses = query_sql(sql)
        try:
            return ip_addresses[0][0]
        except IndexError:
            raise NotSupported('Unable to detect main ip for this server. '
                               'Contact CloudLinux support and report the issue.')