ok
Mini Shell
# -*- coding: utf-8 -*-
# Copyright © Cloud Linux GmbH & Cloud Linux Software, Inc 2010-2021 All Rights Reserved
#
# Licensed under CLOUD LINUX LICENSE AGREEMENT
# http://cloudlinux.com/docs/LICENSE.TXT
"""
Implementation of clwpos-user CLI utility
"""
import argparse
import os
import pwd
from itertools import chain
from typing import Dict, List, Optional, Tuple
from clcommon.clpwd import drop_user_privileges
from clcommon.const import Feature as ModuleFeature
from clcommon.cpapi import is_panel_feature_supported
from clwpos.optimization_features.features import WP_BROKEN_CORE_REPAIR_TIP
from packaging.version import parse as parse_version
from clwpos import constants
from clwpos import gettext as _
from clwpos.cl_wpos_exceptions import WposError
from clwpos.daemon import WposDaemon
from clwpos.data_collector_utils import (
get_user_info,
)
from clwpos.feature_suites import (
get_allowed_modules,
get_allowed_features_dict
)
from clwpos.feature_suites.configurations import get_visible_modules, get_visible_features_dict
from clwpos.logsetup import (
setup_logging,
USER_LOGFILE_PATH,
init_wpos_sentry_safely
)
from clwpos.object_cache.redis_utils import (
reload_redis
)
from clwpos.optimization_features import (
OBJECT_CACHE_FEATURE,
CDN_FEATURE,
ALL_OPTIMIZATION_FEATURES,
CompatibilityIssue,
Feature,
UniqueId,
convert_feature_list_to_interface,
disable_without_config_affecting,
enable_without_config_affecting,
DomainName
)
from clwpos.papi import get_subscriptions_by_pw, is_feature_hidden_server_wide
from clwpos.parse import ArgumentParser, CustomFormatter
from clwpos.scoped_cache import enable_caching
from clwpos.user.config import UserConfig, LicenseApproveStatus
from clwpos.user.progress_check import (
CommandProgress,
track_command_progress,
update_command_progress,
)
from clwpos.user.redis_lib import RedisLibUser
from clwpos.user.website_check import post_site_check, RollbackException
from clwpos.utils import (
USER_WPOS_DIR,
check_license_decorator,
print_data,
catch_error,
error_and_exit,
daemon_communicate,
check_domain,
is_run_under_user,
_run_clwpos_as_user_in_cagefs,
is_redis_configuration_running,
get_server_wide_options,
get_pw
)
from clwpos.wp_utils import (
php_info,
update_redis_disable_banners_constant,
WordpressError
)
logger = setup_logging(__name__)
LSWS_INCOMPATIBLE_FEATURES = (OBJECT_CACHE_FEATURE, CDN_FEATURE)
parser = ArgumentParser(
"/usr/bin/clwpos-user",
"Utility for control CL AccelerateWP under user",
formatter_class=CustomFormatter
)
def get_user(username):
try:
return get_pw(username=username)
except KeyError:
raise argparse.ArgumentTypeError("User '%s' does not exist" % username)
if not is_run_under_user():
parser.add_argument('--user', default=None, required=True, type=get_user)
else:
parser.add_argument('--user', default=get_pw(), type=RuntimeError, help=argparse.SUPPRESS)
class MaxCacheMemory(int):
"""
Class to validate format and values of cache memory setted by user.
"""
def __new__(cls, *args, **kwargs):
try:
instance = super(MaxCacheMemory, cls).__new__(cls, *args, **kwargs)
except ValueError:
raise argparse.ArgumentTypeError("invalid value type, must be integer")
min_memory = constants.MINIMUM_MAX_CACHE_MEMORY
max_memory = constants.MAXIMUM_MAX_CACHE_MEMORY
if not min_memory <= instance <= max_memory:
raise argparse.ArgumentTypeError(
f"value must be in range: [{min_memory}, {max_memory}]")
return instance
class CloudlinuxWposUser:
"""
Class for run clwpos-user utility commands
"""
COMMAND_RELOAD_DICT = {"command": "reload"}
def __init__(self):
self._is_json = False
self._opts = None
self.command_progress: Optional[CommandProgress] = None
@property
def redis_socket_path(self) -> str:
return os.path.join(self._opts.user.pw_dir, USER_WPOS_DIR, 'redis.sock')
@catch_error
def run(self, argv):
"""
Run command action
:param argv: sys.argv[1:]
:return: clwpos-user utility retcode
"""
self._opts = self._parse_args(argv)
self._is_json = True
if not is_run_under_user():
_run_clwpos_as_user_in_cagefs(self._opts.user.pw_name)
else:
_run_clwpos_as_user_in_cagefs()
if not is_run_under_user() and not is_panel_feature_supported(ModuleFeature.CAGEFS):
drop_user_privileges(self._opts.user.pw_name, effective_or_real=False, set_env=True)
result = getattr(self, self._opts.command.replace("-", "_"))()
print_data(self._is_json, result)
def _parse_args(self, argv):
raise NotImplementedError
def _check_monitoring_daemon_and_exit(self, feature):
"""
Ensures monitoring socket is present, otherwise - exit
"""
if feature == OBJECT_CACHE_FEATURE \
and not os.path.exists(constants.WPOS_DAEMON_SOCKET_FILE):
error_and_exit(
self._is_json,
{
"result": _("Unable to find monitoring daemon socket %(daemon_file)s. Please, contact your "
"system administrator to ensure service %(service_name)s is currently running"),
"context": {"daemon_file": constants.WPOS_DAEMON_SOCKET_FILE,
"service_name": constants.MONIROTING_SERVICE},
}
)
def _check_redis_configuration_process_and_exit(self, feature):
"""
Ensures redis configuration processes are not in progress.
"""
if feature == OBJECT_CACHE_FEATURE and is_redis_configuration_running():
error_and_exit(
self._is_json,
{
"result": _("Configuration of PHP redis extension is in progress. "
"Please wait until the end of this process to use AccelerateWP."),
}
)
def _is_redis_daemon_reload_needed(self, user_config: UserConfig, feature: Feature,
before_config_modified=False) -> bool:
"""
Determine if it is needed to send reload command to Wpos redis daemon.
Such reload should be done after user has enabled object caching
for the first of all his sites, or disable for the last.
"""
command = self._opts.command
if feature != OBJECT_CACHE_FEATURE:
return False
sites_count_with_enabled_module = user_config.get_enabled_sites_count_by_modules([feature])
force_reload = before_config_modified and (command == 'enable' and sites_count_with_enabled_module == 0)
if force_reload \
or (not before_config_modified and command == 'enable' and sites_count_with_enabled_module == 1) \
or (command == 'disable' and sites_count_with_enabled_module == 0):
logger.info('Redis needs reloading, command: "%s", sites count: "%s", force reload: %s',
command,
str(sites_count_with_enabled_module),
str(force_reload))
return True
return False
@staticmethod
def _get_php_versions_handlers_pair_for_docroot(domains_per_docroot: List, php_data: List) -> Tuple:
"""
Returns pair (all_php_versions, all_php_handlers) for domains in
docroot
"""
versions, handlers = set(), set()
for item in php_data:
domain = item['vhost']
if domain not in domains_per_docroot:
continue
versions.add(item['version'])
handlers.add(item['handler'])
return versions, handlers
def collect_general_issues(self, module_name: str):
"""
Collects general (not depending on worpress/docroot setup)
server misconfigurations/incompatibilities with WPOS
"""
issues = []
return issues
@update_command_progress
def collect_docroot_issues(self, module: Feature, doc_root_info: Dict, php_info: List, visible_features: List):
"""
Collects incompatibilities related to docroot (non-supported handler, etc)
"""
if doc_root_info['php_version'] is None:
return [
CompatibilityIssue(
unique_id='PHP_MISCONFIGURED',
header=_("Unable to detect php configuration"),
description=_("We were unable to detect php configuration for this website. "
"This might happen if there is a misconfiguration in control panel."),
fix_tip=_("Please try again later and contact your administrator"
"if the issue persists."),
telemetry=dict(debug_data=doc_root_info)
)
]
issues = []
issues.extend(self._check_ambiguous_php_config(doc_root_info, php_info))
additional_issues = module.collect_docroot_issues(
doc_root_info, visible_features=visible_features)
issues.extend(additional_issues)
return issues
def _check_ambiguous_php_config(self, doc_root_info, php_info):
"""
Checks whether docroot has multiple php configs
for the same path. This usually happens on cPanel when
user or admin selects different php versions for primary domain
and alias which points at the same location.
"""
issues = []
domains_per_docroot = doc_root_info['domains']
versions, handlers = self._get_php_versions_handlers_pair_for_docroot(
domains_per_docroot, php_info)
if len(versions) > 1:
issues.append(
CompatibilityIssue(
header=_('Different PHP versions for domains'),
description=_('Those domains: %(domains)s are in same docroot, '
'but using different PHP version'),
fix_tip=_('Set or ask your system administrator to set same PHP version on those domains'),
context={
'domains': ', '.join(domains_per_docroot)
},
unique_id=UniqueId.PHP_MISCONFIGURATION,
telemetry=dict(
reason='PHP_VERSION_BADLY_CONFIGURED',
domains=domains_per_docroot
)
)
)
if len(handlers) > 1:
issues.append(
CompatibilityIssue(
header=_('Different PHP handlers for domains'),
description=_('Those domains: %(domains)s are in same docroot, '
'but using different PHP handlers'),
fix_tip=_('Set or ask your system administrator to set same PHP handler on those domains'),
context={
'domains': ', '.join(domains_per_docroot)
},
unique_id=UniqueId.PHP_MISCONFIGURATION,
telemetry=dict(
reason='PHP_HANDLER_BADLY_CONFIGURED',
domains=domains_per_docroot
)
)
)
return issues
@update_command_progress
def collect_wordpress_issues(
self, module_name: Feature, wordpress_info: Dict, docroot: str, module_is_enabled: bool
):
"""
Collects incompatibilities related to wordpress setup (conflicting plugin enabled, etc)
"""
issues = []
# Implicitly assume a module's version string is properly formatted
minimum_supported_wp_version = parse_version(module_name.minimum_supported_wp_version())
wp_version = wordpress_info.get("version")
if not wp_version:
issues.append(
CompatibilityIssue(
header=_('Failed to determine WordPress version'),
description=_(
'Optimization feature couldn\'t be applied because '
'WordPress installation at %(wp_path)s seems to be '
'damaged or misconfigured.\n'
'Details: %(error_details)s',
),
fix_tip=WP_BROKEN_CORE_REPAIR_TIP,
context=dict(
wp_path=docroot,
error_details=wordpress_info.get(
'version_missing_reason',
# We expect version is None -> version_missing_reason is not None,
# but no guaranties on other side.
# FIXME: turn "version" into proper algebraic type once the code
# is properly typed
'wp-include/version.php file is invalid',
),
),
unique_id=UniqueId.MISCONFIGURED_WORDPRESS,
telemetry=dict(minimum_supported_wp_version=str(minimum_supported_wp_version)),
)
)
elif wp_version < minimum_supported_wp_version:
issues.append(
CompatibilityIssue(
header=_('Unsupported WordPress version'),
description=_('Optimization feature is incompatible with '
'WordPress version %(wp_version)s being used.'),
fix_tip=_('The minimal supported WordPress version is %(minimum_supported_wp_version)s. '
'Upgrade your WordPress installation or reinstall it from the scratch.'),
context=dict(
minimum_supported_wp_version=str(minimum_supported_wp_version),
wp_version=str(wp_version)
),
unique_id=UniqueId.UNCOMPATIBLE_WORDPRESS_VERSION,
telemetry=dict(
minimum_supported_wp_version=str(minimum_supported_wp_version),
wp_version=str(wp_version)
)
))
issues.extend(module_name.collect_wordpress_issues(wordpress_info, docroot, module_is_enabled))
return issues
@parser.argument('--listen', action='store_true', required=True)
@parser.argument('--domain', required=False, default=None)
@parser.argument('--wp-path', required=False, default=None)
@parser.argument('--feature', required=True)
@parser.argument('--ignore-errors', required=False, default=False, action='store_true')
@parser.argument('--advice-id', type=int, required=False, default=None)
@parser.command()
def subscription(self):
if any((self._opts.domain, self._opts.wp_path is not None)) \
and not all((self._opts.domain, self._opts.wp_path is not None)):
error_and_exit(self._is_json, {'result': "Both domain and wp_path arguments "
"are requited if one of them is set"})
features = self._opts.feature.split(',')
for f in features:
if f not in [feature.to_interface_name() for feature in ALL_OPTIMIZATION_FEATURES]:
error_and_exit(self._is_json, {'result': "Unsupported feature passed"})
daemon_communicate({
'command': WposDaemon.DAEMON_REGISTER_UPGRADE_ATTEMPT,
'domain': self._opts.domain,
'wp_path': self._opts.wp_path,
# comma separated str: "object_cache,critical_css,.."
'feature': self._opts.feature,
'ignore_errors': self._opts.ignore_errors,
'advice_id': self._opts.advice_id,
})
return {}
@parser.argument('--status', '-s', help='Status of license agreements', action='store_true')
@parser.argument('--approve', '-a', help='Approve license agreement')
@parser.argument('--text', '-t', help='Read and approve license agreement')
@parser.command()
def agreement(self):
if self._opts.status:
uc = UserConfig(self._opts.user)
result = {}
for feature in ALL_OPTIMIZATION_FEATURES:
result[feature.NAME] = uc.get_license_approve_status(feature).name
return {'licenses': result}
elif self._opts.approve:
feature = Feature(self._opts.approve)
uc = UserConfig(self._opts.user)
uc.approve_license_agreement(feature)
return {
'status': "License agreement accepted"
}
elif self._opts.text:
feature = Feature(self._opts.text)
if not feature.HAS_LICENSE_TERMS:
return {
'result': "NO_LICENSE_TERMS"
}
return {
'text': open(feature.LICENSE_TERMS_PATH).read()
}
else:
raise NotImplementedError('Unknown command')
@track_command_progress
def _get(self):
allowed_features_dict = get_allowed_features_dict(self._opts.user.pw_uid)
visible_features_dict = get_visible_features_dict(self._opts.user.pw_uid)
visible_features = list(chain(*visible_features_dict.values()))
converted_allowed_features = {feature_set: convert_feature_list_to_interface(features)
for feature_set, features in allowed_features_dict.items()}
converted_visible_features = {feature_set: convert_feature_list_to_interface(features)
for feature_set, features in visible_features_dict.items()}
with enable_caching():
try:
phpinfo = php_info()
except WposError:
if visible_features:
raise
# no modules allowed and the fact that we cant retrieve php_info
# probably means that Wpos was never allowed for user
return {"docroots": [], "allowed_features": converted_allowed_features,
"visible_features": converted_visible_features}
self.command_progress.update()
user_info = self._get_user_info()
visible_modules = get_visible_modules(self._opts.user.pw_uid)
self.command_progress.recalculate_number_of_total_stages(user_info)
self.command_progress.update()
# Collect issues which depends only on a feature
general_feat_issues = {}
for feat in ALL_OPTIMIZATION_FEATURES:
if feat in get_server_wide_options().hidden_features:
logger.warning('Optimization feature "%s" is skipped, because it is hidden by administrator')
continue
general_feat_issues[feat] = self.collect_general_issues(feat)
# Collect issues which depends on a docroot and feature
docroots_features_issues = {
docroot: {
feat: self.collect_docroot_issues(
feat,
doc_root_info,
phpinfo,
visible_features,
)
for feat in general_feat_issues.keys()
}
for docroot, doc_root_info in user_info.items()
}
# Collect WordPress installation issues for each feature and gather result
docroots = []
for docroot, doc_root_info in user_info.items():
wps_out = []
for wp in doc_root_info["wps"]:
feats = {}
for feat in ALL_OPTIMIZATION_FEATURES:
is_enabled = self._is_enabled(doc_root_info["domains"][0], wp["path"], feat)
module_info = {"enabled": is_enabled, "visible": feat in visible_modules}
if doc_root_info['php_version'] is None:
wordpress_issues = []
else:
wordpress_issues = self.collect_wordpress_issues(
feat, wp, docroot, module_is_enabled=is_enabled
)
issues = [
*general_feat_issues[feat],
*docroots_features_issues[docroot][feat],
*wordpress_issues,
]
if issues:
module_info.update({"issues": [
issue.dict_repr for issue in issues
]})
feats[feat.to_interface_name()] = module_info
wps_out += [
{
"path": wp["path"],
"version": wp["version"] or "UNKNOWN",
"features": feats,
},
]
docroots += [{
**doc_root_info,
"wps": wps_out,
# convert output to old defined format
"php_version": doc_root_info["php_version"].identifier
if doc_root_info["php_version"] else None,
}]
return {
"docroots": docroots,
"allowed_features": converted_allowed_features,
"visible_features": converted_visible_features,
**self._get_billing_status(),
**self._get_redis_status()
}
def _get_billing_status(self):
subscriptions = get_subscriptions_by_pw(self._opts.user)
return {
"subscription": subscriptions,
"upgrade_url": {
feature.lower(): self._get_upgrade_url(feature.lower())
for feature in {OBJECT_CACHE_FEATURE.NAME, CDN_FEATURE.NAME}
},
}
def _get_redis_status(self):
return {
"used_memory": RedisLibUser(self.redis_socket_path).get_redis_used_memory(),
"max_cache_memory": UserConfig(self._opts.user).get_config().get(
"max_cache_memory", UserConfig.DEFAULT_MAX_CACHE_MEMORY
)
}
def _get_upgrade_url(self, feature: str) -> str | None:
try:
upgrade_url = daemon_communicate({
"command": WposDaemon.DAEMON_GET_UPGRADE_LINK_COMMAND,
"feature": feature
})["upgrade_url"]
except WposError:
upgrade_url = None
return upgrade_url
@parser.argument('--website', type=str, help='Website to scan', required=True)
@parser.command()
def scan(self):
"""
ATTENTION: --website = actually domain, -> pass domain name instead of website !!!
"""
u_id = self._opts.user.pw_uid
allowed_modules, visible_modules = get_allowed_modules(u_id), get_visible_modules(u_id)
try:
phpinfo = php_info()
except WposError:
if visible_modules:
raise
phpinfo = None
user_info = self._get_user_info()
wps = {}
for module_name in ALL_OPTIMIZATION_FEATURES:
general_issues = self.collect_general_issues(module_name)
if module_name not in visible_modules:
general_issues.append(
CompatibilityIssue(
header=_('Feature was not made visible'),
description=_('Optimization feature was not made visible to user'),
fix_tip=_('Contact Administrator to allow using optimization feature'),
unique_id=UniqueId.FEATURE_NOT_MADE_VISIBLE,
telemetry=dict(reason='FEATURE_NOT_MADE_VISIBLE')
)
)
if is_feature_hidden_server_wide(module_name):
general_issues.append(
CompatibilityIssue(
header=_('Feature is hidden server wide'),
description=_('Optimization feature is hidden in server wide settings'),
fix_tip=_('Contact Administrator to make non-hidden'),
unique_id=UniqueId.FEATURE_HIDDEN_SERVER_WIDE,
telemetry=dict(reason='FEATURE_HIDDEN_SERVER_WIDE')
)
)
for docroot, doc_root_info in user_info.items():
if self._opts.website not in doc_root_info["domains"]:
continue
if module_name in visible_modules:
docroot_issues = self.collect_docroot_issues(
module_name, doc_root_info, phpinfo, allowed_modules)
for wp in doc_root_info["wps"]:
is_enabled = self._is_enabled(doc_root_info["domains"][0], wp["path"], module_name)
incompatibilities = []
if is_enabled:
wps.setdefault(wp['path'], []).append({
'type': UniqueId.CLOUDLINUX_MODULE_ALREADY_ENABLED,
'context': dict(),
'advice_type': module_name.NAME
})
elif module_name in visible_modules:
if doc_root_info['php_version'] is None:
wordpress_issues = []
else:
wordpress_issues = self.collect_wordpress_issues(
module_name, wp, docroot, module_is_enabled=is_enabled)
incompatibilities = [*general_issues, *docroot_issues, *wordpress_issues]
else:
incompatibilities = [*general_issues]
wps.setdefault(wp['path'], []).extend([
{
'type': issue.unique_id,
'context': issue.telemetry,
'advice_type': module_name.NAME
}
for issue in incompatibilities if isinstance(issue, CompatibilityIssue)
])
# convert output to old defined format
for document_root in user_info.values():
if not document_root["php_version"]:
continue
document_root["php_version"] = document_root["php_version"].identifier
return {
"issues": wps
}
def _get_user_info(self, docroot: str = None):
def reformat_php_data(info):
""""""
php = info.pop("php", {})
info["php_version"] = php.get("version")
info["php_handler"] = php.get("handler")
if docroot is None:
user_info = get_user_info()
for doc_root_info in user_info.values():
reformat_php_data(doc_root_info)
else:
user_info = get_user_info()[docroot]
reformat_php_data(user_info)
return user_info
def get_current_issues_by_docroot(
self, module_name: Feature, wordpress_path: str, docroot: str, is_module_enabled: bool
):
"""
Obtains issues for special docroot and wordpress
"""
wordpress_issues = []
allowed_modules = get_allowed_modules(self._opts.user.pw_uid)
general_issues = self.collect_general_issues(module_name)
phpinfo = php_info()
user_info_by_docroot = self._get_user_info(docroot)
docroot_issues = self.collect_docroot_issues(module_name, user_info_by_docroot, phpinfo, allowed_modules)
for wp in user_info_by_docroot["wps"]:
if wp['path'] != wordpress_path:
continue
wordpress_issues = self.collect_wordpress_issues(module_name, wp, docroot,
module_is_enabled=is_module_enabled)
return [issue.dict_repr for issue in (*general_issues, *docroot_issues, *wordpress_issues)]
def _is_enabled(self, domain: str, wp_path: str, module: str) -> bool:
uc = UserConfig(self._opts.user)
return uc.is_module_enabled(domain, wp_path, module) and module in get_allowed_modules(self._opts.user.pw_uid)
@parser.argument('--max_cache_memory', help='Maximum cache memory to use in MB',
type=MaxCacheMemory, default=constants.DEFAULT_MAX_CACHE_MEMORY)
@parser.command()
@check_license_decorator
def set(self):
uc = UserConfig(self._opts.user)
# TODO: this method must probably UPDATE config and not REPLACE it completely
params = {"max_cache_memory": f"{self._opts.max_cache_memory}mb"}
uc.set_params(params)
daemon_communicate(self.COMMAND_RELOAD_DICT)
return params
@track_command_progress
def _disable(self):
username, doc_root = check_domain(self._opts.domain)
wp_path = self._opts.wp_path.strip("/")
uc = UserConfig(self._opts.user)
errors = []
feature_name = self._opts.feature.optimization_feature()
if not uc.is_module_enabled(self._opts.domain, wp_path, feature_name):
return {"warning": _('Optimization feature %(feature)s is already disabled on the domain %(domain)s. '
'Nothing to be done.'),
"context": {"domain": self._opts.domain, "feature": self._opts.feature}}
self._check_monitoring_daemon_and_exit(feature=feature_name)
self.command_progress.update()
last_error = disable_without_config_affecting(
DomainName(self._opts.domain), wp_path, module=feature_name)
if last_error:
logger.error(last_error.message % last_error.context)
errors.append(last_error)
else:
# do not change config values in case if disable reported errors
try:
uc.disable_module(self._opts.domain, wp_path, feature_name)
except Exception as e:
logger.exception("unable to disable module in config")
errors.append(e)
self.command_progress.update()
if self._is_redis_daemon_reload_needed(uc, feature=feature_name):
try:
reload_redis()
except WposError as e:
s_details = e.details % e.context
logger.exception("CLWPOS daemon error: '%s'; details: '%s'", e.message, s_details)
errors.append(e)
except Exception as e:
logger.exception("unable to reload cache backend")
errors.append(e)
self.command_progress.update()
is_module_enabled = self._is_enabled(self._opts.domain, wp_path, feature_name)
is_module_visible = feature_name in get_visible_modules(self._opts.user.pw_uid)
try:
last_error = errors.pop(-1)
except IndexError:
last_error = None
if is_module_enabled:
if last_error:
raise WposError(
message=_("Optimization feature disabling failed because one or more steps reported error. "
"Caching is still active, but may work unstable. Try disabling it again. "
"Contact your system administrator if this issue persists. "
"Detailed information you can find in log file '%(log_path)s'"),
details=last_error.message,
context={
'log_path': USER_LOGFILE_PATH.format(homedir=self._opts.user.pw_dir),
**getattr(last_error, 'context', {})
}
)
else:
error_and_exit(
self._is_json,
{"result": _("WordPress caching module is still enabled, but no errors happened. "
"Try again and contact your system administrator if this issue persists.")},
)
else:
response = {
"feature": {
"enabled": is_module_enabled,
"visible": is_module_visible
},
"used_memory": RedisLibUser(self.redis_socket_path).get_redis_used_memory()
}
if last_error:
response.update(
{
"warning": _("Optimization feature disabled, but one or more steps reported error. "
"Detailed information you can find in log file '%(log_path)s'"),
"context": {
"log_path": USER_LOGFILE_PATH.format(homedir=self._opts.user.pw_dir)
}
}
)
else:
issues = self.get_current_issues_by_docroot(feature_name, wp_path, doc_root, is_module_enabled)
if issues:
response["feature"]["issues"] = issues
return response
@parser.argument('--feature', type=str, help='List of AccelerateWP optimization features separated by commas '
'on which to perform an action',
choices=ALL_OPTIMIZATION_FEATURES, default=OBJECT_CACHE_FEATURE)
@parser.argument('--action', type=str, help='Action to perform on AccelerateWP optimization features',
required=True)
@parser.command()
def do_action(self):
"""
Perform action on selected AccelerateWP features
"""
action = self._opts.action
feature = self._opts.feature
# dictionary where key - action, value - function that provides that action
action_to_func = {"purge": self.redis_purge}
if action not in action_to_func:
error_and_exit(
self._is_json,
{
"result": f'Invalid action "{action}", currently only "purge" action is supported'
},
)
return action_to_func[action](feature) # perform action on module
def redis_purge(self, *args):
"""
Clean entire redis cache for user.
"""
return RedisLibUser(self.redis_socket_path).purge_redis()
@check_license_decorator
@track_command_progress
def _enable(self):
"""
Enable object_cache for user with compliance with end-user spec.
:return:
"""
wp_path = self._opts.wp_path.strip("/")
username, doc_root = check_domain(self._opts.domain)
make_web_check = not any([self._opts.ignore_errors, self._opts.skip_dns_check])
abs_wp_path = os.path.join(doc_root, wp_path)
uc = UserConfig(username)
feature_name: Feature = self._opts.feature.optimization_feature()
# bypass to allow approvements in UI which has checkbox
# asking "do you agree" right before we install the feature
if self._opts.approve_license_terms:
uc.approve_license_agreement(feature_name)
if uc.get_license_approve_status(feature_name) == LicenseApproveStatus.NOT_APPROVED:
raise WposError('License approve required to use this feature. '
'Open AccelerateWP plugin in your control panel, enable feature and '
'accept terms and conditions to proceed with installation.')
included_features = feature_name.included_optimization_features()
is_module_enabled = all([self._is_enabled(self._opts.domain, wp_path, feature)
for feature in included_features])
if is_module_enabled:
return {"warning": _("The %(feature)s optimization feature is already enabled on "
"the domain %(domain)s. Nothing to be done."),
"context": {"domain": self._opts.domain, "feature": self._opts.feature}}
if feature_name in get_server_wide_options().hidden_features:
error_and_exit(
self._is_json,
{
"result": _("Optimization feature %(feature)s is hidden by administrator."),
"context": {"feature": self._opts.feature},
}
)
is_feature_visible = all([feature in get_visible_modules(self._opts.user.pw_uid) for feature in included_features])
is_feature_allowed = all([feature in get_allowed_modules(self._opts.user.pw_uid) for feature in included_features])
# check that enabling of module is allowed by admin
if not is_feature_allowed:
if is_feature_visible:
from clwpos.daemon import WposDaemon
error_and_exit(
self._is_json,
{
"result": _("PAYMENT_REQUIRED"),
"upgrade_url": daemon_communicate({
"command": WposDaemon.DAEMON_GET_UPGRADE_LINK_COMMAND,
'feature': feature_name
})["upgrade_url"],
# keep it here so UI can still highlight it
"context": {"feature": self._opts.feature},
}
)
else:
error_and_exit(
self._is_json,
{
"result": _("Usage of the optimization feature %(feature)s is prohibited by admin."),
"context": {"feature": self._opts.feature},
}
)
self._check_redis_configuration_process_and_exit(feature=feature_name)
self._check_monitoring_daemon_and_exit(feature=feature_name)
self.command_progress.update()
with enable_caching():
# check that user's wordpress fits to requirements
issues = self.get_current_issues_by_docroot(
feature_name, wp_path, doc_root, is_module_enabled)
if issues:
error_and_exit(
self._is_json,
{'feature': {'enabled': is_module_enabled, 'issues': issues},
'result': _('Website "%(domain)s/%(wp_path)s" has compatibility '
'issues and optimization feature cannot be enabled.'),
'context': {'domain': self._opts.domain, 'wp_path': wp_path}},
)
# check user's site before installation
if make_web_check:
self._website_check(abs_wp_path, self._opts.domain, uc, wp_path, feature_name)
self.command_progress.update()
#
# # redis object cache plugin checks connectivity to redis during activation
if self._is_redis_daemon_reload_needed(uc, feature=feature_name, before_config_modified=True):
reload_redis(uid=pwd.getpwnam(username).pw_uid, force='yes')
self.command_progress.update()
# try to enable module with wp-cli without adding info into user's wpos config
ok, enable_failed_info = enable_without_config_affecting(
DomainName(self._opts.domain),
wp_path,
module=feature_name,
ignore_errors=self._opts.ignore_errors
)
if not ok:
# reload once again, because plugin activation failed
if self._is_redis_daemon_reload_needed(uc, feature=feature_name, before_config_modified=True):
reload_redis()
if 'result' in enable_failed_info:
error_and_exit(self._is_json, message=enable_failed_info)
raise WposError(**enable_failed_info)
for feature in included_features:
uc.enable_module(self._opts.domain, wp_path, feature)
self.command_progress.update()
# check user's site after installation and enabling
if make_web_check:
self._website_check(abs_wp_path, self._opts.domain, uc, wp_path, feature_name, rollback=True)
self.command_progress.update()
is_module_enabled = all([self._is_enabled(self._opts.domain, wp_path, feature)
for feature in included_features])
with enable_caching():
issues = self.get_current_issues_by_docroot(feature_name, wp_path, doc_root, is_module_enabled)
module_data = {
'enabled': is_module_enabled
}
if issues:
module_data.update({
'issues': issues
})
return {
'feature': module_data,
'used_memory': RedisLibUser(self.redis_socket_path).get_redis_used_memory()
}
def _website_check(self, abs_wp_path, domain, uc, wp_path, module, rollback=False):
"""
Performs website availability checks and raises
errors in case of problems
:param abs_wp_path:
absolute path to wordpress installation
:param domain:
domain that wordpress installation belongs to
:param uc:
user config instance
:param wp_path:
relative path to wordpress installation
:param rollback:
whether to roll redis and plugin changes back
:return:
"""
try:
post_site_check(domain, wp_path, abs_wp_path)
except WposError as e:
if rollback:
uc.disable_module(domain, wp_path, module)
reload_redis()
Feature(module).disable(abs_wp_path)
if isinstance(e, RollbackException):
raise
error_and_exit(
is_json=True,
message={
"context": {},
"result": _("Unexpected error occurred during plugin installation for WordPress. "
"Try again and contact your system administrator if the issue persists."),
"details": str(e)
},
)
@parser.command()
def get_progress(self):
"""
Return current progress of the currently performed command.
Provides amount of:
- total stages - how many stages the command execution
process is divided into,
- completed stages - how many stages have been already completed.
"""
return CommandProgress.get_status()
def _object_cache_banner(self):
disable_object_cache_banners = False
if self._opts.disable:
disable_object_cache_banners = True
if self._opts.all:
user_info = self._get_user_info()
for docroot, doc_root_info in user_info.items():
for wp in doc_root_info["wps"]:
self._object_cache_banner_toggle(disable_object_cache_banners, docroot, wp["path"], doc_root_info["domains"][0])
return {}
elif self._opts.domain:
domain = self._opts.domain
try:
username, docroot = check_domain(domain)
except Exception as e:
raise WposError(
message=_("Can't find docroot for domain '%(domain)s'"),
context={"domain": domain}
)
self._object_cache_banner_toggle(disable_object_cache_banners, docroot, self._opts.wp_path, self._opts.domain)
return {}
else:
raise NotImplementedError('Unknown command')
def _object_cache_banner_toggle(self, disable_banner: bool, abs_wp_path: str, wp_path: str, domain: str):
module_enabled = self._is_enabled(domain, wp_path, OBJECT_CACHE_FEATURE)
if module_enabled is False:
constant_value = None
else:
constant_value = str(disable_banner).lower()
abs_wp_path = os.path.join(abs_wp_path, wp_path)
# abs_wp_path is <docroot>+<wp_name>
res = update_redis_disable_banners_constant(abs_wp_path, constant_value)
if isinstance(res, WordpressError):
raise WposError(message=res.message, context=res.context)
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