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Direktori : /opt/alt/python37/lib/python3.7/site-packages/clcommon/public_hooks/bundle/plesk/ |
Current File : //opt/alt/python37/lib/python3.7/site-packages/clcommon/public_hooks/bundle/plesk/lib.py |
# -*- coding: utf-8 -*- # Copyright © Cloud Linux GmbH & Cloud Linux Software, Inc 2010-2022 All Rights Reserved # # Licensed under CLOUD LINUX LICENSE AGREEMENT # http://cloudlinux.com/docs/LICENSE.TXT # from __future__ import absolute_import from __future__ import division from __future__ import print_function import os import re import logging import subprocess from pwd import getpwnam from clcommon.cpapi import cpinfo, userdomains, get_main_username_by_uid, docroot from clcommon.public_hooks import POST_MODIFY_USER, POST_MODIFY_DOMAIN, POST_MODIFY_PACKAGE PLESK_CONFIG_PATH = '/etc/psa/psa.conf' logger = logging.getLogger(__name__) def domain_updated(old_domain_name, new_domain_name=None): """ Triggered after any domain change """ # TODO: probably we can use cpapi here # username = domain_owner(new_domain_name) domain_path, _ = docroot(new_domain_name) uid = os.stat(domain_path).st_uid system_user = get_main_username_by_uid(uid) # Emulate getpwuid error exception if system_user == 'N/A': raise KeyError(f'getpwuid(): uid not found: {uid}') args = [ POST_MODIFY_DOMAIN, 'modify', '--username', system_user, '--domain', old_domain_name] if old_domain_name != new_domain_name: args += ['--new-domain', new_domain_name] return subprocess.call(args) def physical_hosting_created(new_system_user=None, new_domain_name=None): """ Triggered after creation new subscription in Plesk. This function is called in two situations: - when user with main domain is created - and when additional domain created """ if not new_system_user or not new_domain_name: logger.warning("ph_created but NEW_SYSTEM_USER or NEW_DOMAIN_NAME is empty, do nothing") return 0 number_of_owned_domains = len(userdomains(new_system_user)) # user must have at least one domain, because it is in his home dir path if number_of_owned_domains == 1: owner = cpinfo(cpuser=new_system_user, keyls=('reseller', ))[0][0] return subprocess.call([ POST_MODIFY_USER, 'create', '--username', new_system_user, '--owner', owner]) # in case when this method is called more than once -> additional domain created elif number_of_owned_domains > 1: return subprocess.call([ POST_MODIFY_DOMAIN, 'create', '--username', new_system_user, '--domain', new_domain_name]) # impossible situation (I hope) else: raise ValueError('user %s does not own any domains!' % new_system_user) def physical_hosting_deleted(system_user=None, domain_name=None): """ Triggered after deletion physical hosting in Plesk. - means deletion of physical hosting on server (BUT NOT DOMAIN ITSELF -> domain can e.g. forward something) - when there are no more domains owned by system user -> unix user is destroyed here """ if not system_user or not domain_name: logger.warning("ph_deleted but OLD_SYSTEM_USER or OLD_DOMAIN_NAME" " is empty, do nothing") return 0 try: getpwnam(system_user) except KeyError: return subprocess.call([ POST_MODIFY_USER, 'delete', '--username', system_user]) else: return subprocess.call([ POST_MODIFY_DOMAIN, 'delete', '--username', system_user, '--domain', domain_name]) def physical_hosting_updated(old_system_user=None, new_system_user=None): """ Triggered after any subscription change in plesk. """ if not old_system_user: logger.warning('ph_updated but OLD_SYSTEM_USER is empty, do nothing') return 0 args = [ POST_MODIFY_USER, 'modify', '--username', old_system_user] if new_system_user != old_system_user: args += ['--new-username', new_system_user] return subprocess.call(args) def plan_renamed(): """ Triggered after hosting plan is renamed. """ package_id = os.environ.get('OLD_ADMIN_TEMPLATE') new_id = os.environ.get('NEW_ADMIN_TEMPLATE') if not package_id: package_id = os.environ.get('OLD_DOMAIN_TEMPLATE') new_id = os.environ.get('NEW_DOMAIN_TEMPLATE') # this id should be equal in case of modify\rename assert package_id and package_id == new_id args = [POST_MODIFY_PACKAGE, 'rename', '--name', package_id] return subprocess.call(args)