def set_rate_limit_changed(new_upload_rate, new_download_rate):
try:
current_upload_rate = int(Manager.get()._dao.get_config('upload_rate', -1))
except ValueError:
current_upload_rate = -1
try:
current_download_rate = int(Manager.get()._dao.get_config('download_rate', -1))
except ValueError:
current_download_rate = -1
change = not (new_upload_rate == current_upload_rate and new_download_rate == current_download_rate)
if not change:
return
slower = new_upload_rate < current_upload_rate or new_download_rate < current_download_rate
if slower:
# change processors first, then update the rate(s)
ConfigWatcher.ConfigModifiedEventHandler.change_processors(new_upload_rate, new_download_rate)
if new_upload_rate != current_upload_rate:
BaseAutomationClient.set_upload_rate_limit(new_upload_rate)
Manager.get()._dao.update_config('upload_rate', new_upload_rate)
log.trace('update upload rate: %s', str(BaseAutomationClient.upload_token_bucket))
if new_download_rate != current_download_rate:
BaseAutomationClient.set_download_rate_limit(new_download_rate)
Manager.get()._dao.update_config('download_rate', new_download_rate)
log.trace('update download rate: %s', str(BaseAutomationClient.download_token_bucket))
if change and new_upload_rate > current_upload_rate and new_download_rate > current_download_rate:
# changed rate(s) first, then change processors
ConfigWatcher.ConfigModifiedEventHandler.change_processors(new_upload_rate, new_download_rate)
def load(self):
if self._engine_definitions is None:
self._engine_definitions = self._dao.get_engines()
in_error = dict()
self._engines = dict()
for engine in self._engine_definitions:
if not engine.engine in self._engine_types:
log.warn("Can't find engine %s anymore", engine.engine)
if not engine.engine in in_error:
in_error[engine.engine] = True
self.engineNotFound.emit(engine)
self._engines[engine.uid] = self._engine_types[engine.engine](
self, engine,
remote_watcher_delay=self.remote_watcher_delay,
processors=get_number_of_processors(BaseAutomationClient.get_upload_rate_limit(),
BaseAutomationClient.get_download_rate_limit()))
self._engines[engine.uid].online.connect(self._force_autoupdate)
self.initEngine.emit(self._engines[engine.uid])
def bind_engine(self, engine_type, local_folder, name, binder, starts=True):
"""Bind a local folder to a remote nuxeo server"""
if name is None and hasattr(binder, 'url'):
name = self._get_engine_name(binder.url)
if hasattr(binder, 'url'):
url = binder.url
if '#' in url:
# Last part of the url is the engine type
engine_type = url.split('#')[1]
binder.url = url.split('#')[0]
log.debug("Engine type has been specified in the url: %s will be used", engine_type)
if not self.check_local_folder_available(local_folder):
raise FolderAlreadyUsed()
if not engine_type in self._engine_types:
raise EngineTypeMissing()
if self._engines is None:
self.load()
local_folder = normalized_path(local_folder)
if local_folder == self.get_configuration_folder():
# Prevent from binding in the configuration folder
raise FolderAlreadyUsed()
uid = uuid.uuid1().hex
# TODO Check that engine is not inside another or same position
engine_def = self._dao.add_engine(engine_type, local_folder, uid, name)
try:
self._engines[uid] = self._engine_types[engine_type](
self, engine_def, binder=binder,
remote_watcher_delay=self.remote_watcher_delay,
processors=get_number_of_processors(BaseAutomationClient.get_upload_rate_limit(),
BaseAutomationClient.get_download_rate_limit()))
self._engine_definitions.append(engine_def)
except Exception as e:
log.exception(e)
if uid in self._engines:
del self._engines[uid]
self._dao.delete_engine(uid)
# TODO Remove the db ?
raise e
# As new engine was just bound, refresh application update status
self.refresh_update_status()
if starts:
self._engines[uid].start()
self.newEngine.emit(self._engines[uid])
return self._engines[uid]
def __init__(self, options):
'''
Constructor
'''
if Manager._singleton is not None:
raise Exception("Only one instance of Manager can be create")
Manager._singleton = self
super(Manager, self).__init__()
# Let's bypass HTTPS verification unless --consider-ssl-errors is passed
# since many servers unfortunately have invalid certificates.
# See https://www.python.org/dev/peps/pep-0476/
# and https://jira.nuxeo.com/browse/NXDRIVE-506
if not options.consider_ssl_errors:
log.warn("--consider-ssl-errors option is False, won't verify HTTPS certificates")
import ssl
try:
_create_unverified_https_context = ssl._create_unverified_context
except AttributeError:
log.info("Legacy Python that doesn't verify HTTPS certificates by default")
else:
log.info("Handle target environment that doesn't support HTTPS verification:"
" globally disable verification by monkeypatching the ssl module though highly discouraged")
ssl._create_default_https_context = _create_unverified_https_context
else:
log.info("--consider-ssl-errors option is True, will verify HTTPS certificates")
self._autolock_service = None
self.nxdrive_home = os.path.expanduser(options.nxdrive_home)
self.nxdrive_home = os.path.realpath(self.nxdrive_home)
if not os.path.exists(self.nxdrive_home):
os.mkdir(self.nxdrive_home)
self.remote_watcher_delay = options.delay
self._nofscheck = options.nofscheck
self._debug = options.debug
self._engine_definitions = None
self._engine_types = dict()
from nxdrive.engine.next.engine_next import EngineNext
from nxdrive.engine.engine import Engine
self._engine_types["NXDRIVE"] = Engine
self._engine_types["NXDRIVENEXT"] = EngineNext
self._engines = None
self.proxies = None
self.proxy_exceptions = None
self._app_updater = None
self._dao = None
self._create_dao()
if options.proxy_server is not None:
proxy = ProxySettings()
proxy.from_url(options.proxy_server)
proxy.save(self._dao)
# Now we can update the logger if needed
if options.log_level_file is not None:
# Set the log_level_file option
handler = self._get_file_log_handler()
if handler is not None:
handler.setLevel(options.log_level_file)
# Store it in the database
self._dao.update_config("log_level_file", str(handler.level))
else:
# No log_level provide, use the one from db default is INFO
self._update_logger(int(self._dao.get_config("log_level_file", "20")))
# Add auto lock on edit
res = self._dao.get_config("direct_edit_auto_lock")
if res is None:
self._dao.update_config("direct_edit_auto_lock", "1")
# Persist update URL infos
self._dao.update_config("update_url", options.update_site_url)
self._dao.update_config("beta_update_url", options.beta_update_site_url)
self.refresh_proxies()
self._os = AbstractOSIntegration.get(self)
# setup the bandwidth rate limits
upload_rate = self._dao.get_config('upload_rate') or options.upload_rate or -1
BaseAutomationClient.set_upload_rate_limit(upload_rate)
log.debug('upload rate: %s', str(BaseAutomationClient.upload_token_bucket))
download_rate = self._dao.get_config('download_rate') or options.download_rate or -1
BaseAutomationClient.set_download_rate_limit(download_rate)
log.debug('download rate: %s', str(BaseAutomationClient.download_token_bucket))
self.config_watcher = ConfigWatcher()
# Create DirectEdit
self._create_autolock_service()
self._create_direct_edit(options.protocol_url)
# Create notification service
self._script_engine = None
self._script_object = None
self._create_notification_service()
self._started = False
# Pause if in debug
self._pause = self.is_debug()
self.device_id = self._dao.get_config("device_id")
self.updated = False # self.update_version()
if self.device_id is None:
self.generate_device_id()
self.load()
# Create the application update verification thread
self._create_updater(options.update_check_delay)
# Force language
if options.force_locale is not None:
self.set_config("locale", options.force_locale)
# Setup analytics tracker
self._tracker = None
if self.get_tracking():
self._create_tracker()